If you have a home conservatory, you may wonder if you can use it as a greenhouse. After all, both spaces are designed to let in plenty of natural light and provide a warm, comfortable environment for plants to grow.

However, it’s important to remember that a conservatory is not designed to be a greenhouse. While both spaces have similarities, they also have important differences. A greenhouse is designed specifically for growing plants, with features such as adjustable ventilation, temperature control, and shading systems.

On the other hand, a conservatory is designed as an extension of your home, with features such as double-glazed windows, insulation, and heating systems. So, while using your conservatory as a greenhouse is possible, you will need to make some adjustments to ensure that your plants thrive in this space.

Before you start filling your conservatory with pots and soil, there are a few things to consider:

Temperature

The first consideration is temperature. Conservatories are designed to be warm and comfortable, but some plants may have better environments. Some plants require cooler temperatures, while others prefer warmer temperatures.

If you want to use your conservatory as a greenhouse, you must find a way to regulate the temperature to suit your plants’ needs. One option is to install a ventilation system. This will allow you to control your conservatory’s temperature and humidity levels, ensuring that your plants have the ideal growing conditions.

Lighting

Another consideration is lighting. You may also need to install shading or blinds to prevent your plants from getting too much direct sunlight, which can be harmful. While conservatories are designed to let in plenty of natural light, more is needed for all plants.

Depending on the types of plants you want to grow, you may need to supplement the natural light with artificial lighting. This can be achieved with grow lights, which provide the ideal light spectrum for plant growth.

Watering

Watering is another important consideration. While conservatories are designed to be watertight, you must ensure that your plants are getting the right amount of water.

If you have high-maintenance plants that require regular watering, you may need to install a watering system to ensure that they are getting enough moisture. You will also need to consider drainage, as excess water can cause damage to your conservatory.

Space

Finally, you will need to consider the space available in your conservatory. While filling every inch of space with plants may be tempting, you need to ensure that they have enough room to grow. Overcrowding can lead to poor air circulation, which can cause problems such as mould and disease.

Remember, all of these changes will increase your overall conservatory costs, so make sure you set a budget before turning your conservatory into a greenhouse. You should also keep track of your energy usage, as installing new lighting and ventilation systems may increase your energy bills.

From vegetables to fruit, reports show that demand for greenhouse produce has fuelled a surge in sales. This comes in light of climate change, which is impacting crops grown outdoors. The consistency and stability of greenhouse produce means that business is booming.

Maintaining greenhouses is an important factor in this success. It can help to ensure the success and health of produce grown in this environment. Fortunately, maintenance doesn’t have to be overcomplicated. Once you have the systems in place, it’s a fairly repetitive process.

Regular cleaning

As with a large part of maintenance, cleaning is key. It removes dirt and algae that could compromise the amount of light that gets into the space. You should keep the interior and exterior clean to allow maximum light to enter your greenhouse. Keep an eye out for pests and any diseases that may spread across the greenhouse and deal with this as soon as possible. Infected plants should be isolated to help with this.

You should also look out for plants that need repotting to help with root growth. Well-draining soil mixes suited to certain plants can be used to help them thrive. Plus, you should regularly prune and train plants so that they’re kept in good condition to help with growth.

Temperature and ventilation

Unsurprisingly, the temperature is an important factor to consider. The optimal temperature for most greenhouses is 18°-24°C (64°-75°F). This should be monitored and adapted accordingly. Use fans and make sure there’s sufficient ventilation so that produce doesn’t overheat in hot weather. You can even invest in automated temperature systems to help with this.

Humidity and shade management

Alongside temperature, maintaining the correct humidity levels is key so that you can accommodate plants that prefer different levels. Electrical systems that use industrial transformers and other devices to generate electrical power may be required to help achieve this. On a more simple level, you can create shade using cloths and other equipment to adapt to the light intensity. This is particularly important during the hottest part of the day. Sometimes, misting systems are used to help with this.

Irrigation and watering

Striking a balance when watering produce is essential to avoid under-watering or over-watering. Technology can help. Drip systems, automated irrigation systems, and soaker hoses are brilliant tools to use in your greenhouse on a large scale. Remember to monitor soil levels as well, so that you can adapt your watering systems where needed.

Fertilization

 Using the correct fertilizer means that produce will receive the correct nutrients to help them flourish. Slow-release fertilizer is commonly used to help with this, as well as liquid fertilizer, depending on what your plants will benefit from the most.

Record keeping

Keeping records of when you plant and fertilize your produce can be a helpful method of tracking progress. This will help to shape timeframes that can be used as guides going forward. You could also track when you apply pest products so that you can minimize the amount added going forward.

Adding a greenhouse to your home design offers many benefits, including a place to protect your plants and flowers. A greenhouse doesn’t need to be aesthetically pleasing, it just needs to be functional. However, designing your greenhouse to be nice-looking can boost your home’s curb appeal and give you somewhere to sit back and relax.

We have compiled a few unique tips to make your Pennsylvania greenhouse stand out.

Make a Blueprint Before Planting

Start with a plan or blueprint so you know the size of the greenhouse you need, plus where everything goes. Use this blueprint to map out where each plant will go, including what types of planter boxes you’ll need. Be sure to include a storage area for all the topsoil, mulch, seeds, and upkeep equipment you’ll need and want nearby.

Choose the Best Location For Your Greenhouse

In addition to considering size and flower types, you’ll want to choose the best location for your greenhouse. If you already have a greenhouse, consider if it’s in the best location or if you want to begin the process of moving it. In most cases, the best location for your greenhouse is in the south or southeast part of your yard.

This allows the greenhouse to get ample sunlight, which can help your flowers and plants grow faster and bigger. The good news is that smaller greenhouses are typically easy to move without having to disassemble.

Add Pops of Color To Make It Stand Out

Greenhouses don’t have to be green. Adding pops of color to your greenhouse can give it a unique vibe. Paint the walls vibrant colors of red or orange, and add a few matching-colored planter pots. For a consistent design, match the vibrant colors of your greenhouse walls to some of the flowers in the garden. You could also add color using shade clothes or LED lights. You could also use colorful furniture or workspaces to create a vibrantly colored greenhouse.

Choose Premium Growing Materials

Stocking your greenhouse with premium growing materials, including soil and mulch, makes it easier to give your plants the nutrients they need to thrive. The specific materials you’ll need vary, depending on the flowers and plants you want to grow. However, organic mulch and nutrients are a few must-have items to add to your materials list.

Incorporate a Sitting Area For Working and Relaxing

Few things are more peaceful than sitting back and relaxing amongst the beauty of your greenhouse labors. A small bench or chair in the middle of your greenhouse makes it easier to prepare potters and plant trays while also allowing you to enjoy the beauty. Some greenhouse owners have even gotten creative with their sitting areas. Repurpose a few used tires as a quaint sitting area. Add a small booth for a cafe feel.

Upgrade the Floors For a Low-Maintenance Greenhouse

You can choose simple stone flooring or go with something more vibrant, like flagstone and natural stone materials. Upgrading your greenhouse’s floors helps keep them clean and mud-free. A nice stone material can also give your greenhouse a modern design. Whatever floor design you choose, ensure it has ample drainage and a weed barrier. This will also make it easier to keep your greenhouse clean.

Add Lighting to the Greenhouse

If your greenhouse is equipped with electricity, you can run lights to it, allowing you to garden late into the night. You can also use heat lamps to help your flowers and plants thrive. Heat lamps are also useful during colder weather in Pennsylvania. With the right lighting, you can continue gardening all year long.

LED lights are a great energy-efficient option, as are solar-powered lights that don’t have to be plugged in to use them. Fluorescent lights are a good option for seeds and greens. For a unique design, consider a vintage chandelier hanging from the center of the greenhouse.

Create a Romantic Ambiance

Give your greenhouse a romantic ambiance with candles and string lights. Add a bistro set that will become your favorite destination for date night or a morning cup of coffee. Decorative displays made from flowers or colorful vases will also give your greenhouse a unique design. Spend a few weeks checking out garage sales to fill your greenhouse with vintage decor.

A backyard greenhouse can be as basic or artistic as you want. Create a blueprint ahead of time so you can plan the exact flowers and plants you want. Then, get creative and personalize your greenhouse to fit your design preferences with fun, vibrant colors, and ample, native flowers. You’re sure to learn as you go, eventually creating a beautiful garden.

In an evolving world where sustainability is paramount, you might find yourself drawn to different ways of nurturing green life. Hydroponic gardening is one such method, utilizing technology and innovative techniques to grow plants in water-rich environments without relying on traditional soil-based methods. 

This technique offers exponential growth potentiality, more control over the plant’s health, and ultimately, a higher yield. As the cornerstone of this approach is water management, understanding its quality is fundamental.

Defining Hydroponics: Basic Overview

You’re probably wondering what hydroponic gardening entails in its entirety. Simply put, hydroponic gardening refers to a soil-less cultivation process where plants receive nutrients directly from mineral nutrient-infused water solutions. 

This method eliminates the need for typical terrain-based growth and provides you with total control over your harvest’s nutritional intake.

Role of Water: Comprehensive Perspective

In hydroponic gardening, water is far more than merely a plant’s lifeline; it’s the essential conduit of vitality. Envision each ounce of hydration your plants receive, ferrying crucial nutrients directly to them. Mind-bending, right? 

But there’s more! This nutrient-rich elixir needs to be untainted and pure constantly. A mind-boggling condition, yes, but utterly essential in this mysterious yet enthralling world of hydroponic plant nurturing!

Furthermore, water acts as the conductor between the essential nutrients and the plant roots—a clear path without any obstructions catalyzes optimal growth and healthy yields.

Importance of Filtered Water: Detailed Discussion

While water is crucial to hydroponic agriculture, it’s not just any water that does the trick—it’s important to use filtered water. With filtered water, you eliminate the likelihood of harmful substances sullying your ecosystem or stunting your plant growth. Impurities could interfere with nutrient uptake or even cause disease within your green population.

Indeed, filtered water lays the foundation for optimum growth. So don’t hesitate – go ahead and visit filtap.com.au — they proffer some practical solutions that’ll filter out harmful impurities from your water sources.

Filtered Water and Optimum Growth: Analysis

Using clean filtered water makes nutrients readily available for absorption by plant roots resulting in optimum growth. Your hydroponic farm will appreciate the absence of impurities that could block or limit nutrient uptake channels leading right into healthier leaf color, better flowering, fruiting and generally overall improved plant health markers.

Techniques for Utilizing Filtered Water: Exposition

The eco-friendly feature stands out about this technique for using filtered water within your strategy-focused endeavor. Adopt filtration systems which effectively remove chlorine residue from tap water sources or utilize reverse osmosis systems which accommodate bigger-sized farms serving larger quantities of plants; whatever works best given the circumstances!

Benefits and Potential Issues: Deliberation

The positives of hydroponic farming are numerous, primarily featuring amplified growth rates and augmented yield sizes. However, like all other things, there exist potential pitfalls too. 

Incorrect nutrient mixing can damage the delicate roots, while failures in the pump system may lead to roots drying out, causing irreversible harm. Yet, staying mindful and alert can ensure that triumphant results are achieved more times than not.

Global Trend Perspective: Broad Insight

Internationally, the rising interest and concern about sustainable farming methods have globally tilted the scales in favor of hydroponics over conventional farming techniques. 

The reasons stretch beyond those mentioned earlier and include environmental considerations such as reduced land utilization, considerable carbon footprint reduction, and less reliance on nature’s unpredictable factors like weather variations or pest invasions. 

This shift has made sustainable urban farming technologies the epicenter of global discussions, primarily aimed at ensuring food security in heavily populated metropolitan areas.

Case Studies : Real-World Scenarios

There are numerous real-world success stories that underline the efficacy of well-managed hydroponic systems. These include small hobbyist initiatives blossoming into commercial businesses yielding sustainable financial gains. 

Universities all around North America have begun partnering with private industry peers, initiating studies that illustrate the value of ensuring reliable food sources and diminishing environmental impacts. 

Several non-profit organizations promote urban farming technologies in densely populated urban centers with the dual aim of alleviating poverty and providing access to affordable, nutritious food right within city limits!

Future Outlook: Predictive Evaluation

The surge in worldwide adoption of this efficient growing method is set to open doors to numerous potential improvements. These enhancements promise to augment the already sizable product yields. 

The future might witness AI-integrated platforms educating cultivators about the exact nutrient concentrations needed for individual plant requirements. 

Additionally, sensor technology could be integrated into monitoring systems, promptly detecting nutrient deficiencies and prompting preventive measures before any harm comes to the plants. 

Other developments could include planter boxes designed with nano-tech membranes to hold nutrient-rich liquids, eliminating pump-based distribution and considerably reducing maintenance and replacement costs. Indeed, there are stimulating prospects on the horizon!

Wrapping it Up: The Power of Hydroponics

Using clean, filtered water in hydroponics offers significant benefits like a controlled environment and efficient fertilizing. As we move forward, innovative technology promises to transform this field even further. Join this movement towards a greener future where traditional cultivation constraints no longer limit us.

As a dedicated gardener, maintaining your garden or greenhouse’s health is vital. Yet, water damage, a silent threat, can jeopardize your hard work if unnoticed. Understanding its causes and managing it effectively can prevent such disasters.

Understanding Home Garden Issues

Water damage in your beloved home garden can be a stealthy adversary. It often begins its intrusion slowly and subtly, expressing itself through seemingly minor changes that might initially go unnoticed. 

Perhaps you’ve spotted yellow leaves or witnessed certain plants wilting despite being properly watered. These could be early warnings of water damage, birthed from overwatering or substandard drainage.

Overwatering is a common trap that ensnares numerous unsuspecting gardeners. It’s a simple misconception to associate more water with more growth, but the reality sings a different tune. An overflow of water can stir up a storm of root rot, accelerate soil erosion and ultimately usher in the downfall of your prized plants.

On the flip side of this coin is inadequate drainage. If your garden’s soil is not draining efficiently, water starts to pool, giving rise to issues akin to overwatering – like root rot and potential plant diseases.

Identifying Greenhouse Water Problems

Greenhouses are typically more controlled environments than outdoor gardens but they are not immune to water problems. Common issues include condensation build-up on walls or ceilings, leaking roofs or pipes, and poor irrigation systems.

Condensation build-up can create a humid environment which is perfect for mold and mildew growth. Leaking roofs or pipes not only waste precious resources but can also create pools of standing water which leads to root rot.

Subpar irrigation systems could become a bane for your greenhouse, either drenching your plants with excess water or denying them equal distribution of this vital resource. This imbalance paints a picture of some parts of your garden doused and others parched. Such inconsistent watering conditions pose a challenge for your plants to flourish and might even set the stage for disease or demise.

Effective Water Management Techniques

Initiating your journey to prevent water damage in your cherished home garden begins with a seemingly simple question – how thirsty are your plants really? It’s a fascinating fact that different varieties of greenery desire varying amounts of hydration. So, arm yourself with knowledge by conducting thorough research before you settle on a watering rhythm.

An additional, quite potent strategy is to enrich the quality of your earthy canvas. How? By introducing organic materials like compost or manure into the mix. This magical addition not only gives a nutritious boost to your foliage but also works wonders in reforming the soil structure, thereby paving the way for superior drainage and a well-balanced moisture retention system.

And if you’re dealing with areas haunted by inadequate natural drainage, don’t fret! You can bring back harmony by introducing raised beds into your garden or laying down a well-designed drainage system which will act as reigns, keeping excess moisture in check.

Implementing Greenhouse Water Controls

To prevent water damage in a greenhouse, regular maintenance checks are crucial (click here for a detailed water damage checklist). Ensure roofing material is intact without cracks where leaks might form; check piping regularly for signs of leakage; regularly clean gutters to avoid blockage that could result in flooding; assess whether condensation build-up is excessive – if it is, consider investing in a proper ventilation system.

Your irrigation system should distribute water evenly across all plantings without oversaturating certain areas. Consider using drip irrigation systems which provide slow, steady watering directly at the root level reducing risk of overwatering.

Regular Maintenance and Inspection

Preventing water damage requires regular maintenance and inspection of both your home garden and greenhouse. Keep an eye out for early signs of trouble such as wilting leaves or mold growth on walls. Regularly inspect the physical structures like walls, roofs and pipes – fix any found leaks immediately.

Also be proactive with seasonal weather changes – prepare beforehand for seasons with heavy rainfall by ensuring proper drainage systems are in place; during drier periods adjust watering schedules accordingly so as not to stress plants with too much hydration.

Mitigating Water Damage When It Occurs

At times, even with your topnotch efforts, water damage might still find a way. But don’t let panic set in – it’s far from the apocalypse. Swift and apt measures taken can help restrain the damage and potentially be the knight in shining armor for your plants.

First, assess the extent of the damage. If it’s minimal, cut back on watering and improve drainage in the affected area. For more serious cases involving mold or rot, you may need to remove and replace the affected plants and soil.

Regularly inspect your garden and greenhouse for early signs of water damage as early detection is key in managing any potential problems. By staying vigilant, you’ll be able to maintain a vibrant and healthy garden and greenhouse.

Wrapping It Up

Preventing water damage requires understanding potential issues, improving soil quality, maintaining structures, and preparing for seasonal changes. This safeguards plant and infrastructure longevity, ensuring optimal growth conditions.

Understanding the importance of safety in your greenhouse setup should be a top priority. You’re well aware that a safe environment not only means prolonged sustainability of your plant growth but also guarantees your own safety and that of anyone who has access to the greenhouse. In this regard, while you keenly tend to your growing needs for light, temperature control, ventilation, and watering solutions, there’s a crucial factor you must underscore – electrical safety.

Fundamentals of Electrical Safety

Before taking the first steps towards integrating electrical safety in your greenhouse setup, it is paramount that you grasp the basic principles. As you know, greenhouses make use of several electrically powered systems. 

Knowing how each system works and potential inherent risks are integral to creating a safe environment. This means understanding concepts such as grounding, circuit protection and isolation, safety cut-outs among others.

Arguably one of the significant prerequisites would be understanding the importance of grounding in your greenhouse electrical system. Grounding generally provides a path of least resistance which unwanted electricity can follow into the ground hence safeguarding human lives and equipment.

Additionally, incorporating circuit breakers or fuses into your design is non-negotiable. These paraphernalia interrupt or break an electrical circuit whenever excessive electrical current is detected hence preventing incidents like fire hazards or short-circuiting due to overload.

Remembering safety cut-outs can save you from unfortunate incidents as these basically switch off electrical power in times of irregularities such as when part of the body accidentally comes into contact with live wires.

Benefits of Electrical Safety

The benefits associated with implementing sound electrical safety measures in setting up your greenhouse cannot be overstated. Integrating these measures goes beyond just complying with local regulatory standards; it is significantly about preserving human life and property.

By practicing proper electrical safety measures, you can prevent accidents related to electrocution and fires caused by faulty wiring or overloading circuits. Furthermore, by protecting your various electronic devices from power surges or other failures, you extend their lifespan thus allowing for greater efficiency and longevity.

Integrating Electrical Safety Measures

So how do you integrate all this knowledge on grounding systems, circuit protections and safety cut-outs? Here’s where this electrician comes into play! Professional electricians have years of training and expertise under their belt making them perfect facilitators in the intricate task of perfectly fusing together all these elements harmoniously for maximum output.

Challenges in Implementation

Like any creative process aiming for perfection, integrating electrical safety into your greenhouse doesn’t come without its unique set of challenges. Perhaps one main deterrent could be cost implementation issues surrounding investment in quality equipment structure redesigns might spring up.

Another hurdle could be gaining sufficient knowledge on technical jargon; however, procuring services from credible professionals always serves to iron out such creases.

Case Studies on Integration

You don’t have to take our word for it – industry case studies support embracing a comprehensive approach toward electrical safety integration within greenhouse operations. There’s compelling data endorsing robust designs that interweave fail-proof configuration strategies used all over vastly benefitting owners through minimized mishaps resulting in property damage avoidance alongside enhanced efficiency from prolonged equipment health.

Electrically Safe Greenhouse Future

Looking ahead foresee a future where every greenhouse owner spares nothing short ensuring paramountcy regarding electricity-induced disasters prevention due completely eliminating instances wiring faults overheating issues caused inadequate ventilation other components including transgressing laid-out guidelines by regulatory bodies committing their full efforts towards creating healthy safe spaces both for plants themselves but also humans involved throughout maintaining these spaces live thrive.

Strategies for Electrical Safety Enhancement

With insights collected, it’s pertinent to devise strategies that serve your greenhouse’s need for electrical safety enhancement. Be it discerning a wiring overhaul or integrating advanced automation, these final pivots are vital to ensure your greenhouse’s seamless functioning, growth and sustainability.

Leverage Technology

The digital era brings forth technologies from simple timers for lights and watering systems to sophisticated sensor-controlled mechanisms. Embrace these smart systems as they remarkably streamline operations. Plus, they bring in critical safety benefits like fault detection and overload prevention.

Regulatory Compliance

While establishing electrical safety measures in your greenhouse setup, always keep local regulations at the forefront. Adherence builds a compliant system, but more than this legal stance, it reinforces holistic security within the framework of standard guidelines known best to protect human life and property.

By implementing these strategic steps, you affirm an unwavering commitment towards electrical safety in your greenhouse space. In doing so, you bestow upon yourself the peace of mind from substantial risk reduction while presenting an environment thriving on consistent growth made possible by the seamless fusion of technology-meets-safety.

Conclusion: The Essential Safety Balance

In wrapping up recall beginning discussion noting balance between successful unfettered plant growth alongside ensuring human life alongside property preservation obtains most focus while treating subject matter surrounded integrating effective existing working conditions while observing electricity usage within your greenhouse setup.

Hydroponics, the high-tech gardening method enabling year-round growth regardless of location, has become a mainstay in urban farming. An indispensable part of this system is water, and heavy-duty steel water cartage tanks play a key role in this area, offering durable storage to maintain fresh and clean water. Let’s explore more about optimizing hydroponics using these tanks.

Understanding the Basics: What is Hydroponics?

Hydroponics is growing plants without soil. Replace soil with a nutrient-water solution delivered directly to plant roots, and you’re engaging in hydroponics! The beauty of this method is that you’re in full control over the conditions of growth – pH levels, nutrients concentration, light exposure and more – creating an ideal environment that encourages robust growth.

A Closer Look at Water Tanks in Hydroponics

In a typical hydroponic system, water tanks are pivotal components. These tanks serve as reservoirs storing the nutrient solution that gets circulated around your system. They come in various sizes and materials but one stands out for those who prize longevity – heavy-duty steel water cartage tanks.

Essential Components of an Efficient Hydroponic System

Optimizing your hydroponic garden means ensuring each part functions optimally for a seamless operation. Sure enough, water tanks play a crucial role but remember there’s more to consider – from grow lights ensuring appropriate light exposure regardless of whether it’s day or night to nutrient solutions providing precisely what your plants need to thrive.

Water Quality and Its Effect on Plant Growth in Hydroponics

It’s not just about having water; the quality matters too when it comes to hydroponic systems. Healthy plant growth depends heavily on clean, uncontaminated water loaded with essential nutrients. Using reliable storage like steel water cartage tanks helps you maintain this standard consistently.

Optimizing Water Usage: Key Strategies for Hydroponics Farmers

Let it be known that with hydroponic systems, optimizing isn’t limited to choosing good-quality equipment like trustworthy steel tanks; it extends to efficient water usage too! Employing strategies like regular monitoring and real-time adjustment of factors such as nutrient concentration can see your garden bear fruitful results.

Environmental Impact of Hydroponics

Many naysayers may argue that hydroponic gardening requires more inputs compared to traditional techniques – but you’ll know better! With smart strategies optimized around sustainability – using energy-efficient grow lights or designing systems around high-quality durable tanks – you can maintain resource-friendly practices.

Implementation of Water Tank Optimization in Hydroponics

Despite sounding technical, savvy growers across various spectrums have successfully implemented optimization techniques within their systems. From commercial farmers investing in quality steel tanks benefiting from consistent yields all year round to home growers enjoying pesticide-free greens grown right in their living rooms – there’s proof aplenty!

The Importance of High-quality Equipment

Simply put, quality equipment is a valuable investment in your hydroponic system. Each piece you choose, from lighting to nutrient solutions and indeed, the storage tanks, plays a crucial role in determining the overall success of your garden.

Among these, water tanks often hold the spotlight since they act as the reservoir of nutrients required for healthy plant growth and survival. Opting for reliable heavy-duty steel water cartage tanks can reassure you of longevity and a consistent supply of clean water.

Maximizing System Efficiency

Beyond choice of equipment, keenly considering ongoing monitoring and maintenance is also central for maximizing system efficiency in hydroponics. Regular checks ensure the nutrient solutions are balanced, pH levels are optimal, and water quality remains high throughout the cycle – especially necessary when optimizing water tanks specifically.

Adapting Based on Feedback

Moreover in hydroponics, flexibility is virtuous. It allows you to tweak processes based on feedback from your plants. Be ready to adjust light hours, enhance nutrient concentration or perform comprehensive cleanses on your steel tanks whenever necessary.

Decoding the Hydroponic Water Cycle

Just as nature has its water cycle, so does a hydroponic system. However, in hydroponics, this cycle is much more controlled. It begins with the water in your storage tanks being infused with essential plant nutrients. This nutrient-rich solution is then delivered to your plants’ root systems. Post nourishment, the unused water is returned to the tank for re-circulation. In this cycle, your heavy-duty steel water cartage tanks serve as pivotal reservoirs and recirculators, ensuring your plants never lack nutrient-rich water.

Light, Temperature and Water in Hydroponics

Optimizing your hydroponic garden involves perfecting a delicate balance between light, temperature and water. While light and temperature influence photosynthesis and growth rate respectively, you use water as both a hydration source and transport medium for nutrients. It’s crucial then to ensure that your heavy-duty steel water cartage tanks are always filled with clean, nutrient-rich water- ready for use when needed.

The Future of Hydroponics with Optimized Water Tanks

To wrap up, start your optimization journey today. It’s about small, conscious changes – picking durable equipment like heavy-duty steel water cartage tanks and refining your gardening practices. By doing so, you not only improve your hydroponic system’s efficiency but also contribute to the future of tech-driven urban farming.

Maintaining the proper humidity level in a grow tent is crucial for the healthy growth of plants. When the humidity level is too low, plants may become dehydrated, their leaves may wilt and become discolored, and they may not grow as quickly. On the other hand, if the humidity level is too high, the plants may be at risk for mold and other fungal diseases. In this post, we will discuss various ways to raise the humidity in a grow tent.

Why Raising Humidity in the Grow Tent?

Humidity refers to the amount of moisture in the air, and different plants require different levels of humidity to thrive. In a grow tent, where the environment is controlled and isolated, it’s essential to maintain the ideal humidity level to promote healthy growth and prevent issues such as wilting, yellowing, and dryness.

Low humidity can be particularly problematic for plants that originate from tropical or humid environments. These plants require higher humidity levels to simulate their natural habitat and thrive. Conversely, plants that prefer drier environments may suffer if the humidity level is too high. Maintaining the appropriate humidity level can also help to prevent the spread of pests and diseases, as many of these thrive in dry conditions.

In addition to supporting plant growth, humidity can also play a role in controlling temperature. High humidity can make the air feel warmer, while low humidity can make the air feel cooler. This can be particularly useful in cooler climates, where it may be necessary to raise the humidity level to maintain a warm and inviting environment for your plants.

Use a Humidifier

One of the most effective ways to raise humidity in a grow tent is to use a humidifier. Humidifiers work by releasing water vapor into the air, which can increase the humidity level. There are several types of humidifiers available on the market, including ultrasonic, evaporative, and steam humidifiers. Ultrasonic humidifiers are the most popular choice for indoor gardening because they are quiet, efficient, and easy to use. They work by using high-frequency vibrations to create a fine mist that is released into the air.

Create a Humid Microclimate

Creating a humid microclimate around your plants can help to raise the humidity level in your grow tent. One way to do this is to place a tray of water near your plants. As the water evaporates, it will increase the humidity level in the surrounding area. You can also place a wet towel or sponge near your plants to create a similar effect.

Water your Plants More Frequently

Watering your plants more frequently can help to increase the humidity level in your grow tent. When you water your plants, the excess water evaporates into the air, increasing the humidity level. However, be careful not to overwater your plants, as this can lead to root rot and other problems.

Use a Misting System

A misting system is another effective way to raise humidity in a grow tent. A misting system works by spraying a fine mist of water over your plants, which can increase the humidity level. Misting systems are available in both manual and automatic versions. Automatic misting systems are more expensive but are also more convenient, as they can be set up to mist your plants at specific intervals.

Use a Humidity Dome

A humidity dome is a clear plastic dome that is placed over your plants to create a humid microclimate. The dome traps moisture and increases the humidity level around your plants. Humidity domes are particularly useful for seedlings and young plants, which are more sensitive to changes in humidity.

Add Plants that Increase Humidity

Some plants are naturally good at increasing humidity levels. Adding plants like ferns, spider plants, and peace lilies to your grow tent can help to raise the humidity level. These plants release moisture into the air through a process called transpiration.

Seal Your Grow Tent

If your grow tent is not sealed properly, it may be difficult to maintain a high humidity level. Air leaks can allow moisture to escape from your grow tent, decreasing the humidity level. To seal your grow tent, use duct tape to seal any gaps or holes in your tent.

Use a Hygrometer

A hygrometer is a tool used to measure the humidity level in your grow tent. By using a hygrometer, you can monitor the humidity level and adjust your humidifying methods accordingly.

Increase the Temperature

Increasing the temperature in your grow tent can also help to raise the humidity level. As the temperature rises, the air can hold more moisture, which can increase the humidity level. However, be careful not to raise the temperature too high, as this can damage your plants.

Use a Water Fountain

A water fountain can be a decorative and effective way to increase the humidity level in your grow tent. The water in the fountain evaporates into the air, creating a humid microclimate around your plants. Additionally, the sound of running water can also help to create a relaxing environment for your plants.

Conclusion 

To sum up, there are many effective ways to raise the humidity level in a grow tent. Using a humidifier, creating a humid microclimate, misting your plants, and adding humidity-loving plants are just a few of the methods you can use. It’s important to monitor the humidity level in your grow tent using a hygrometer and make adjustments as needed to ensure that your plants are healthy and thriving. With the right tools and techniques, you can maintain the ideal humidity level in your grow tent and enjoy a successful indoor gardening experience.

With the current state of the real estate market, affordability is more important than ever when looking for a new place to live. Every day, it seems like there’s a new story about how home prices are getting more and more out of control. With more and more people looking for places to live, it’s no wonder that prices are continuing to go up. The good news? Even though prices are rising, there are still plenty of ways to get into the real estate market without spending all of your savings. These low-cost DIY home improvement ideas will make you feel like you spent more money than you actually did. Although they may not be as exciting as buying your first home, making additions to your current house can make any place feel more open and inviting!

Add a Deck for Morning Breathing or Evening Sunsets

Even if you can only step outside for a few minutes, having an outdoor space can make a big difference in your daily routine. A deck can be your morning breathing space, a spot to watch the sunset, or the perfect spot to plant a garden. If you’re looking to add an outdoor space without breaking the bank, you can set up a tent and bring out furniture, such as a summer outdoor seating. With the right design, an area under a deck can be used as an office or a play area for kids, or even both at the same time. Adding a deck to your home doesn’t have to cost a fortune. If your question is, can I paint cedar decking? You can definitely find the answer to that by seeking advice from the experts or you can even read a blog about this.

Add on to the Backyard

If you’re lacking the space for a full backyard expansion, another affordable solution is to build an addition or extension onto your existing backyard. By adding an extension to your backyard, you can create additional space to enjoy while also increasing the value of your home. Landscaping can be a popular addition to your backyard, as it can add aesthetic value, as well as decks and pools. If you have any extra space in your yard, you might be able to add a garden, a patio, or even a fence.

Add a Sitting Room

Some people feel most comfortable spending their time in a less-active area of the home, such as the living room or bedroom. By adding a sitting room, you can help create a sense of flow and unity between the kitchen and the other living areas in your home, making your house feel more like a cohesive unit. This can be done by adding a new wall, a desk, a bench, or anything else that would block the view. You can partition off a living room from the rest of your house with a curtain or a special kind of fabric that could be an alternative to a wall. If you would prefer a temporary division, several different upholstery fabrics can be used and changed as necessary. 

Add Something That Grows

Incorporating another living thing into your home decor does not have to be a costly endeavor. You can find beautiful plants for a very reasonable price and add them to your home in just a few easy steps. Mushrooms can also be a great, natural addition to your home improvement project. Some mushrooms can actually do well when kept in the house, so you wouldn’t have to worry too much about them and can tend to them when needed. If you don’t think foraging for mushrooms is for you, then you can always purchase a mushroom growing supply kit that you can keep indoors. Not only are these easy home improvement ideas budget-friendly, but they’re also a great way to introduce your family to the rewarding hobby of gardening. If you or anyone in your family is new to gardening, or if you have kids who haven’t shown interest in gardening yet, adding something that you can grow in your home is a great way to get them interested.

Remember to Enjoy and Save Money as Well 

It’s essential to select a home improvement project that is also within your budget. There are a number of ways to renovate on a budget, ranging from small changes to complete overhauls. Depending on the level of renovation you’re considering, you can expect to spend anywhere from a few hundred dollars to tens of thousands of dollars. The cost of a home renovation is important to factor in, but it shouldn’t be the be-all and end-all of your decision. Where you spend your money matters, and a renovation is an excellent opportunity to make your home more sustainable. If you want to be economical with your renovation project, you should select one that will upgrade the usefulness of your total living area without being too expensive.

Are you thinking of revamping your garden space? If so, you’re not alone. During the pandemic, 78% of Americans made outdoor upgrades as people sought to reconnect with nature. It could make better sense to refurbish what you have than move, too, especially considering recent increases in the cost of moving.

Planning a garden makeover might not seem like as much work as a new kitchen or a loft conversion, for example. But while you might experience less disruption, you’ll still need to work through the process carefully to achieve the results that you want.

Below, read a quick DIY guide to a garden makeover.

Analyze your existing space

You might just want to rip up everything and start again. But it’s wise to analyze your existing space and measure up to understand the resources with which you, or a professional, are working.

You’ll want to spend time in it at different times of day too so that you can work out which spots receive light when. A south-facing garden will get more sun than a north-facing garden, for example, and will suit different plants as a result.

Make a wishlist

With these basic details in hand, next start creating a wishlist of ideas that you’d like to incorporate. This could range from practical features like seating, lighting, and dining space, to decorative elements like raised beds, potted plants, and other features.

Pinterest and Instagram are good places to get inspiration, as are garden centers, gardening books, and exhibitions. You might need to include key problems to solve, too, such as sloped or uneven ground or waterlogging issues.

Set a budget

This step is where you start working out what’s truly possible. While you might have had a rough figure in mind to begin with, your wishlist will allow you to start costing up the project based on the materials and labor needed.

Part of this means working out what you can do yourself or with help from friends and family, and what’s best left to professionals. You might need to reassess your finances to get the result you truly want.

Draw up your plan

Finally, it’s time to unleash your inner architect and draw up your garden plan. You could do this on graph paper to keep everything to scale, which will help significantly come the time for execution.

Start by outlining your garden based on the measurements that you took, then include structural elements like buildings, walkways, and fences. Finally, start adding in your new features like seating and plants.

Sure, you’ve still got to source the materials and do the hard work. But nailing the planning stage will improve your chances of creating the garden of your dreams.

It’s long been recognized that gardens are good for the environment and wildlife,
however, you may be surprised to learn that gardening is also beneficial to your
physical and mental health. There is an increasing amount of research to show that
gardening improves health and general wellbeing. Here are just four of the many
benefits of gardening on health.

A Connection with Nature

Whether you have an allotment with polytunnels or a small garden at the back of
your house, gardening provides a connection with nature. Reconnecting to nature
has been shown to reduce stress, depression, and anxiety and can help you to
unwind and relax.

Responsibility and a Sense of Purpose

Growing and tending to plants also gives people a sense of responsibility and
purpose. This is something we can all benefit from in our lives but is especially
crucial for those living with mental health conditions, such as depression who may be
struggling to find a sense of worth.
Gardening is also an excellent activity for people who have recently retired or who
may be unable to work due to health reasons. The routine of watering your plants
can give your day some structure and also means you can sit outdoors and admire
the fruits of your hard work if you’re feeling low.

Work/Life Balance

Gardening is ideal for those who find it to switch off when they get home from work
or for providing a divide between working and leisure time for those who work from
home. Getting outside to tend to your plants or pull weeds gives you some time and
space to process your working day and can help you to switch off.

Keeps You Active

From a physical perspective, gardening is also great exercise. Unlike many types of
formal exercise, gardening doesn’t require an initial level of fitness or any special
equipment and it’s gentle and adaptable, making it accessible for those with health
conditions or disabilities.

It’s possible to carry out many gardening activities while sitting, for those who
struggle to stand for long periods. You can also get padded cushions to kneel on
when bedding-in plants or weeding.
The more time you spend gardening, the more calories you’ll burn, which can help
you maintain a healthy weight, protecting you against obesity-related ill-health.
Spending time in nature also releases endorphins aka feel-good chemicals, which
can boost our mood and reduce pain and fatigue.

Perspective and Control

Last but not least, spending time in our gardens can help us put things into
perspective, which means we’re less likely to spend time ruminating on our
problems. It also gives us an element of control – at least over our gardens – and
means we can focus our energies and attentions on something we can directly
impact, such as what plants to add to our gardens and where to place them.

Growing cannabis in greenhouses has quickly become popular, and many individuals are showing interest in growing their own cannabis in a greenhouse. When compared to growing cannabis inside or in a growing room, cultivating cannabis in a greenhouse offers a significant number of benefits.

Despite this, there are still certain challenges to contend with when one is inside. The fact that you can quickly remove unnecessary complexities, such as those found in an enclosed growing chamber, is the nicest aspect about producing cannabis in a greenhouse. Growing cannabis outdoors was thought by many experienced cultivators to be riskier and less reliable than growing the plant in a greenhouse.

You may also simply take advantage of the best natural parts and provide some security for those harsher part factors, which together create the ideal growing environment, particularly for cannabis producers who dwell in northern part regions.

Even cannabis plants can naturally heat themselves in greenhouses; nevertheless, you may still alter the temperature to provide extra heat if necessary. Consider growing your cannabis in Prospiant greenhouses if you are a cannabis farmer who wants to cultivate enough cannabis to fulfill both your medical and recreational requirements.

Why Should You Attempt to Cultivate Cannabis Inside of a Greenhouse?

When compared to other methods of cultivation, marijuana grown in a greenhouse has been known to produce a product that has a higher THC content. If you start your cannabis plant from seeds that have strong genetics, you can anticipate that the bud it produces will be of a high grade when it reaches the conclusion of the growth period. It is for this reason that an increasing number of cannabis farmers are opting to cultivate their plants in greenhouses rather than growing them in indoor or outdoor settings.

What Are the Advantages of Cultivating Cannabis in Greenhouses Rather Than Outdoors?

Cannabis is best and most cost-effectively cultivated in a controlled environment such as a greenhouse. In the structure of the greenhouse, the force of the sun is harnessed to provide a warm temperature and to act as a shield from a variety of climatic circumstances that are not desirable.

The Climate Can Be Managed Inside a Greenhouse

When it comes to the production of a high-quality product, climate control is of the utmost importance. Other cultivators have constructed a conservatory with their very own windows that are designed to be readily opened in order to allow for the circulation of wind to chill the plants or to catch the warmth which the cannabis plants require.

Greenhouses may also protect plants from harsh weather conditions, such as excessive rain, which could be detrimental to the plant’s health. It is also possible for it to occur from the decomposing branches, which provides most of the moisture that is retained within the cannabis buds.

In addition, greenhouse gas warmers (www.epa.gov), fans, and air conditioners will all be able to contribute to the climate management efforts. Growing in a conservatory allows you to manage the temperature and the amount of direct sunlight that your plants receive, and despite the fact that it is more expensive than other types of growing setups, it still ensures that you will end up with a highly stable product.

Exercise Complete Authority Over Every Stage of the Cannabis Plant’s Development

Light deprivation, another name for the approach that is effective throughout the summer months and is the standard process which is used by greenhouse farmers, is an effective strategy for controlling the life cycle of plants and is utilized by greenhouse growers. For more information on greenhouse lighting, click here. They reduce the quantity of light which the plants are exposed to just before reaching its conclusion.

season. You can get around this problem by blooming early. Because of this, you will be able to plant an early crop, which is great for those who reside in colder places.

Growers of cannabis typically harvest that crop before the start of the rainy season, even though doing so may increase the likelihood of mold growth on the plant. You will, however, need to rely more on auxiliary heaters and lights in order to continue cultivating cannabis throughout the colder months of winter and fall. Artificial lighting also helps the plant get light at the appropriate time and helps you to increase the yield. 
Anchor: Artificial lighting

Cannabis plants have specific lighting and heating requirements. Extending the amount of daylight available each day is necessary if one wants to manufacture goods of a high standard. After it’s too cloudy outside, a modern greenhouse may give supplementary lighting, and when it is excessively light outside, these can block the light.

Capable of Prolonging the Duration of the Growing Condition

The utilization of a greenhouse to cultivate plants provides the best possible conditions for controlling the duration of the growth season. This method is utilized by a significant number of cannabis cultivators as a means of extending the harvesting period. This becomes advantageous for them because they keep sufficient air required by plants, particularly when the temperature inside becomes toasty warm or when the cooler weather of fall begins to approach.

More people are interested in gardening and growing their vegetables and fruits at home. Especially during the pandemic when people are limited in the vicinity of their homes, they found ways to escape boredom by planting different types of vegetables and flowers on their lawns. For this reason, constructing or buying easy-to-build greenhouses is becoming a fantastic option because it allows people to grow more types of plants.

It also allows gardeners to grow certain plants out of season. You could even start growing plants that don’t naturally grow in your local area. These are only some of the terrific benefits a greenhouse can bring you.  

But maintaining a greenhouse can require you to spend more. So, it’s crucial to find ways to make it more energy-efficient. Doing so will help you save money. 

If you’re looking for ways to make your greenhouse more energy-efficient, continue reading this article.

1. Install Solar Panels  

One way to do this is to use green energy by installing solar panels like the ones you can find at Solar Run and other similar companies. It will help power up the entire greenhouse on its own. And with enough solar panels, it can also produce enough energy to power up other parts of your home. It is no stranger to our knowledge that solar panels can be expensive, but if you consider their long-term benefits, you can conclude that the positives outweigh the negatives. With this, you can save money while also contributing to the betterment of the environment.

2. Use Thermal Screens 

Maintaining the temperature in a greenhouse is extremely important. It is because plants and crops can be sensitive to changes in temperature. Fortunately, installing thermal screens can be a great way to keep them insulated. This way, you can avoid using heaters, which can use up a lot of energy.

3. Seal The Greenhouse

Since maintaining temperature is crucial for greenhouses, so you need to avoid problems like heat loss. If it’s your first time choosing a greenhouse, ensure to assess its quality because some materials likely lose heat faster, and some get damaged easily.

For instance, many more affordable greenhouses are fantastic, but they tend to use polycarbonate plastic, which isn’t as durable as glass. If your greenhouse uses the plastic variant, consider examining it regularly to see if there’s any damage, such as tears and holes. This way, you can seal the greenhouse as soon as possible to avoid heat loss and the need for heating equipment.   

4. Use Lighting That’s More Energy Efficient

Lighting is vital in a greenhouse, but this can be tricky if you want to be more energy-efficient. If you wish to have better lighting and save on bills, you’ll have to get rid of old and inefficient incandescent bulbs because this can take a lot of power. Instead, it’s better to use LED lighting since it doesn’t require as much energy, and it can save as much as 50% energy on your greenhouse.

5. Seal Around The Fans

For the fans in your greenhouse, it’s a good idea to check around them. It is because some might not be sealed properly. At night, it’s easier to see if there are parts that aren’t sealed by seeing where the light passes. Once you see it, you’ll be able to repair them by using a caulk gun. This way, you can make sure that your greenhouse is at the right temperature to grow all kinds of plants, which is one of the main reasons to get a greenhouse.  

6. Clean Up The Fans  

Another vital step is to clean up the fans because this can affect how well the fans work. Make sure to wipe the fan blades down and get rid of the dirt from the ventilators since this can cause cold air to get inside. Cleaning up is so effective that it can improve ventilation efficiency by 15%

7. Maintain Boilers And Heaters  

If you use boilers and heaters, it’s also crucial to maintain them always as you would with the fans and ventilation. Having them inspected every year is usually enough to identify cracks, leaks, and any problem with their functionality.  

It’s also essential to clean up the vents and remove any clogs therein. That is because it can cause incomplete combustion. Also, the noxious gases won’t discharge if the vents are dirty or blocked up. So make sure to clean it up and get it serviced at least once a year.

Why Keep Your Greenhouse Energy-Efficient?

People’s electricity bills can hike up, especially if they have a greenhouse. In colder seasons, heaters and lighting is needed more to keep the crops alive. But constantly keeping these appliances and lighting on will cause a surge in electricity costs. Therefore, looking for energy-efficient solutions would be extremely helpful.   

In addition, this is also a choice that’s better for helping the environment. By forgoing using energy from fossil fuels, greenhouse gases can be avoided.   

Conclusion

Finding ways to be efficient can be beneficial for greenhouse gardeners. Some of these strategies to make it more efficient can be simpler, but there are also more technical measures. However, it’s good to remember that these are investments that can help you save, avoid environmental damage, and help grow healthy crops.

Before you start construction on a greenhouse, you’ll need to find the perfect spot on your property to place it. You want it to get plenty of sunlight and be close enough to your house that you can take care of it easily, but far enough away that the greenhouse doesn’t steal too much heat from your home during the winter months.

As discussed in this full article, there are many choices you need to make when building your greenhouse, but location plays the most important role in its effectiveness. It’s worth taking the time to find the right spot if you want great results with minimal effort. Below we’ll explore five expert tips to help you choose the perfect site for your greenhouse:

1. Consider Your Climate Zone

Your climate zone (arid, mild/warm, or cold) can have a huge impact on your greenhouse site. Try to find a place that is suitable for your specific climate zone. If you’re building in an arid climate, for example, finding a site that receives plenty of moisture and shade will help keep your plants alive during dry spells. If you’re setting up in a cold or windy climate, it’s especially important to make sure you pick a spot with good shelter; trees, and buildings that help shield your greenhouse from high winds.

2. Pick an Area With Easy Access to Utilities

You’ll need to run electricity, plumbing, and other utility lines to your greenhouse. Make sure you find an affordable way to connect those utilities to your site. Some greenhouses are fully off-grid, relying on rainwater or a well water source. This might limit where you can put your greenhouse if it’s not near an existing water source. If you’re lucky enough to have a choice in your location, pick an area that makes for easy access to running water and electricity.

Additionally, consider where you will keep your equipment when it’s not in use. Many commercial greenhouses have attached storage buildings or sheds. Are there several nearby options, or do you need to be close to a busy road where trucks can pull up and deliver materials and supplies? How many times per day will you need to access your tools and supplies? Plan accordingly and build your greenhouse in a location where you can easily access essential tools and supplies.

3. Consider Pest Pressure

Another major factor in determining greenhouse placement is whether or not there’s a large pest population near your proposed site. Your greenhouse should be protected against pest infestation. There are a few extra precautions you’ll want to take, depending on your geographical location. Remember, pests in one region may not be present in another; pay attention to what local farmers face when choosing your site and prepare accordingly.

4. Choose a Spot With Enough Room for Expansion

An important part of planning your greenhouse is choosing a site with enough room to expand. If you have your heart set on a specific location, find out if it has enough space to accommodate growth. You might think you’ll only need an acre or two now, but what about in 10 years? Plants grow quickly, so if you build a greenhouse that’s too small and then need to upgrade in a year or two, you’ll have to move it, and that can be an expensive process. 

5. Don’t Compromise on Safety

All greenhouses need a place to store pesticides, chemicals, and other potentially hazardous materials. Make sure you choose a spot that won’t endanger local wildlife or groundwater supplies in case of leaks or spills. Ask any neighboring landowners if they are concerned about safety issues, as well. Check with local regulatory agencies to ensure your proposed site is zoned properly.

Wherever you decide to site your greenhouse, make sure the site is at least two feet above potential flooding or high-water marks. Water damage can result in costly repairs and could compromise your greenhouse’s structural integrity. Choose a spot away from areas that are likely to be hit by storms or hurricanes. Additionally, if you plan to work with sensitive or rare plants, or if your greenhouse will operate on public property (such as an educational institution), you may need to pay extra attention to its safety.

Endnote

Greenhouses serve many functions, but they must stay warm enough to grow crops year-round while also remaining cool enough to prevent your crops from cooking themselves to death. Choosing the right spot for your greenhouse can be tricky since it can seem like there are dozens of factors to consider when narrowing down your options. However, with proper research and preparation, you can easily pick the ideal spot and have your greenhouse in place within no time.

Gardening is a great way to get fresh air, physical activity, connect with nature, and spend time outdoors. But if you’re looking to take your growing operation to the next level, you should look into greenhouse construction. Ideal for large agricultural operations or even just your backyard garden, a greenhouse can extend your growing season, provide optimal growing conditions, and protect your plants from predators.

We’ve all probably heard of a greenhouse, but before you make the investment, it’s wise to do your research and understand your options. It’s also important to understand how a greenhouse works and how it affects the growing conditions of your plants. Well, that’s why we’re here to help. In this article, we’re taking a closer look at greenhouses and how this technology can help transform your growing season and plants.

What is a Greenhouse?

We’ve all heard of this type of structure, but do you really know what a greenhouse is? A greenhouse is a structure that consists primarily of transparent materials for the roof and walls. In the majority of cases, glass is used to allow sunlight into the space, but it then cannot exit, which creates a warming environment. Greenhouses range in size from shed-like structures you might see in someone’s backyard all the way to industrial-scale operations where they can take up acres upon acres.

What is this all for? The purpose of this structure is to allow in sunlight, which warms the interior of the greenhouse while protecting the plants inside from cold temperatures, bad weather, and pests and predators like deer or rabbits. Greenhouses are popular and can be used throughout the world, especially in colder climates, to create an ideal growing environment for plants, herbs, or any type of produce.

Greenhouses are versatile and customizable and can be used by anyone, ranging from multinational companies to your neighbor who loves to garden. If you’re looking to grow in optimal conditions, a greenhouse could be beneficial for you.

Benefits of a Greenhouse

Greenhouses are popping up everywhere—and for good reason. Take a look at just a few of the top benefits of having your own greenhouse:

• Your own growing space: have you ever dreamed of having your own dedicated growing space? If so, you’ll need a greenhouse. Don’t worry about clutter or determining the best space for your plants. A greenhouse does all that for you and even will help you finally get organized with your growing.
• Optimal growing conditions: by trapping heat and sunlight, a greenhouse creates ideal growing conditions for a wide range of plants and herbs. With a greenhouse, you’re in control of the growing conditions.
• Protection: spending time on your plants only to have them eaten or destroyed by local critters is one of the worst feelings. To keep your plants safe from pests like deer or rabbits, use a greenhouse that provides maximum protection. It’s also an ideal method for keeping out disease and fungi that can harm or destroy your entire yield. With a greenhouse, give your plants the protection they need.
• Extend your grow season: depending on where you live, you may have a rather short growing season, which can severely limit how much (and what types of plants) you can actually grow. A greenhouse changes all this by providing you with optimal growing conditions throughout the whole year. All you need is sun.
• Save money: while the initial construction of your greenhouse will, of course, require some costs, most greenhouse owners end up saving quite a bit of money in the big picture. Since you can extend your growing season, you can grow more and more types of plants or produce. And since a greenhouse provides protection for your grow, you won’t waste money on replacing damaged or dead plants nearly as often. It will also cut down on your need to buy expensive fertilizers throughout the year.

How Does a Greenhouse Work?

As you can see, there are quite a few reasons to use a greenhouse for your grow needs. Greenhouses will let you extend your growing season, and at the same time, protect your plants from pests and predators. But have you ever stopped to consider how this technology actually works? Well, let’s take a closer look.

A greenhouse works by allowing sunlight to enter your space. This is why it’s so important that the building materials are transparent, such as using glass. Light will enter the greenhouse and then the heat from the solar radiation is absorbed by the plants in the interior space of the greenhouse. Remember, the darker the surface area, the more heat is absorbed.

When heat is absorbed, the wavelength of the incoming light is changed. In this new length, the heat cannot exit the greenhouse as it was able to enter. So, effectively, the greenhouse traps these wavelengths of heat inside. The heat remains in the greenhouse and radiates throughout the space, warming up the environment inside. As long as you’re receiving sunlight throughout the day, your greenhouse and your plants will stay warm.

Conclusion – How Does a Greenhouse Work?

A greenhouse construction project can truly transform your growing operation—no matter how large or small. From a full-scale operation to a simple home garden, a greenhouse could be the perfect solution to help you grow the best plants yet. By allowing sunlight and heat into the interior space, the greenhouse traps heat and ensures optimal growing conditions for your plants, herbs, and produce. A greenhouse enables you to have complete control over the growing environment, which will end up giving you the best yield yet.

Building a greenhouse is ideal for any space. Since you can customize the size and shape of your greenhouse, it can suit any yard or full-scale operation. Extend your grow season, create an amazing growing environment, protect your plants from pests and predators, and create your own dedicated growing space. All of these are just a few of the benefits when you’ve added a greenhouse to your space. If you’re really looking to take your grow operation to the next level, there’s no doubt about it, a greenhouse is a must.

With the global population growing at a rate of approximately 1.05% per year or 81 million people annually, the increased demand placed on the Earth’s natural resources calls for new and innovative solutions to farming methods and food production.

One possible solution which has developed in the field of horticulture is a method of growing plants known as Hydroponics. Here plants are grown without soil, by using a nutrient-rich growing medium such as coco coir, gravel, rockwool, or sand, allowing for nutrients to be absorbed directly into the plant’s roots.

Without the need for soil, crops such as corn can be grown throughout the year, resulting in higher yields and fewer fluctuations in price. If you are looking for some growing tips for your hydroponic plants then read on.

Water

Before plants can be introduced to a hydroponic growing system it is important to check the quality of your water supply to ensure the pH levels are correct. Ideally, the water should have a pH of between 5.5 and 6.5 which can be measured using pH strips or a pH meter.

EC or Electrical Conductivity levels of water measure its ability to dissolve salts and other chemicals and should also be checked to ensure your plants receive the nutrients and minerals they need from the water. The temperature of the water should be kept between 68°F and 72°F and can be maintained through the use of a heater or chiller.

Lighting

One of the most important factors when it comes to hydroponic plant growth is light. Grow light for indoor plants is an essential factor in the cultivation of hydroponic plant growth, especially when there is less sunlight available.

Light-emitting diode lamps or LEDs are a preferred method for many growers due to their efficiency and effectiveness and their full spectrum of light which is similar to the rays of the sun.  Lighting can also be adjusted according to the life cycle of your plants.

Growing Medium

The right growing medium is another essential step when it comes to your hydroponic success. Due to the absence of soil in this method plants must be supported in other ways. 

The growing medium must have the right combination of oxygen and moisture allowing for nutrients to be properly absorbed by the roots of the plants. Coco coir and rockwool are some of the popular mediums used by growers as they retain moisture and oxygen well.

Nutrients

Without the presence of soil to nourish your plants, hydroponic plants will require nutrient-based solutions which are specifically designed for growing plants hydroponically.

Hydroponic plants need 17 essential nutrients in order to grow and develop properly, therefore, a good quality nutrient fertilizer will be required.  With a variety of nutrient-rich fertilizers on the market to choose from it is advisable to purchase from a reputable supplier and to ensure the solution is right for the types of plants you are growing and the stage they are at in their life cycle.

These four tips will help to ensure the success of growing your plants hydroponically.

A greenhouse is an essential part for gardening enthusiasts. It is ideal for sowing seeds, growing tender plants, germinating tender crops, and taking cuttings.

A wide range of options is available when choosing a greenhouse. The prices depend upon the variety you choose. The cost of a greenhouse may vary from a hundred to thousands of dollars. 

The final choice of greenhouse depends upon your budget and available area. When purchasing a new Greenhouse, you should look for a quality brand that comes with a guarantee, to safeguard you against any manufacturing defects.

It is better to settle on the site first, as it is the prime determinant for the size of a greenhouse you are installing. After finalizing the site, and size, you can proceed with other factors. Decide whether you can lay the greenhouse foundation yourself or need a professional to do it.

Here in this article, we will provide you with some tips that help you choose the best greenhouse option. We also discuss the factors to consider while making a correct choice.

After finalizing the greenhouse, there are some essential kits and accessories that you will need to maintain the greenhouse. Garden sheds are also the options if you opt for outdoor storage over growing space. But choosing a greenhouse is a better prospect.

Factors to Consider When Buying a Greenhouse

1. Size of a Greenhouse

The greenhouse comes in 2 feet increments. The area is measured in width, length, and height. For a limited or smaller site, a 6 feet wide greenhouse is a good option. Although having an 8 feet wide greenhouse enables you to have shelves on both sides. 

A height of 5 feet will allow a sufficient amount of sunlight. Gardening enthusiasts wish to have the biggest one if their budget and area are enough to do so.

Vertical gardening is an excellent idea for a small area. You can have a greenhouse with maximum height even if your site is smaller in size. With an elevated greenhouse, you can opt for vertical gardening.

2. Greenhouse Shape

Traditional shape, Octagonal shape, and Lean-to shape are three primary shapes of a greenhouse. New shapes, like domes, are also in trend. Domes and Octagonal shapes are best for an awkward open area. A lean-to shape gets a benefit of an already existing structure. If a wall of an existing structure faces the south, it will remain warm even at night due to sunlight absorbed in the wall helping the plants to rise faster.

3. Timber or Metal Greenhouse?

Aluminum is economical and low on maintenance. It is available in different colors and comes powder-coated. Timber is attractive but costly and needs regular maintenance. Wooden models are better than metal in maintaining temperature. It requires a brick or timber wall up to half of its height for support. It holds the sunlight heat very well, but you cannot do plantations at ground level.

4. Which Glaze to Choose for a Greenhouse?

Glasses for horticultural use allow maximum sunlight. It is easy to replace if damaged and long-lasting. Comparatively, toughened glasses are more costly. However, it is a better option when kids and heavy traffic surround the place. A toughened glass shatters safely on the damage. Polycarbonate is also an alternative for durability and cost and provides better insulation but allows lesser sunlight through it.

5. Greenhouse Ventilation

Ventilation is necessary for humid and hot weather. A greenhouse measuring 6 x 8 feet in width can have two hinged vents at the roof and also on the walls. An automatic vent opener for a greenhouse is a new technique that is trending nowadays.

Greenhouse ventilation helps in every system of plant growth.

6. Greenhouse Floor

The flooring of a greenhouse is necessary. A level floor is essential for better results. Gravels on sand or hardcore top allow easy drainage. You can make it wet in summer for humid air ventilation. Borders with soil are excellent to sow crop seeds in a greenhouse.

7. Greenhouse for Home Office

To go green at your workplace is like showing responsibility towards the environment. Be careful while installing shelves to your work desk yourself. Your desk should have enough space so that it does not hamper your work. The height of the desk or counter will work well if you sit on a chair or stool. Add a hardtop to your desk to write comfortably making a perfect greenhouse for the home office place.

8. Placing the Greenhouse

Take some precautions while installing a greenhouse at your living place. One of the precautions you must consider is not to install a greenhouse near the swimming pool deck. If a greenhouse already exists, never construct a swimming pool nearby. A greenhouse near a swimming pool has its negative impacts.

9. Greenhouse Alternatives

A polytunnel is a cost-effective alternative to a greenhouse. However, it is a less attractive option. A polytunnel is an alternate way to grow tomatoes in summer and lettuce in winter. It does not hold sunlight like a greenhouse in winters, thus unable to give sufficient protection to tender plants in winter.

A cold frame is helpful to provide a supplement to a greenhouse. It helps take cuttings, shield plants in the worst of winter, and harden off plants. It is used in seeds sowing that requires a cool temperature.

Mini greenhouses are good options for small gardens. They are feasible in growing tomatoes, peppers, and aubergines. Mini greenhouses are effective in small kindergarten schools to teach gardening to students. Gardening by students makes them aware of their responsibility towards the environment.

Guidance Is Necessary

Greenhouse helps grow off-season plants, crops, and vegetables, providing a feasible environment. Never hurry to install a greenhouse. Instead, follow the tips given above to choose from the available options.

With the help of the tips provided in this article, you will surely make the best decision in choosing a greenhouse.

1. Make Sure Your Greenhouse Is in Good Working Order

Take a good look around your greenhouse. Remove everything that isn’t appropriate so you can start over. Look for broken pieces of plastic, glass, or wood, make any necessary structural changes, and check for leaks in the irrigation system. If your home becomes flooded during the winter, you’ll want to repair it without delay. Also, keep an eye out for any bug hiding spots (keep reading to learn more).

2. Sweep Your Greenhouse’s Interior and Exterior

Remove any dead plants, pots, tools, and other abandoned items from the greenhouse. For the garden, fill a bucket halfway with hot water, some soap, and disinfectant (they’re available at any home improvement store or even regular supermarkets). Use a clean cloth to clean and sanitize the outer surface of plants and pots. Do not forget to sweep and clean the floor.

When you’re ready to plant, clean out any unused jars or pots you have. Clean the outside of your greenhouse with a high-quality pressure washer. Then double-check to see if there are any leaks.

3. Pay Attention to Seasonality

March is an ideal time to plant the seeds for those plants that need a little more time to mature before harvest. Begonias, geraniums or even peppers, and eggplant are just a few examples of plants that like to begin growing early. Check the online resources to find a convenient and comprehensive schedule of how to make sure your gardening tasks are season-appropriate.

4. Conduct a Pest-Prevention Sweep

The cold, contrary to common opinion, does not solve your insect issues. Snails, critters, and other tiny animals hibernate in previous year’s leftover pots and crevices, as well as in the crowns of plants. The vine weevil has larvae that like digging through compost heaps for plant roots to eat. To cleanse your greenhouse against annoying vine weevils, weed out any you discover and apply the anti-parasitic chemical liquid. This is another reason to make sure your deep cleaning is comprehensive and thorough before the new season starts.

5. Make Sure the Beds, Gates, and Trellis Are in Good Working Order

Well before sweltering heat sets in, get the hard lifting done. It’s important to repair any structures or equipment that have fallen into disuse now, so once the warm weather arrives, it’ll be all about the garden. Another excellent idea is to put a wood preservative on any wood material in your greenhouse during extended periods of dryness.

6. Keep Your Gardening Equipment Clean and Sharp

If it wasn’t obvious before, cleaning everything that will come into touch with or be in proximity to your greenery is critical. Dirty tools may spread illness and introduce germs and fungus to newly pruned plant markings. Keeping your tools sharp can also help you save time and money in the long run. If they are sharp, they will function better. They’ll also be more convenient to deal with and provide cleaner and more precise cuts.

7. Prepare Your Compost Pile

It’s time to create a compost pile in your yard if you don’t already have one. It doesn’t matter whether you buy a prepared compost container or construct your own out of scrap wood. This achieves two objectives: You now have a place to store your garden trash, and your crops will appreciate the fertilizer full of nutrients, that is produced as it decomposes! Green clippings, vegetable and fruit peelings, wood chips, and even shells may all be used to make the ideal mix. To keep your compost fresh, turn it in once a month with a garden shovel or fork to keep it fresh and oxygenated.

8. Check to See Whether the Ventilation Is Enough

Inadequate airflow in the greenhouse is a common cause of fungal infections. Make sure that your greenhouse has adequate apertures and that they are properly positioned to allow for optimum air circulation to prevent a catastrophic infection for your plants. This should ideally include two vents on opposing sides of your greenhouse, as well as two vents on the roof. Investing in a fully automated vent-opener is one option. This may preserve your whole crop if temps increase and the greenhouse becomes hot. If you fail to open those vents for whatever reason, the automated vent guarantees that warm air escapes, avoiding the withering of plants.

The preceding are only a few things to think about before the official season begins. How long does it take you to get your greenhouse ready for the season? Share your ideas with us so that others may benefit from a beautifully prepared garden.

2020’s COVID-19 pandemic forced people to retreat into their homes under government-imposed lockdown orders. While this was a major inconvenience, it also provided a great opportunity for us to focus on home improvements. Spending more time in our homes provided the much-needed motivation for some people to kick-start those projects they’d been putting off for years. For many people, their outdoor spaces became a tranquil retreat. With limited opportunity to get outdoors, we began to appreciate our small outdoor spaces and gardens in a greater capacity.

As lockdown measures ease in some places, many of us will continue to invest in these outdoor spaces. Installing a greenhouse is one such project. While it may seem like quite an intense job, there are lots of greenhouse kits available, which means it’s highly likely that you’ll find something suitable for your space. If a greenhouse is something you are pondering, these are some of the best greenhouse kits on the market currently.

You Can Grow Your Own Vegetables 

Having a greenhouse enables you to have access to quality, fresh vegetables all year round. Being able to have your own herbs during the winter is very satisfying. While hardier vegetables such as cabbage and brussel sprouts can grow well under tough wintery conditions, this isn’t the case for more delicate vegetables such as lettuce. The year-round growing conditions provided by your greenhouse will allow you to grow more fresh produce than a regular vegetable patch would. Furthermore, by growing your own organic produce, you can be secure in the knowledge that your veggies haven’t been sprayed with chemical pesticides making these considerably better quality than you’d find at your local supermarket.

A Greenhouse Can Be Great for Your Mental Health

Focusing your attention on gardening and being outdoors is known to be good for your mental health. Taking some time out in natural settings can provide relief from mental fatigue by slowing down the heart rate, reducing blood pressure and generally making people feel less anxious. Building your own little indoor nature sanctuary by starting a greenhouse project and watching your hard work reap the rewards will also offer you a huge sense of satisfaction. 

It’s Great for the Environment

Not only is gardening known for being great in terms of a person’s mental health, but it also has a positive effect on the environment. Homegrown fruit and vegetables tend to be pesticide-free. Having access to fresh produce right on your doorstep will save you a few drives to the supermarket. Furthermore, avoiding the supermarket will mean you won’t need all those plastic or paper bags, which will limit unnecessary waste. 

It Can Add Value to Your Property

Adding a functional element like a greenhouse adds value to your property. Landscaping your garden serves to make the property more appealing to potential buyers and a greenhouse takes things to another level by providing the perfect place to incubate new plants and more delicate seedlings. In turn, this allows you to upgrade your landscape garden for a much lower cost than purchasing these. 

It’s evident that there are plenty of good reasons to make the addition of a greenhouse your next big investment when it comes to improving your outdoor space. Not only can it be a thing of beauty, but a greenhouse is also very functional. While the decreasing size of gardens can make adding a traditional greenhouse a bit of a challenge, greenhouse kits are now being made available in smaller sizes, too.

The year 2020 has brought many changes to our lives.

From making masks, gloves, and sanitizers everyday essentials to changing the way we live, socialize and work.

Out of the most changes that happened, changes to our work lives is the most important one.

Companies that enforced 8-5 office working earlier are now promoting work-from-home culture.

A 9-month long work-from-home study conducted by Stanford reported that employee performance rose by 13 percent in comparison to office working, thus giving about an extra day worth of work output in a week.

Moreover, quit-rates for employees dropped by 50 percent!

However, everything isn’t sunshine when it comes to remote working.

Working from home can quickly get boring if there is no dedicated space or equipment.

Most people prefer setting up office space at home.

But, why do you have to follow the typical route?

Why don’t you try to create a unique office space that makes you feel at ease and concentrate?

If you’re looking to build such a space in your home, then building a garden house is the best option.

Nowadays, people are really interested in searching for ways to build garden rooms on their property. A simple online search like https://gardenofficerooms.co.uk/ will give you plenty of options to guide you in building a garden room just outside your home.

What is a Garden Room?

A garden room is a construction that is usually built using wood and is double-glazed and completely insulated.

You can attach a garden room as an extension to your house. However, most people prefer to build it as a standalone construction.

The best part is that you can tailor-create a garden room to fit as an office, studio, home gym, etc.

Why Are Garden Rooms Becoming Popular?

So, what makes garden rooms a better alternative to the typical home office space?

Below are some of the main reasons.

• No Special Permission Requirements: Special planning permissions are required when considering loft conversions or extensions to your house. In the case of building a garden room, permission from authorities is seldom required.
  
  However, there are several restrictions to build a garden room without permission. For instance, the maximum height cannot exceed 2.5m, the garden room should not be located on the main front wall, etc.

• Cheaper to Build: As there are no permissions or paperwork requirements in most cases, you can build a garden room on a quite cheap budget, in comparison to home extensions.
  
  There are no much groundwork requirements, which further decreases the funding you need to create a garden room.

• Multi-Functional Space: A garden room need not just be your office space. As mentioned above, the garden room can be your home gym, hangout place, or just a place where you can relax and feel at ease without going elsewhere.

How to Build a Cost-Effective Garden Room?

In these times of uncertainty, spending money on unessential home construction is the last thing you want.

However, there are ways by which you can save up quite a lot of money while building a garden room.

Below are some of the ways to build a cost-effective garden room in 2020.

• Install Ready-Made Garden Rooms: There are several ready-made garden rooms that you can purchase and install within your home space without any construction required.
  
  If you choose to complete the installation yourself, then you can additionally save on costs which otherwise would be spent on hiring professionals.
• Hire a Professional Company: There are companies that provide designs to build a garden room.
  
  As these professional companies deal with lots of clients, they can easily provide you with a garden room design that matches your property and home.
• Follow Guidelines: As discussed above, most garden rooms require no special permissions. No permission requirement means cheaper costs.
  
  So, make sure to follow all the local guidelines in place while setting up / building a garden room to ensure that you do not have to spend any money on obtaining permissions.

Final Words

We hope you found this article on building a cost-effective garden room helpful and informative.

In case you have already built a garden room, do leave your suggestions and experiences as comments below to help others out.   

 Photo by www.zanda. photography on Unsplash

If you’re an enthusiastic gardener, it’s amazing how you lose track of time while tending to your garden, right? It’s such a satisfying feeling seeing your plants blossom and grow. But did you know you can do even more for your plants when controlling the temperatures in your greenhouse?

Identify Your Specific Greenhouse Needs

Not all greenhouses are identical. Each greenhouse has a unique design and structure. If you’re a greenhouse manager, your first task is to ascertain the cooling and heating systems required for your specific greenhouse. If you’re simply an enthusiast that turned your backyard shack into a greenhouse, the same applies.

Testing different cooling solutions is essential for your specific greenhouse to ensure you achieve the ideal temperature for optimal growth. Look at it as a trial and error exercise.

Do It On A Budget

You don’t have to go to the extreme with expensive chillers and heating systems to get your greenhouse functioning efficiently. Keep it simple with low-cost cooling methods such as shade cloths and circulating fans.

Using Shade Cloths

Something as simple and inexpensive as a shade cloth or curtain can lower the temperature inside the greenhouse significantly. Use a smart cooling method for effective temperature control. The only drawback of using shade cloths is you’ll have to consider light will be blocked out. Some plants in the greenhouse need light, so be careful of how much of this method you implement.

Ventilation Is Key

Accuserv air conditioning and repair services know all too well the benefits of ventilation; the same is true for greenhouse managers and owners. They know there are several ways to ventilate a greenhouse. You can either use an open roof or sidewalls that open up to allow air to flow to lower temperatures in your greenhouse.

If you decide to use the open roof or sidewall method, to maximize the cooling effect, make a note of the direction of the wind. 

Keep The Air Flowing

If you pride yourself on being a respectable greenhouse manager, then you should know circulating fans are useful tools used to control temperatures. These fans allow the air to flow optimally inside the greenhouse.

The circulating fans work well to keep temperatures consistent. They push out warm air and hold cold air down to make sure the area doesn’t overheat.

Conclusion

Continue to enjoy your time in your greenhouse when using these easy tips for controlling temperatures more effectively. The methods listed are cost-effective and straightforward so that you can implement them immediately. Let your fingers do the pruning and enjoy better-controlled temperatures for your green buds.

We want to hear if you have any other tips to share on controlling temperatures in a greenhouse. Leave a comment below and help others in your position.

Are you living in or moving to Liberty Hill? While the area is great for luxury activities such as camping and hiking thanks to its natural beauty, you can also utilize the vast landscape and ideal climate with greenhouse farming.

We’ve taken the liberty to highlight some of the most common greenhouse crops you can plant that are highly profitable, so you can turn your hobby into a lucrative business.

Things to Consider When Picking Crops

Before deciding on which crops are the best for planting in a greenhouse farm, there are a few factors you to consider.

Single or Multiple Crops?

Do you want to grow single or multiple crops?  Experts strongly recommend that you stick to a single crop so you can concentrate all your time, effort and resources to ensure it grows healthy and lush. This is because taking on different kinds of crops at the same time will require different and specialized needs with regards to:

• Water
• Attention
• Fertilization
• Shade

Are You a Beginner or Experienced Farmer?

If you’re new to the greenhouse farming business – or farming altogether – it’s advisable to start with a crop that’s easier to grow and monitor until harvest time.

How Much Space do You Have?

You’ll also need to determine exactly how much space you have in your backyard for a greenhouse. This is important for estimating the costs involved with a crop you are considering.

Types of Crops to Choose

Fruits and vegetables are the most common type of crop that can thrive in greenhouse environments. We list a few examples below.

Tomatoes

Tomatoes are among the common crops that many greenhouse farmers prefer planting because of how many you can grow. They’re also very profitable, with almost every household using tomatoes in some fashion in their usual diet.

Lettuce

Lettuce is another favorite crop among greenhouse enthusiasts. It can be profitable, but it’s also relatively easy to grow for beginners or casual farmers. There are also many different kinds of lettuce that you can grow.

Cucumbers

Cucumbers are a highly profitable vegetable to grow because of how versatile they are in catering and cooking. They are not as popular as tomatoes or lettuce, because they are not as easy to keep fresh after harvesting. Nonetheless, if you grow organic cucumbers they can fetch high prices.

Peppers

Have a few popular varieties and colors, but mainly red, yellow and green. We’ll quickly point out that peppers aren’t the easiest greenhouse crops to grow but they’re still very profitable due to their use in popular cooking dishes like stir fry.

Spinach

Here is yet another vegetable that’s best suited for greenhouse environment. Beginners will appreciate how fast it grows, but its growth depends on the environmental and climate conditions.

Conclusion

Now, from the above mentioned vegetables, which one will you grow in your greenhouse once you move into one of the new homes in Liberty Hill?

When you have no space to set up a garden in your backyard, you can still do it with indoor gardening. Whether for growing herbs, organic vegetables, or flowers, indoor gardening can accommodate this endeavor of yours. But you need the following equipment to set up a successful indoor garden:

1. Grow Kits

One of the advantages you can have with indoor gardening is an easy and fun way of growing your plants. Without extra tools and a green thumb, grow kits are a must for your indoor garden. These kits are ready to grow, and all you need is to choose the type of method you’ll use for cultivation.

For soil cultivation, you need containers and soil to grow your seedlings, while hydroponics don’t require soil. What hydroponics need are a solution of nutrients and mostly water. Hydroponics are much popular nowadays because it doesn’t take up too much space, not messy, and the nutrients are easily absorbed, thereby, producing healthy plants. These Canadian indoor kits are available in stores like Canada Grows Indoors LLC.

2. Grow Lights

To grow sun-loving plants like vegetables up to their maturity, use grow lights. You can choose a fluorescent, LED, or HID grow lights. Fluorescent bulbs are good for seedlings, LED for growing larger quantities of plants, and HID for lemon bushes or tomatoes and other large plants. You can avail of discounted high-quality grow lights by following the Canada Grows Indoors Facebook page.

3. Grow Tents

A grow tent is an enclosed space that increases the grow lights’ effectiveness. It has a sturdy canvas exterior and is a reusable and portable grow room. Some grow tents have built-in grow lights that are suitable for a hydroponic kind of cultivation. Moreover, it stimulates the growth of plants and sustains the heat because of its insulation system.

Here are some tips when choosing a grow tent:

• Height – If you’re planning to grow tall plants, choose a grow tent that can adjust up to 9′ tall. Some grow tents have adjustable features. But if you’ll only grow small or medium-sized plants, then you can opt for a smaller indoor grow tent, which is up to 6′ in height.

• Durability – It’s recommended to purchase grow tents with metallic poles and frames with fasteners. The fasteners will secure the tent’s structure while the metallic poles are sturdier than the ordinary tents. Also, choose the ones with durable fabric and zippers, tight seals, and thick viewing windows so that it can last longer.

• Thickness – Most grow tents only have 190D-600D that can result in easy ripping and leaking of light. But a 1680D fabric is thicker than the ordinary ones that allow a stronger and safer environment for your indoor garden.

Conclusion

Indoor gardening in Canada is popular nowadays. And with the availability of growing equipment, indoor gardening is made easy. Invest in your equipment so that you don’t waste your efforts in gardening.

More homeowners these days are discovering the benefits of decorating with plants, and literally greening the home has been on trend in recent years. Besides adding glam and color to your home’s aesthetics, another advantage it provides is wellness. They give off oxygen while absorbing carbon dioxide, and helps purify the indoor air you breathe.

When decorating with plants, it’s worth keeping these five tips in mind:

• Group pots of greenery in odd numbers for a casual look. The symmetry of an even-numbered grouping makes the arrangement appear more formal.

• To add interest, mix plants of various shapes, heights and widths.

• Color choice depends on your preference. Similar hues provide cohesiveness but if you’re aiming for variety in your décor, opt for foliage featuring different colors.

• Like plant color, pots can be expressions of your design taste. You can have a set arrangement using plant containers of the same color and texture, or use variety to lend a more eclectic ambiance.

• As living things, plants have preferred conditions. Be aware of these needs and make them part of your houseplant care routine. Some thrive in a moist environment while others like lots of light.

Decorating with houseplants

Incorporating plants in your décor is not that difficult to do. Try bringing nature inside your home with these simple but stylish suggestions.

1. Empty corners in your home can be tricky to decorate, and plants provide a way for you to get creative. Putting indoor trees like yucca and ficus in colorful Huge Commercial Planters takes care of the awkward space.

1. Don’t throw away old dinnerware. Instead, use these to create tiny indoor gardens in your home. Arrange different kinds of succulents in a soup tureen, teacup or glass and top the soil with colored marbles to add more charm.
   
   
2. Think of indoor plants as living sculptures or artwork. Let them cascade over vessels to lend a sense of movement to your living room.
   
   Alternatively, mimic a still life painting with an assembly of tiny succulents. Combine round and pointy shapes with shiny and matte surfaces, tying them together using a specific color scheme.
   
3. Create a green haven within your bedroom by trading one of your bedside lamps with a pot of fern or peace lily. Adding a sturdy plant in a sunny corner provides freshness. Greenery in the bedroom can help absorb pollutants from the air so that you breathe in purer air every time you get your beauty sleep.

Plants are an affordable way to freshen up your interiors. Whether your style preference is modern, traditional, minimalist, or eclectic; there is greenery to match it. Different species provide you with a range of colors, textures, and shapes to choose from. When you incorporate plants in your design, you not only breathe more life into your home but also enjoy the healing properties they provide.

Invest in the correct seed starting supplies for your greenhouse.

If you’re looking for a gratifying hobby, cultivating your own plants in a greenhouse may be right for you. To ensure your success as a beginner, checkout the following tips:

Before you get a start plotting out your growing schedule, buy the correct materials. For starters, purchase the following basics:

• Seeds or starters

Seeds are the most cost-efficient option for newbies. You may also avail of starters that are sold at plant nurseries.

Make sure that you’re choosing durable and disease-resistant plants. Cultivate plants that are easy to care for and won’t die easily. Here are a few examples:

• Amaranthus
• Aster
• Basil
• Cabbage
• Carnation
• Cucumber
• Roses

• Containers

You need suitable containers for growing your plants. Check that the containers you choose are deep enough to contain the plant’s root system. Otherwise, your plants won’t thrive. Additionally, make sure you sterilize your containers properly before using them.

• Sterile soil

Do not plant on unsterilized soil as it may contain parasites and bacteria that will harm your seedlings. If you still prefer to use soil that’s collected straight from the ground or used before, sterilize it. The best option, however, is to invest your money and buy fresh sterile soil.

• Fertilizer

You’ll need fertilizer to boost the growth of your plants. Note that most of the commercial soil being sold in stores already have nutrients in them to feed plants for approximately three weeks. So, be careful not to overuse fertilizer when you’re beginning. To be safe, give fertilizer a little bit at a time. You may start by giving a diluted fertilizer solution and then slowly strengthen the solution per week.

• Wear appropriate clothes and footwear for gardening.

Make sure to choose clothes that are fit for gardening chores. Interestingly, you have to avoid wearing bright-colored outfits because these attract insects that will follow you inside your greenhouse.

Make sure you wear gardening boots that properly protect your feet while you work in your greenhouse. Check out online sites such as workboothub.com for a list of the best gardening boots you can choose from.

• Install an adequate lighting system inside your greenhouse.

In late spring up to the summer months, sufficient light will reach your plants in the greenhouse. If you want to plant year-round, you need to invest in a supplementary lighting system so that you can continue to cultivate healthy plants all throughout autumn and winter.

When you’re starting out and have a small crop, a regular fluorescent strip hung 3 to 7 inches over your plants will be enough. Once you have a bigger area, upgrade your lighting system to LED grow lights. These are quite the popular choice as they conserve energy while lighting up larger areas.

Follow these basic tips and continue to research the best practices for making your greenhouse thrive. The effort you put into your very own greenhouse will definitely be worth it!

Plants love the warm, humid, cozy protection of a greenhouse. The problem is that pests and diseases do also. We have to get rid of them to keep our precious plants healthy. A deep cleaning does not only that but also improves the overall aesthetics of the greenhouse. It’s a job—there’s no doubt about that, but it helps if you break the chore down into the simple steps below rather than careen from one task to another and back again. Luckily enough, the folks at HousewaresInsider.com have compiled a short list of handy steps to follow.

Clear Out

That would be everything: plants, soil, weeds, debris of any kind, containers, equipment, clutter that somehow made its way into your greenhouse. There can be no place for any creepy crawlers or pathogens to hide

Sweep

“Shop vac” or sweep down walls, internal structures and peripherals, such as tables, benches and containers. Start at the top where dangerous organisms lurk in such places as rafters and window ledges. Clean the floor of the assorted debris that gathers there: soil, organic matter, weeds, broken pottery shards.

Scrub

Now scrub or power wash everything. If you use soap, be sure that it is a gentle, natural soap that leaves no residue. Otherwise, rinse very thoroughly to remove any residue. Hydrogen peroxide-based products are both user- and environment-friendly. Garden disinfectants work fine, as do specialty greenhouse cleaners combining sulfuric acid and wetting agents. Whatever you use, it is of utmost importance that you follow manufacturer’s directions.

Wood tables and benches and any concrete areas (and, actually, any textured surface) need special attention. They are favorite places for root rot diseases, algae and insects to breed. If you are going to reuse containers, clean thoroughly to remove all soil and debris even if there has been no problems with disease.

Let the Sun In

Plants need all the sunlight they can get. Keeping the glass clean is a “must do.” Begin by lifting of any moss or algae with any utensil that won’t scratch the glass, but you really can’t beat those plastic plant labels that can get into every crack and crevice. Wash the glass with a firm brush and a mild all-purpose liquid cleaner that doesn’t need rinsing. Open the windows to speed up drying and give the hinges a quick fix of WD-40 while you’re at it.

Clean Gutters and Water Butts

To clean the gutters, put on rubber gloves and scoop out the accumulated debris. Use a wire coat hanger to “ream out” the top of fall pipes. Then use the hose to sluice away the remaining dirt.

To clean water butts, tip over to drain out any standing water. Scrub out the inside with a coarse brush and rinse with clean water.

Maintain

Are you ready to resolve to keep the greenhouse clean? Not only to save yourself work but also because it’s easier and less expensive to prevent insect infestation and diseases than to deal with them once they have settled in. Some routine preventive measures:

• Sanitize tools, containers and equipment immediately after use,
• Wash your hands prior to contact with plants, soil or equipment,
• Wash your gardening gloves after use,
• Keep a pair of shoes or boots to be used only in the greenhouse,
• Keep plants (and the floor) free of weeds,
• Toss diseased plants immediately, and (believe it or not)
• Avoid bright-colored clothing, especially yellow or blue—you’ll attract insects who will “stalk” you right into the greenhouse.

The spring season brings new beginnings for plant growth. The landscape becomes green again and multitudes of colors and fragrances fill the air as flowers break through the ground’s surface. The new life brought on by spring is rejuvenating for horticulturists. It is not just plants and flowers that “come alive” during this time of year. Just as new plant life emerges all around us in spring, new life for pest insects is also resurrected. As temperatures rise and the summer months approach, more and more insects leave dormancy and begin new life cycles. This is why it is so important for greenhouse gardeners to be aware of and take counter measures against pest insects during the spring and early summer seasons. In many cases, a few simple preventative steps can reduce the likelihood of a devastating pest insect attack.

Sanitation

Sanitation is the number one defense against pest insect infestations. Keeping the greenhouse and the plants clean and tidy can do wonders in preventing pest insects and pathogens. Periodically wiping down the surface of the greenhouse and removing dead or dying vegetation will greatly reduce the possibility of pest insects. Plants should be closely monitored for pest insects on a weekly basis (at the very least).

It is a good idea to set up a quarantine area in the greenhouse. Whenever a new plant is purchased or gifted, it should be quarantined immediately for a week or two to ensure it does not harbor pest insects. After the quarantine period is over and the plant has received a clean bill of health, it may join the other plants in the greenhouse. Bringing new plants into a greenhouse is the most common way a greenhouse gardener will introduce pest insects into his or her own garden. If pest insects are observed on any new plant, it should be thoroughly treated before being introduced to the other plants in the greenhouse.

Monitoring for Pests

As previously mentioned, it is important for greenhouse growers to monitor their gardens for any signs of pest insects. Yellow sticky traps are great tools for monitoring a greenhouse. Yellow sticky traps are similar to fly paper in that they “catch” flying insects in a glue-like substance. By closely examining the yellow sticky trap, a gardener can see if and what types of pest insects are present in the garden. Yellow sticky traps allow a horticulturist to identify potential problems before they get out of hand.

Identifying the Pest Insect

Identifying the pest insect early and accurately is vital to stopping a few pest insects from becoming an infestation. When monitoring the plants, there are some tell-tale signs that will indicate which pest insect a gardener may be dealing with.

Spider Mites

The first sign of a spider mite problem usually shows up in the form of yellow speckling on the surface of the leaves, which is caused by the insects sucking nutrients from the underside of the plant leaves. The speckling from spider mite damage will resemble light yellow spray paint misted on the leaves. Closer examination of the bottom of the leaves will reveal clusters of very tiny red mites and their eggs. A magnifying glass may be necessary to see them. In more extreme infestations, webbing may be found in-between or on the tips of branches and leaves. This webbing looks very much like a spider web and is how these nasty bugs received their name. Spider mites are difficult to get rid of and require a miticide for treatment. These tiny black bugs become active from late spring in places like your yard and garden.

Mealybugs

The first sign of mealybugs is normally cotton-like, fluffy masses found in the crotches or joints of the plant, typically near young tender growth. These tiny “cotton balls” are actually clusters of the slow moving mealybugs. These bugs can reproduce and lay eggs every seven days, so they should be treated immediately to reduce any possible contaminations. It’s difficult to kill the eggs, often in the soil, so it’s important to treat for live mealy bugs every five to seven days for three to four weeks to terminate all adults before they become mature enough to lay eggs.

Fungus Gnats

The first sign of a fungus gnat problem is typically the small, mosquito-like, black or gray insects that fly around aimlessly. They are most prevalent right after a watering or when the soil is disturbed. Fungus gnat larvae look like tiny, light-colored worms that wiggle around in the top layer of soil. They can sometimes be seen “dancing” in standing water after a feeding.

Thrips

The first sign of a thrip issue is usually “shiny streaks” that show up on the surface of the leaves. The shiny trails are actually the areas of the leaf where the thrip larvae have been feeding. Gardeners may also notice tiny black specs on the leaf surface; this is actually the larvae’s fecal matter. To the naked eye, thrip larvae resemble fast moving grains of rice. The larvae can be many different colors, but are usually yellowish-green.

Scale

The first sign of scale is usually a protective covering or bumps on the stems and stalks of the plants. The females lay eggs underneath the protective covering, which will hatch in one to three weeks. The newly hatched nymphs leave the protective covering as tiny white specs and move around the plant to feed. Nymphs insert their piercing mouthparts into the plant and begin to feed, gradually developing their own protective covering as they turn into immobile adults. Scale do not pupate and may have several overlapping generations in one season. A scale infestation is difficult to eliminate and requires a systemic insecticide.

Treatment and Control

Early detection and treatment diligence are the keys to eradicating pest insects. A gardener can start treatment with an organic or all-natural insecticide that is designed for the particular pest insect he or she is battling. Yellow sticky traps are effective in capturing most flying insects, such as fungus gnats and white flies. Denatured alcohol is highly effective as a combatant against mealy bugs and scale by wiping it on the infected areas with a cotton swab or small paint brush. Pyrethrum is an organic derivative of the chrysanthemum plant and is extremely effective against many greenhouse pest insects. Pyrethrum is the primary ingredient in several commercial spray products commonly available at most garden centers. In some cases, a pest insect (scale and mites), cannot be controlled with an organic or all-natural approach.

When this occurs, the gardener may need to implement a systemic chemical control. Systemic pesticides, such as Orthene, are effective against pest insects because they enter the plant’s tissue and kill the bugs as they feed on the plant tissue. Regardless of the treatment program, horticulturists should always use caution and be sure to read the manufacturer’s directions for application.

For more information visit ArcadiaGlasshouse.com

When seedlings are started indoors or in a greenhouse, they become acclimated to an environment that is much less severe than the outdoors. It is sometimes hard for novice gardeners to comprehend that direct sunlight, strong winds, and cooler nighttime temperatures are simply too much for many seedlings or small plants to handle. The process of hardening off is meant to reduce the shock of transitioning from a sheltered environment to outdoor conditions. The three biggest factors affecting a plant’s transition from an indoor environment to an outdoor environment are direct sunlight, wind and temperature.

Direct Sunlight

Many gardeners do not realize how much more intense the sun is than an artificial light source. Even plants grown under high intensity discharge lighting will have a hard time transitioning into the intensity of direct sunlight. Tender seedlings and young plants grown indoors on a window sill or under a grow light must be gradually transitioned into direct sunlight. Start by placing the tender seedlings in a shaded area. After a couple of days in the shade, the seedlings can be introduced to direct sunlight. Remember, gradual increases are the key to success in the hardening off process. Each day a grower can increase the amount of time the seedlings receive direct sunlight. Depending on the particular plant variety, the grower can usually increase the duration of time in direct sunlight by 1-2 hours per day. Typically, seedlings should be acclimated to the direct sunlight in about a week’s time.

Wind

Many seedlings and young plants get accustomed to a high humidity environment. When placed outdoors, the wind and dry air can quickly dry out the medium and/or the seedlings themselves. If there is a strong wind present when a gardener is hardening off his or her plants, it is a good idea to create some sort of wind block for the seedlings. Cold frames or mini hoop houses are valuable tools for the hardening off process and can offer additional wind protection for transitioning plants.

Temperature

Many gardeners start the hardening off process when the night temperatures are still too cold for the seedlings. It may be necessary to bring the seedlings back inside each evening until the temperature at night increases or the plants become acclimated to the colder temperatures. Cold frames or other temporary structures that offer cover can be used to protect the seedlings from the lower nighttime temperatures.

Cold Frames

A cold frame is an unheated greenhouse, usually used to temporarily house plants during the spring or early summer. Cold frames are a valuable tool for hardening off seedlings and young plants before planting them in the garden. A cold frame works great for sheltering young plants while allowing them a “taste” of life outdoors. The most common type of cold frame used by home hobbyists is a box-style cold frame.

A box-style cold frame is nothing more than a bottomless box with an angled, transparent top. Box-style cold frames come in different styles and sizes and can be purchased or built from various materials. Some cold frames are as basic as a box made of cinderblocks with an old sheet of glass on top, while other cold frames are more advanced composite structures complete with a thermostatic auto-opener. Manufactured cold frames built from aluminum and polycarbonate offer the advantage of longevity and are backed by a manufacturer’s warranty.

Seedlings and young plants that are hardened off properly will transition more seamlessly into outdoor conditions. It only takes one bad experience for a horticulturist to realize how important the hardening off process really is. After all, the last thing a gardener wants is to have to replant all of his or her seeds and play catch-up for the rest of the growing season. Hardening off is most effective when done in incremental steps. When in doubt, take the slow route. In other words, rushing the hardening off process can be extremely counterproductive. A hobbyist who properly hardens off his or her plants will not only have healthier plants and a smoother transition to the outdoors, but will also have a more enjoyable experience in the garden.

For more information, please visit ArcadiaGlasshouse.com.

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Spring is approaching and, for gardeners, this means a fresh start to another growing season. Many horticulturists choose to start seeds indoors or in a greenhouse in order to have plants ready to grow in the upcoming season. There are a few considerations every horticulturist should make before starting his or her seeds. Following a few simple guidelines will help make the seed starting experience both enjoyable and effective.

Timing

As with most things in life, timing is everything. It is important for a horticulturist to take into consideration his or her geographical location’s average last frost date. A quick search on the internet or call to a local greenhouse can help a gardener determine in which zone he or she lives. Here are the zones and their corresponding average last frost date:

Zone 1 – June 15th

Zone 2 – May 15th

Zone 3 – May 15th

Zone 4 – May 15th

Zone 5 – April 15th

Zone 6 – April 15th

Zone 7 – April 15th

Zone 8 – March 15th

Zone 9 – February 15th

A good rule of thumb for starting seeds is to begin the germination process 6-8 weeks before your zone’s average last frost date. It is also important to consider the particular plant varieties being grown. For example, many ornamental flowers can be started earlier, around 8-10 weeks before the average last frost date. Cold sensitive plants that require warmer temperatures to grow properly, like tomatoes, basil and peppers, should be started a little later, around 6-8 weeks before the average last frost date.

Grow Medium and Planting Containers

It is very important to make or buy a seed starting medium that is specific for starting seeds. Regular potting soil is too heavy and potent for most seeds. Plug trays or peat pellets are great for starting seeds, but will require transplanting after the seedling has developed its second set of true leaves. I personally prefer using small plastic cups with small holes poked in the bottom for drainage. These small cups are big enough for the plant to establish a heathy root structure and can usually be used until the plant is placed outdoors or into its finishing planting container. Filling a tray with medium and planting multiple seeds should be avoided, if possible. Not only does this create a less than desirable root structure, it also makes it difficult to separate the seedlings without damaging them.

Some seeds are very small and are extremely difficult to plant individually. One technique is to use the eraser end of a pencil to pick up and gently bury the seed into the medium.

Temperature and Humidity

Proper temperature and humidity are necessary for healthy seedling development. A heat mat is a great way to supply heat to the seedling bed, which helps initiate the germination process. Not only do heat mats provide the warmth necessary for germination, they also help keep the temperature more consistent around the seedlings. All plants, especially seedlings, thrive on consistency. Although not completely necessary, many gardeners like to use a humidity dome on their seedling trays. Generally speaking, seedlings prefer a higher humidity than the ambient air. Humidity domes are an inexpensive and simple way to maintain higher humidity for the seedlings. Humidity domes, like heat mats, will also help maintain consistent atmospheric conditions.

Lighting

If they are being grown indoors, seedlings should be placed as close to a window as possible. If they are being grown in a greenhouse, try to position the seedlings in an area that receives the most light. Many growers use an artificial light source for starting seeds indoors or in a greenhouse. If you have ever experienced leggy, stretched stems on seedlings, you have seen the results of inadequate lighting. An artificial light source above the seedlings will keep them compact and healthy. There are many different artificial light sources that can be used for seedlings, but T5 fluorescents are highly effective and relatively inexpensive. A light for starting seeds is a valuable tool and is well worth the investment.

Starting seeds in a greenhouse or indoors is a fun and easy way to get a head start on the growing season. Hobbyists who start their seeds at the right time, while also supplying the proper medium, atmospheric conditions and lighting will not only have higher germination success, but will also have many healthy seedlings ready to take on the upcoming growing season.

For more information visit ArcadiaGlasshouse.com

As the cold weather approaches, greenhouse growers should begin preparing their greenhouses for the winter. Before bringing in the plants from outside, a good sanitizing of the greenhouse and the plants themselves is recommended. This can be viewed as a yearly maintenance and preventative procedure which can greatly reduce the likelihood of problems during the winter months. A good cleaning combined with proper placement of the plants in the greenhouse equates to a smoother transition into next year’s growing season.

Sanitizing the Greenhouse

Before moving plants into the greenhouse for overwintering, it is a good idea to thoroughly clean the greenhouse. Start by removing any plants that are currently in the greenhouse. After the greenhouse is empty, hose down the entire greenhouse with soapy water. In most cases, soapy water is enough to prevent algae build up on the glaze or framing of the greenhouse. If algae have already built up, a good pressure wash can easily rectify the problem. It is very important for owners of polycarbonate greenhouses to avoid using window cleaners of any kind. Window cleaners can actually damage the polycarbonate panels and make them less transparent.

After using soapy water and/or the pressure washer, it is a good idea to further sanitize the greenhouses with a sterilizing/sanitizing agent. A diluted bleach solution is one sanitizing agent commonly used by greenhouse horticulturists. However, there are two distinct disadvantages to using a bleach solution. First, the odor and fumes created by bleach can be overwhelming, especially when used in a contained area like a greenhouse. Second, a diluted bleach solution works fine for sanitizing the greenhouse itself, but should not be used on the plants that will be coming into the greenhouse from outside. Even a diluted bleach solution would be harmful to the plants. Molds and pathogens often enter the greenhouse by hitching a ride on a plant or in the soil of a plant brought in from outside.

A good solution to this is a cleaning agent called Physan 20. Physan 20 is an algaecide, fungicide, bactericide, and virucide. In other words, Physan 20 helps fight algae, fungi, bacteria, and viruses. After washing the greenhouse with soapy water, an application of Physan 20 will kill any remaining fungi, algae, bacteria, or viruses. Physan 20 is virtually odorless which makes it much easier to work with than a diluted bleach solution. Perhaps the largest advantage of Physan 20 is its ability to be used directly on ornamental plants and their soil. Physan 20 can be used as a soil drench to kill any pathogenic fungi, bacteria, algae, or viruses lurking in the soil of plants kept outdoors. Physan 20 comes in a concentrate form and must be diluted before use. Horticulturists should pay close attention to the manufacturer’s recommended dilution rates for the various uses of the product. In other words, the recommended concentration for cleaning the greenhouse material will differ from the concentration for a soil drench.

Preparing the Plants for Overwintering

Before bringing outside plants into the greenhouse for the winter, a gardener should take a few steps to make the transition smoother. Start with cleaning the plants themselves by removing any dead or dying leaves from the plant and soil container. Examine the plants closely for pest insects. Any pest insect issues should be treated before bringing those plants into the greenhouse. If possible, time your watering so that the plants can receive a watering with the Physan 20 mixture right before entering the greenhouse for the winter. As previously mentioned, this will kill any fungi, algae, bacteria, or viruses that may be contained in the soil.

Plant Placement

Plant placement is another important factor to consider when overwintering. Some plants are more sensitive to cold than others. The plants that will better handle cold conditions should be placed along the perimeter of the greenhouse and those more sensitive to the cold should be place closer to the center. If the plan is to grow orchids or food crops, the greenhouse will need to be heated by some sort of heating device in order to keep the ambient air temperature warm enough for flower/fruit production.

Sanitizing the greenhouse is an important preventive measure that can be the difference between a smooth transition and an utter catastrophe come spring. Cleaning and sanitizing the plants before they enter the greenhouse is a vital step to keep the plants healthy and happy all winter long. Proper plant placement is another crucial factor contributing to the heath of the plants. When planning the layout of the greenhouse for winter, do not forget to leave some space for next spring’s seedings. After all, winter will be over before you know it and the next chapter of your garden will soon begin.

For more information visit ArcadiaGlasshouse.com.

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There are 17 essential elements needed for plant growth. Three of them (hydrogen, oxygen, and carbon) are non-mineral elements and are absorbed by plants through the air or water. The other 14 essential elements must be provided by the soil or fertilization. Since hydroponic gardening bypasses the soil, all 14 essential mineral elements must be furnished in the hydroponic nutrient solution.

These essential mineral elements are broken into two categories: macronutrients and micronutrients. The macronutrients are the nutrients used in higher concentrations relative to micronutrients which are absorbed in smaller amounts. When shopping around for hydroponic nutrients, a gardener will quickly notice three numbers on the nutrient solution’s label. These numbers represent the N-P-K values or ratios of nitrogen (N), phosphorus (P), and potassium (K) in that particular formula. Nitrogen, phosphorus, and potassium are the primary macronutrients. In other words, they are absorbed in higher ratios than any other essential mineral element. This is why it is important for fertilizer labels to disclose the N-P-K ratio. A closer look at all of the macronutrients found in hydroponic fertilizers will give growers a better understanding of how each element affects plant growth.

Macronutrients

Nitrogen (N)

A basic component of proteins and chlorophyll, Nitrogen is the main nutrient responsible for vigorous growth and luscious green coloration.

Phosphorus (P)

Plays an important role in root stimulation and establishment for young plants. Phosphorus also promotes flowering, fruiting, ripening, and respiration.

Potassium (K)

Promotes movement of sugars and other nutrients (via osmosis). Potassium is directly linked to stem strength and rigidity. Potassium increases a plant’s overall resistance to cold, drought and pathogens. Much like phosphorus, potassium plays an intricate role in the formation of flower buds and fruiting/blooming processes.

Calcium (Ca)

Builds and becomes part of the cell walls. Calcium is vital to plant structure and strength and promotes growth of young shoots and roots. Calcium is needed for ripening and seed production.

Magnesium (Mg)

Reinforces cell walls and is an important component of chlorophyll. Magnesium promotes the absorption of phosphorus, nitrogen, and sulfur. It also plays a vital role in the ripening of fruit and the germination of seeds.

Sulfur (S)

Contributes to chlorophyll production and is a necessary component of several proteins, enzymes and vitamins. Sulfur aids the plant’s absorption of potassium, calcium, and magnesium.

Micronutrients

Micronutrients, although absorbed in lower amounts than macronutrients, play an equally important role in overall plant health.

Chlorine (Cl)

Involved in the stimulation of photosynthesis.

Iron (Fe)

Assists in biochemical processes, including the manufacturing of chlorophyll. Iron also contributes to the formation of some enzymes and amino acids.

Boron (B)

Essential for tissue growth within the plant. Promotes the absorption of water and helps regulate a plant’s metabolism. Boron also assists in the formation of fruit.

Manganese (Mn)

Plays an essential role in nitrogen assimilation and protein formation. Manganese can speed up a plant’s maturity and helps promote seed germination. It is also necessary for chlorophyll production.

Zinc (Zn)

Helps the development of enzymes and growth hormones.

Copper (Cu)

Plays a role in chlorophyll production and helps activate various enzymes.

Molybdenum (Mo)

It is needed for the production of nitrogen-based proteins and is essential for nitrogen assimilation by plants.

Nickel (Ni)

Regulates mineral metabolism, enzyme activity and other metabolic processes in plants.

Hydroponic Base Nutrients

There are many choices and it can become overwhelming trying to choose a brand of hydroponic nutrients (fertilizers). The first thing a hydroponic horticulturist should do is choose a base nutrient formula. A base nutrient formula will contain all the essential mineral elements, therefore providing all elements necessary for plant growth. Depending on the manufacturer, the base nutrients may be a one, two, or three part formula. Regardless of how many parts it is all base nutrient formulas do the same thing: provide the plants with the essential mineral elements. A good hydroponic base nutrient is all that is needed to get started growing hydroponically.

Can I Use my Hydroponic Nutrients for Soil Gardening?

Hydroponic base nutrients are designed specifically for use in hydroponic systems. Although they can be used in a pinch to fertilize plants in soil containers, they are designed for hydroponics which means the ratio of some elements will differ from fertilizers designed specifically for soil.

pH in Hydroponics

In order for the plants to absorb the essential elements in a hydroponic system, the pH of the solution must be in a particular range. A pH of 5.5 – 6.0 is the desired range for most hydroponic systems. If the pH gets above or below that range, the plants will be unable to absorb certain nutrients. This will eventually lead to a deficiency. Hydroponic growers will need to have pH buffers (pH up and pH down) on hand to make adjustments when necessary.

Finding a hydroponic nutrient formula can be overwhelming for new growers. Just remember, a good base formula and pH buffers are all you need to get started. Once you feel comfortable with your base formula, you can begin experimenting with the plethora of hydroponic nutrient additives available at your local hydroponic retailer.

For more information visit ArcadiaGlasshouse.com.

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Accessibility to information, due mainly to the internet, has many home greenhouse hobbyists experimenting with hydroponic systems in a greenhouse. Hydroponic gardening is gardening without the use of soil. In other words, any type of growing system that bypasses the microbes in the soil and directly feeds the plants with nutrients can be considered hydroponics. There are many different hydroponic growing systems and each has its own advantages and disadvantages. A closer look at some of the systems commonly used by home hobbyists will give a grower a bit of insight into the fascinating world of hydroponic gardening and some inspiration to start experimenting.

Deep Water Culture

Deep water culture is perhaps the easiest hydroponic system to set up. A five gallon bucket or tupperware container can be converted into a deep water culture system with just a few parts from the hardware store. In a deep water culture system, the plant is held in place by a small amount of inert medium (usually gravel or clay pebbles). However, the vast majority of the plant’s roots do not grow in the medium, but, rather, dangle down into the container where they are submersed in the nutrient solution. These systems are great because they are easy to build and can produce quick, vigorous growth. The biggest drawback of deep water culture systems is how susceptible they are to temperature changes. Since the roots are submersed in the solution, the temperature of that solution will greatly affect the way the plant’s roots can receive oxygen. When temperatures are too warm, the plant’s roots will not receive the oxygen they require and they will become susceptible to pathogens. For this reason, deep water culture should only be used by greenhouse growers in cooler climates or growers who have invested in cooling devices, such as water chillers or air conditioners. Without a cooling device, a grower may have a difficult time keeping the system’s temperature in the desired range (65-75 degrees F).

Top-Drip

In a top-drip hydroponic system, the nutrient solution is delivered to each plant via a drip stake or drip line emitter. The individual plant modules will vary from system to system, but, generally, top-drip gardeners use standard potting containers. The medium for the containers can be any sort of inert medium or even soil if the grower wishes to have a more hybrid hydroponic/soil system. Top-drip systems can be set up as a recirculating system or a run-to-waste system. Recirculating top-drip systems will need a reservoir for holding the nutrient solution and the reservoir will need to be aerated. A timer is needed to trigger the pump for feeding intervals. The duration will fluctuate depending on the crop being grown and the particular stage of growth. Although top-drip systems are a little more expensive to start up than a deep water culture system, they fare much better at higher temperatures. Top-drip systems are also the preferred hydroponic system of commercial tomato growers.

Flood and Drain

A flood and drain system uses a table or trough which is flooded with nutrient solution for a given period of time and then drained. Traditional flood and drain systems use gravity to return the nutrient solution to the reservoir. In other words, once the pump that pushes water to fill the flood table is deactivated, the water drains back to the reservoir. Typically, containers filled with a medium, such as hydroton, stone wool, coco coir, or another soilless mix, are placed in the flood tables; however, the medium can also be placed directly in the table or trough. Flood and drain systems work well for hobbyists looking to experiment with hydroponics and/or beginner gardeners because they are easy to build and can accept a wide range of media. Like top-drip systems, flood and drain systems can offer a hybrid hydroponic/soil system to growers who are not ready to give up soil gardening completely, but still want to gain some of the benefits hydroponic gardening has to offer.

The previously mentioned hydroponic systems are commonly used by beginner hydroponic growers or hobbyists looking to do a little experimenting with hydroponics. Other systems, like aeroponics, nutrient film technique, and current culture, can also be used, but are typically reserved for growers with more hydroponics experience. That being said, remember that experimentation with hydroponic systems is a fun and exciting way to differentiate your greenhouse from others. There is no shame in trying out a new hydroponic system or trying to develop your own system for your particular greenhouse. Like other styles of gardening, hydroponic systems offer a lifetime of learning to anyone willing to give it a try.

For more information visit ArcadiaGlasshouse.com

If this video from Arcadia Glasshouse doesn’t make you want to get a greenhouse nothing will. Enjoy!

There is a lot of buzz surrounding sustainable and organic gardening. An increasing amount of people are realizing that the health benefits of eating organic foods extend not only to their own health but also contribute to the health of the entire planet. Conventional farming’s use of chemical pesticides, chemical herbicides, and genetically modified organisms (GMOs) has many people concerned about the safety of the food found in grocery stores. This worry has more and more people wanting to control their food supply. Perhaps the best way to do this is to start an organic vegetable garden. In fact, many people are beginning to grow their own organic food, not necessarily to save money, but to ensure the quality of the food they consume.

Growing Organic in the Greenhouse

To grow organically means to grow plants without the use of chemical fertilizers or chemical pesticides. Simply put, what we call organic gardening today was what our grandparents just called gardening. Compost bins or piles are a great way to repurpose unwanted food scraps into usable fertilizer for an organic garden. There are also many prepackaged soils, fertilizers, and pesticides that carry the organic certification. Whether you build your own rich organic soil with compost or purchase prepackaged organic soil, organic horticulture in a greenhouse offers many distinct advantages. First and foremost, with the use of supplemental heat, greenhouse hobbyists have the unique opportunity to grow organic produce year round. Read our blog, Grow All Year Round with Artificial Heat.

Greenhouse growers with both supplemental lighting and supplemental heating have the ability to grow just about anything throughout the entire year. This means you can continuously supply or supplement your diet with homegrown organic produce. In fact, if staggered correctly, it is possible to grow many of the most popular vegetables throughout the entire year, including in the winter. Another huge advantage of organic gardening in a greenhouse is the heightened control that greenhouse horticulture offers. From environmental factors to pest and pathogen prevention, growing in a greenhouse gives more power to the horticulturist. In fact, greenhouse growers are not only able to extent the growing season into the fall/winter but can also get vegetables earlier in the spring and early summer. By growing all or a good portion of your own vegetables in a greenhouse, you can be certain of the quality of your produce and take control of your health.

Getting Started

Getting started with organic horticulture is as easy as purchasing certified organic seeds and potting soils or building your own organic soil from raw ingredients. There are many organic fertilizers, pesticides, and herbicides available which makes converting to organic very easy and convenient. Just about any style of gardening can easily be converted to organic growing. Many greenhouse growers prefer benches with containers while others prefer raised beds. Since you can successfully grow organic produce in either potting containers or raised beds, the decision comes down to the personal preference of the horticulturist or the crops themselves (some plants do better in raised beds than containers and vice versa).

Growing organic produce in a greenhouse is a fun and healthy hobby. There are few things as rewarding as producing your own fresh, organic herbs and/or vegetables. Growing organic produce in a greenhouse is an ongoing educational hobby that revitalizes and refreshes horticulturists year after year. After all, organic gardening in a greenhouse is a hobby that can be enjoyed for a lifetime.

For more information, please visit: ArcadiaGlassHouse.com.

Prior to setting up a greenhouse it is important to consider how the space within the greenhouse will be utilized. Unfortunately, many gardeners do not think about how they are going to use the space before they set up or purchase a greenhouse. This can lead to frustration and an unsatisfying greenhouse experience. However, with a little forethought, you can get the appropriately sized greenhouse for your particular needs and desires. When thinking about the utilization of space, it is important to examine the available widths of the greenhouse and how it will affect the greenhouse’s layout.

Greenhouse Widths

Greenhouses come in all lengths and widths. When contemplating the layout or floor plan of a greenhouse, a gardener should be most concerned with the width of the greenhouse because, in most cases, that is what will determine the dimensions of the benches and aisles. Hobby greenhouses are most commonly 8 or 10 feet wide but can also range from 12 – 20 foot widths. Most commercial or production greenhouses are usually wider and range from 20 feet and up. As previously mentioned, the width is important because it will determine the size of the benches that can be used. Benches are extremely popular for greenhouse gardeners and are used by most hobbyists. By examining the width of the greenhouse, a horticulturist can determine what kind of bench and aisle spacing he or she can have.

8 Foot Width

Many “hobby” greenhouses are available in 8 foot widths. Unfortunately, the 8 foot measurement is a representation of the outside dimensions of the greenhouse. In other words, this measurement does not take the frame into consideration and, therefore, the actual width on the inside will not be a full 8 feet. Greenhouses with 8 foot widths typically have 2 foot wide benches on either side of a 3 foot wide aisle. Although this may be big enough for some hobbyists, many horticulturists will quickly fill up the bench space and wish they had more room.

10 Foot Width

Greenhouses with a width of 10 feet are very popular among hobbyists because they instantly give 30% more bench space than an 8 foot wide greenhouse. A typical set up in a 10 foot wide greenhouse is to have 3 foot benches on either side of a 3 foot wide aisle. A 3 foot bench is the perfect size because it provides sufficient space for plants while not being so deep that the horticulturist can’t reach the plants. All in all, a 10 foot wide greenhouse is a nice, comfortable width for hobbyists.

12 – 20 Foot Widths

Greenhouses that range from 12 – 20 feet wide are a good choice for horticulturists who want to grow on more than just benches. Growers who want to incorporate raised beds or who have a collection of tropical plants which need additional head space will find a greenhouse in this width range more suitable to their needs. Greenhouses of this width are also nice for hobbyists who want to add a seating area, water feature, or some other unique addition to their garden spaces. All of these greenhouse extras will take up space so always be sure to plan your greenhouse layout accordingly.

20+ Foot Width

Larger width greenhouses (20+ feet wide) are mainly reserved for educational or commercial applications. These wide greenhouses can have two 3 foot aisles with 3 foot benches on the outer sides and a 6 – 8 foot bench in the center. When optimizing space for production, these greenhouses are the ticket.

Before purchasing or building a greenhouse, make sure you take the time to think about the space within and how that space will be utilized. In most cases, the grower’s intended application will determine the width of the greenhouse. A good greenhouse manufacturer will help you determine the most appropriate width for your application and help guide you to optimize the space within.

For more information visit ArcadiaGlasshouse.com

March is a good month to begin plants for your flower and vegetable gardens. Listed below are some of the more common flower and vegetable plants that can be started in March. They will be ready to transplant outside in April and May. Varieties can be easily started in 1204 packs or 3″– 4″ pots. Plants in packs should be thinned to one plant per cell. The larger you want your transplants to grow, the bigger the cell or pot should be. If your germination space is small, you can start the seeds in smaller containers and transplant them into larger containers later.

The chart provides recommended, minimum size pots. Larger ones allow more room for roots, providing larger, healthier plants. Plants left in small containers too long will become root bound, decreasing growth vigor and production. Most tomatoes grown in larger pots will require staking.

The number of weeks recommended includes the period of germination at temperatures that are recommended by seed companies. To choose your planting date, decide when you want to sell or transplant your plant and begin germination the recommended number of weeks earlier. Seed companies can provide you with temperature and light/dark requirements as well. This information is often on the seed packages or provided in their catalogs.

Lettuce and most other greens are ready to transplant in 3 or 4 weeks, but they can be planted in March and transplanted into the garden in April in many locations. Broccoli and cabbage can also be transplanted before the last frost date for your area. Using temporary covers, leaves will be protected from frost and allowed to mature more quickly. Seedlings can also be transplanted into the greenhouse floor or beds and be raised without additional heat.

The number of weeks recommended for flowers in packs will provide a healthy green plant, except for short marigolds, impatiens and some petunias, which may start blooming in the packs. For blooms in containers the longer number of weeks are recommended.

Melon, cucumber, squash, and pumpkin plants grow quickly and need only 3-4 weeks before they can be transplanted into the garden. They should be started later, usually in April, and planted in May after the soil has become warm.

With a little garden space planning, it is possible to drastically increase the productivity and enjoyment of a greenhouse garden. Like with any great structure, one can start from the foundation and work up to the top to make sure each area complements the others and is an efficient use of the space.

Going Underground

If a greenhouse is on a deck or already has permanent flooring, it may not be possible to take advantage of some great underground space. If at all possible, there are many advantages to having a “flexible” greenhouse floor. To start with, some area of floor that is not covered can allow for cultivation of the soil or the addition of a perfectly blended soil mix to grow plants at the ground level. This will result in an automatic space saving because the roots of the plants are occupying space below the greenhouse floor level that otherwise would be wasted. All that is generally necessary for walking and working in the greenhouse is to leave a three to four foot corridor down the middle and the rest of the floor area can be planted. But even this center corridor can be a door to an underground gardening powerhouse.

The Underground Greenhouse Engine

One of the best ways to turn a greenhouse into a full scale organic gardening machine is to convert the center corridor into an underground composting and/or vermiculture center, and it is quite easy to do. Simply dig a trench three to four feet wide and two to three feet deep in the center of the greenhouse from end to end. Stack a brick barrier on the sides and ends and cover with strong plywood sections. The plywood makes a nice greenhouse floor for walking through and tending plants. Sections of the plywood can be lifted to reveal the perfect cool damp environment for composting and/or vermiculture and a dry box section can be included for garden supply storage.

Hydroponics and the Underground

Any discussion of greenhouse space saving techniques would be incomplete without some mention of hydroponics. Hydroponics presents a level of control and efficiency that is geared toward productivity and getting the most out of available space. Underground is the perfect place to put nutrient reservoirs. Many hydroponics systems require the reservoir to be below the plant growing medium and below ground reservoirs allow the plant grow beds to be as low as ground level. They do not take up space in the greenhouse and keep the nutrient solution cooler in summer and warmer in winter.

Using Floor Space Wisely

With a few cautions in mind, the stacking plant growing space with tiered benches or shelves can add greatly to productivity. It is important to consider how the shelves and plants themselves will shade other plants from light. Just as tall plants are generally positioned in the back of the garden so they will not shade shorter plants, it is important to observe the path of the sun in relationship to the greenhouse placement and plant accordingly. Place tall shelving and plants where they will not block too much light from other areas of the greenhouse. Shelves and racks are best made of mesh or screen construction which allows light, air and moisture to pass more easily. Always try to buy adjustable shelving. It is much more versatile and allows for spacing shelves based on the requirements of each crop.  Specially designed triangular shelves are also available for the corners of the greenhouse to take advantage of what is often dead space. One last note on shelving, and just about anything else that is placed in the greenhouse, light colors are best because they reflect light allowing more of it to be absorbed by the plants.

Using Lights to Increase Productivity

As mentioned above, it is best to position benches, shelving and plants to take the best advantage of the natural light that is available to the greenhouse. That said it is possible to lengthen the growing season, volume of plants that can be grown and productivity with the use of artificial lights. T5 Fluorescent lights have several advantages for greenhouse space saving. They do not require large bulky external ballasts, and are very low profile and can be attached to the bottom of a shelf to provide light to the plants on the next shelf down. Just be sure to have proper channeling for moisture from the plants above. Bulbs are available in warm, cool and full spectrum and they produce very little heat allowing them to be positioned quite close to growing plants. They are available in 48 inch long 2, 4, 6 and 8 tube models that are perfect for any width shelf.

Using Space Saving Hydroponics Towers

Hydroponics towers are a growing innovation that is hard to ignore when it comes to getting the most from each square foot. These systems stack growing containers in clever configurations so that plants still get light, but are vertically stacked to save ground space. Several different varieties are available to suit almost any greenhouse application.

Air Space

Last, but not least, because of their clear ceilings, greenhouses offer even more space for hanging plants. Once the floor and wall spaces have been planted, consider where hanging plants may work best without robbing too much light from other plants. As with shelves and other vertical plantings, it is important to study the path of the sun and shade in the greenhouse to determine where best to place hanging plants so the shade they provide is an asset not a determent to the greenhouse as a whole. This may be quite different depending on the season. In the summer, sun loving hanging plants may provide welcome shade when placed properly in the greenhouse. In the winter, they may need to be avoided entirely depending on the overall light requirements of the particular greenhouse application. Upside down tomato growers have also become popular for growing tomatoes and other plants hanging upside down and may make welcome space saving additions to the greenhouse.

It may perhaps be a habit from traditional outdoor gardening to look at the garden space as one dimensional and plan accordingly. A better approach is to take into consideration each level and surface from floor to sealing and how it will interact with the greenhouse as a whole. By taking a three dimensional view and planning the greenhouse garden from the floor up a better, more productive garden is within reach.

Want more information? Read these articles:

A Do-It-Yourself Greenhouse Built From Local Materials

Have a Plan Before Purchasing a Greenhouse

How to Build a Plastic Greenhouse

Sizing Your Greenhouse for Optimum Utilization of Space

Use a Cold Frame Greenhouse to Maximize The Natural Warmth Of The Sun

Using a Greenhouse to Start Flower and Vegetable Plants in March

One of the first things a person must address when purchasing or building a greenhouse is what permits are required. The last thing a gardener needs is to purchase or build a greenhouse that doesn’t meet the local code requirements. Every community is different so there is no standard when it comes to permits for greenhouses. However, finding out which permits are necessary is a relatively simple process and most potential greenhouse owners should be able to take care of it themselves. There are two types of permits that need to be considered when building or purchasing a greenhouse. Those two types of permits are zoning permits and building permits.

Zoning Permits

A potential greenhouse owner should check with his or her local zoning department to see what is required. Zoning permits regulate the location of the greenhouse on the property. For example, a zoning permit will specify how close to the lot lines you are permitted to build. This could be the side, rear, or front lot lines and will be determined by your community’s rules and regulations. For instance, some communities may require that the greenhouse be built at least 20 feet away from the lot lines. Again, every community is different so be sure to check with your local zoning department to see how zoning permits affect your area.

Zoning permits will sometimes regulate the number of accessory buildings (greenhouses usually fall into this category) you can have on your property. Sheds and other outbuildings may be considered accessory buildings as well. The size of the building will also be taken into consideration by the zoning department. For example, the zoning department may decide that greenhouses that are less than 200 square feet need no additional building permits. In some cases, after meeting the zoning requirements, a potential greenhouse owner will have to get a building permit.

Building Permits

Building permits are typically issued by a county building department. Building codes look at the structural integrity and the physical appearance of the building. While many rural areas do not require any permits for accessory or agricultural buildings, most urban areas have some requirements. The building codes that address the structural integrity of a greenhouse generally deal with wind and snow loads and are specific to that geographical location. One of the first things to consider is whether you want a freestanding or attached greenhouse. Attached greenhouses normally require a building permit because they are considered an addition to the home and not an accessory building.

As far as building codes go, attached greenhouses are typically treated similarly to the addition of a sunroom. The building codes that deal with the appearance of the building will vary greatly from community to community. There may be regulations on how an accessory building appears. These rules are usually in place to maintain a high level of aesthetics in the neighborhood. In most cases, a greenhouse is welcomed by the community. Some homeowners’ associations or condo associations may have stricter requirements on accessory buildings. They may even have their own architectural review board which would need to approve the greenhouse design prior to construction. In the rare case that a greenhouse doesn’t meet the local requirements, you can apply for a variance. In most cases, a variance is possible because people like the idea of organic gardening in a greenhouse and local officials usually try to accommodate them.

Regardless of your location, experienced greenhouse manufacturers will help you work through the regulations process. In some cases, they may go as far as helping apply for variances or discussing your plans with a homeowners’ association. Greenhouse manufacturers with quality customer service won’t mind taking a few extra steps to ensure you get the right permits for your dream greenhouse.

For more information visit ArcadiaGlasshouse.com

Hydroponic greenhouses can produce larger yields than a traditional greenhouse but for maximum success the grower must understand what to grow. Some plants may spread out too much to grow properly in a hydroponic greenhouse. Other plants may be cool weather plants and will not be able to stand the consistent high temperatures that other plants may need to thrive in. There are also plants that need special attention, if you decide to grow them in a hydroponic greenhouse and are too labor intensive.

Plants to Grow in a Hydroponic Greenhouse

Strawberries

Strawberries are one fruit that does quite well in a hydroponic greenhouse growing environment. Plants of this fruit are compact enough to fit in with the usual layouts of hydroponic greenhouses. You can set the plants out in a number of configurations and they will still thrive. Also, there are so many varieties to choose from depending on the size of berry and level of sweetness desired.

Potatoes

Potatoes and other root crops also work well, but only if they are given enough depth to grow adequately. You have to remember with these crops that they do a lot of their growing in the root area as well as up in their stems and foliage. If they are cramped for space, it will stunt their growth. You can choose the smaller varieties of the root crops, when available to help offer them enough depth.

Tomatoes

Tomatoes thrive when grown hydroponically. Of course, they need to have a support system with this type of greenhouse setting just as they do in a traditional greenhouse or garden setting. Some varieties grow larger than other ones though, so choose the type you think you can provide the best support for in your particular setup. Some other vining veggies that need support include peas, cucumbers and pole beans.

Mint

There are many varieties of mint that do well in this type of greenhouse, because they enjoy wet conditions. Mints spread quite a bit and should be given enough space. Other than this requirement, your chosen mint whether it be peppermint, spearmint, ginger mint or another type of mint should produce nicely for you.

Basil

Basil is another herb to plan to grow in your hydroponic garden setup. The moist conditions provided to the herb through this system actually enhance its flavor. As with other plants, your yield will most likely increase with using hydroponic methods of gardening. Many other herbs do well too, but you need to check the growing conditions they need to make sure before planting them.

Lettuce

Various types of lettuce will provide you with more flavorful harvests. Some people only think of iceberg variety when lettuce is mentioned, but there is romaine, sweet butter and many more to choose from for growing your salad greens hydroponically.

Cabbage

Cabbage is one of the cool weather vegetables that does well in this environment. You may need to adjust growing conditions for the cool weather vegetables. This means you may need to grow the plants according to their natural seasons. You can change the temperature settings in your greenhouse according to the crops you decide to cultivate.

Green Beans

Bush-style green beans will adjust quite well with the typical conditions set up in a hydroponic system. You will be able to harvest plenty for your table and have additional beans to can or freeze. The size of these is easier to deal with than the pole beans, even though with the right support, as mentioned earlier, you can also grow pole beans.

With all the decisions to be made when contemplating purchasing or building a greenhouse, it may be easy to overlook snow and wind. However, a gardener needs to seriously consider how a greenhouse will handle snow and wind loads. As you can imagine, heavy snow fall or intense wind gusts can cause serious damage to a greenhouse structure. Unfortunately, not all greenhouse manufacturers are straightforward with snow and wind load ratings or requirements. It can also get confusing because many of the smaller hobby greenhouses are not required to meet the same codes as more permanent greenhouse structures. One thing is certain, potential greenhouse owners need to take it upon themselves to understand their geographical location’s building code requirements and which greenhouse designs will meet those requirements.

The very first thing a gardener should do before constructing or purchasing a greenhouse is to check with the local building department (where building codes are issued) and see what the snow and wind load requirements are for his or her geographical location. Regardless of the type of greenhouse you plan to have (stand alone or attached) it is very important to check and see what the building code requirements will be. With this information you can go back to the greenhouse supplier or builder to see which greenhouse design will meet those requirements.

Small hobby greenhouses with a stamped aluminum construction generally will not require building permits but will rarely meet the requirements for snow or wind loads. Most hobby greenhouses are not designed to last a lifetime and will quickly degrade. Growers who are looking for a more permanent structure should look for greenhouses that utilize extruded aluminum framing instead of stamped aluminum framing.

Higher quality greenhouses with extruded aluminum framing will most likely meet local building code requirements. These greenhouses are designed to be a more permanent structure. Generally speaking, greenhouses need to withstand 30 pounds of snow per square foot (an equivalent of about four feet of snow) and wind gusts up to 105 MPH to meet most of the code requirements throughout the United States. Greenhouses built with quality extruded frames will not only be able to meet the wind and snow load requirements but will also be considered a truly permanent structure that is designed to last a lifetime.

In locations where snow loads or wind loads exceed the norm, additional bracing or advanced technological designs can be used to create additional strength. Some of the older greenhouses use heavy cross ties to meet higher snow load requirements. Many of the newer greenhouses are utilizing sophisticated engineering designs, like the scissor truss. The scissor truss design not only adds strength but also, because it eliminates the need for cross ties, allows for additional head room in the greenhouse.

If you are in the market for a greenhouse that will handle heavy snow and wind loads and last a lifetime, you should seriously consider a greenhouse with extruded aluminum framing. Small hobby greenhouses are suitable for some applications but should not be considered a permanent structure and certainly shouldn’t be expected to withstand heavy snow loads or strong gusts of wind. A quick trip to your local building department will give you all the information you’ll need for snow and wind load requirements. With that information you can discuss all of your options with your greenhouse supplier.

For more information visit Arcadiaglasshouse.com.

Photo Description: The innovative “Scissor Truss” design provides extra strength and higher headroom for larger spans in greenhouses that meet local building codes for snow load and wind loads specifications.

Growing plants using hydroponics means you are growing without soil, but it doesn’t necessarily mean that you are growing plants without a soil replacement. While not strictly necessary it is usually advantageous to use some form of growing medium. One very good reason to use a growing medium in your hydroponics garden is to ensure that the roots of your plants are adequately supplied with oxygen. In a traditional garden plant roots gather oxygen from the air trapped in the soil. A growing medium serves the same purpose for plants grown with hydroponics. Growing media are designed to trap air that can then be processed by the plant roots.

Another reason for using a growing medium is to provide a food reserve for the plants. Like air, nutrients from the feeding solution are trapped in the pores of the growing medium and are then available to the plants if needed. This can help to prevent crop failures. Here’s a quick rundown of the kinds of media available to you when gardening without soil.

Types of Growing Media

Rockwool

Made from basalt rock and chalk, Rockwool is probably the most popular growing medium used by hydroponics gardeners. This porous material can trap large quantities of air and water at the same time.

Perlite and Vermiculite

Perlite is a pebbly volcanic rock that provides excellent drainage and aeration when used as a growing medium. It has a good drainage characteristic which means it does not hold much water and limited ability to trap nutrients. Vermiculite is a mineral that acts like a natural wick and is able to absorb large quantities of water. The combination of Perlite and Vermiculite is a natural for hydroponics system: one holds air and oxygen, the other holds water and nutrients.

Coconut Fibres

Made from the outer husks of coconuts this growing medium is becoming increasingly popular with organic growers. Some hydroponics growers feel coconut fibres are superior to Rockwool in their ability to retain air and water.

Expanded Clay Pellets

This medium is made from baked clay. The pellets are porous and retain both air and water very well. They can be reused as long as they are first sterilized.

Aquarium Gravel

This is the same colored gravel that is used in fish tanks. The main reason for its popularity is expense as it is inexpensive compared to other growing media. The downside is that it does not hold water, and therefore plant nutrients, very well at all. If you choose to use aquarium gravel you will need a constant water supply for your plants to avoid root drying.

Whether it’s to provide supplementary lighting or to extend the length of the photoperiod, some greenhouse growers are equipping their greenhouses with artificial light sources. Before purchasing a lighting system for a greenhouse, a grower should first determine which type of lighting system will best meet their needs.

T-12 Fluorescent

T-12 fluorescent lights are the standard four foot fluorescent lights commonly used in garages and shops. In fact, many people refer to T-12 fluorescents as “shop lights”. Although T-12 fluorescents are just fine for starting seeds indoors or illuminating indoor houseplants, they usually lack the intensity and efficiency to provide light to plants in a greenhouse.

T-5 Fluorescent

T-5 fluorescents are a more powerful and efficient version of fluorescent lighting. Still available in four foot lengths, the skinnier T-5 bulbs are 54 watts each. Specialty horticultural enhanced bulbs are available for T-5 fixtures in both the warm (red) and cool (blue) spectrums. The warm spectrum bulbs are rated around 3000 K and the cool spectrum bulbs are rated around 6400 K. During the fruiting or flowering stage of growth most plants require a higher percentage of red spectrum light. During the vegetative stage of growth plants require more blue spectrum light. Many T-5 fixtures hold multiple bulbs and allow “banks” of bulbs to be turned on or off. In other words, it is possible to set up a T-5 fixture to customize the light spectrum in your greenhouse. During the vegetative stage, the bank with the blue bulbs should be on. When the transition or flowering stage begins the banks with the red spectrum bulbs can be activated in order to give the plants the more appropriate spectrum for that stage of growth. Generally speaking, T-5 fluorescents are the most cost effective option for the hobby greenhouse grower.

Metal Halide

Metal halide is a type of high intensity discharge (HID) lighting that can be used in greenhouses. Metal halide lighting systems are more intense than fluorescent lighting fixtures and are a good choice when growing roses, tropical palm, or other plants that will require more intensity than fluorescents can provide. Metal halides generally produce a white or blue spectral output which makes them a good fit for vegetative growth. Metal halides are commercial quality fixtures that come in 400, 600, or 1,000 watts. Metal halide lighting systems require three components: the bulb, the ballast and the reflector or socket base. These lighting systems create a good amount of heat and can be quite expensive to operate. However, in some cases, metal halide is the only way to provide plants with the intense blue light spectrum they require for vegetative growth.

High Pressure Sodium

Like metal halide, high pressure sodium is a type of HID lighting. These lighting systems are also available in 400, 600, and 1000 watts. The biggest difference between high pressure sodium and metal halide is the spectral output. High pressure sodiums provide a good amount of red spectrum. This makes these lighting systems a great fit for fruiting or flowering plants. Since high pressure sodiums are also a type of HID lighting system, they will also require a ballast and reflector or socket.

If you have determined that your greenhouse will require a HID lighting system and you plan to provide artificial light during the plant’s vegetative and flowering stages, you should look into a convertible ballast. Convertible ballasts allow the grower to use both metal halide and high pressure sodium bulbs in the same fixture (but not simultaneously). A grower can use his or her metal halide bulb during the vegetative stage and then switch to a high pressure sodium bulb during the flowering stage.

LEDs

There is certainly an emerging opportunity for LED lighting systems to be incorporated into the greenhouse. Consumers should be aware that LEDs are very spectral specific and they need to make sure the LED light system they purchase provides the spectral output required by their plants. Unfortunately, there are a lot of variables to consider when comparing LED lighting fixtures. The light spectrum, actual wattage, and type of lens used are all things to consider when purchasing a LED system. There is also a wide variance in overall quality. Many of the cheap LED fixtures will not stand up to the conditions found within a greenhouse. There is no doubt that LED lighting systems will continue to shape the future of horticulture but it is important for consumers to closely examine what they are purchasing.

For more information ArcadiaGlasshouse.com.

Maintaining consistent temperatures is one of the most important aspects of greenhouse gardening. During the hot, summer months, most greenhouses will require some sort of cooling to ensure the temperatures don’t get too hot. During the cold winter months, most greenhouses will require some sort of heating to ensure temperatures do not get too cold. Before purchasing any heating or cooling equipment, a grower should take a close look at his or her space and make a few sizing calculations. With these calculations and a few considerations, a horticulturist can be sure to get the properly sized heating and cooling devices needed to keep the greenhouses’ temperature in check.

Cooling/Ventilation

The most effective way to cool most greenhouses is with a powered fan. A powered fan will actively draw fresh air through the greenhouse and exhaust it outside of the greenhouse. The cooler air, from outside along with a natural evaporative effect, help keep the greenhouse cooler. In fact, a powered ventilation system will typically make a greenhouse run 10 degrees cooler than if the greenhouse is passively cooled (vents only). To make sure there is enough cooling power, a gardener must “size” the fan that will be needed for the given garden space. Fans are rated by their CFM or cubic feet per minute. Ideally, a greenhouse should have all of its air exchanged in 1-2 minutes. A simple and straightforward way to determine the needed CFM is to multiply the length by the width by the wall height of the greenhouse as shown below:

CFM Calculation

Length x Width x Wall Height = Recommended CFM (Cubic Feet of air volume per Minute)

Granted, this is not an exact calculation of the greenhouse’s cubic feet because it does not take into consideration the roof pitch, etc. However, this measurement is accurate enough to properly size a powered fan for a greenhouse. Once a grower has calculated the recommended CFM, he or she can set out to find a fan that meets that criteria. For example, a greenhouse that is 20 feet long, 10 feet wide, and has a wall height of 10 feet will have a recommended CFM of 2,000 (20 x 10 x 10 = 2,000). The owner of this greenhouse should purchase a fan with a minimum of a 2,000 CFM rating.

Heating

A gardener planning to heat his or her greenhouse with gas or electric must first determine the size of the heater. The best way to determine this is to figure out how many BTUs will be required to heat the space. This is done by first calculating the total square footage of exposed surface area. In other words, the exposed wall and roof surface area. Remember that the roof area, due to the pitch, will not be equivalent to the area of the floor. In fact, the exposed surface area of the roof will be larger than the floor area footage. After determining the total square footage exposed, the grower must determine the maximum desired temperature in the winter (the temperature at which the gardener wants the greenhouse to operate during the winter months) and the minimum temperature outside of the greenhouse. Remember to be realistic when making the temperature determinations. In other words, base your calculations on average temperatures rather than the extremes. The BTU calculation is completed when you multiply the total exposed surface area by the difference between the desired temperature and the outside minimum temperature, and then divide that number by the R-value of the greenhouse material. It’s important to remember when calculating the required BTUs that gas heaters operate at 80% efficiency compared to electric heaters which operate at 100% efficiency. In other words, a grower must take the lower efficiency into consideration in his or her calculations or he or she must find the gas heater’s output BTU rating (which already takes the 80% efficiency into consideration).The following is the formula that should be used to calculate the needed BTUs:

BTU Calculation

Sq. Ft. Exposed Surface Area x ( Tmax – Tmin ) ÷ R Square Feet of Glass or Poly Surface Area x (Desired Temperature Inside – Minimum Temperature Outside) ÷ R-value

Here are the R-values of some commonly used greenhouse glazing materials:

Although all of these R-values may seem low when compared to a home or commercial building, there is a significant difference when comparing these materials to each other. For example, a greenhouse with single pane glass will require twice the BTUs (and cost twice as much to heat) as a greenhouse with a triplewall polycarbonate. In other words, when compared to each other, the R-values of these materials are quite significant, especially when considering how the required heating load is affected.

With a few simple calculations, any greenhouse grower can determine the appropriate size cooling fan and heater for his or her greenhouse. Greenhouses that have properly sized heating and cooling equipment will not only allow a gardener to extend the growing season but will also efficiently control temperatures in the greenhouse.

For more information visit ArcadiaGlasshouse.com.

A gardener who owns a greenhouse has the capability of extending the growing season by a few months each year. There are even a select few greenhouse gardeners who can get away with growing year round without adding a heating system. In most climates, however, during the winter months the nighttime temperatures become too cold for most plant species. In order for most greenhouse hobbyists to keep the greenhouse operational year round, some sort of heating system will need to be added. The three most common ways to heat a hobby greenhouse are with gas, electric, or passive solar heat.

Gas

Heating a greenhouse with gas is the least expensive option. The cost of heating a greenhouse with gas is the main advantage of gas heating and is the main reason people choose gas heating over other options. Beware of open flame heaters for greenhouse applications. These heaters will emit ethylene gas which can affect budding plants, such as orchids, to the point where their blossoms will not form or will fall off altogether. The other problem with open flame heaters is they have safety oxygen sensors which will automatically turn off the unit when depleted oxygen levels occur. This is a great safety feature for a heater within a home but in a greenhouse it can cause some problems. Many of the newer greenhouses are practically air tight which means they can get depleted oxygen levels fairly easily. If the heater turns off during the night, all the plants in the greenhouse could perish. Gas heaters that have a flue and are power exhausted are the best for greenhouse applications. These heaters will need to have a hole punched into the side of the greenhouse for the exhaust. All in all, an average gas heater for a greenhouse runs at 80% efficiency (mainly due to the heat loss through the exhaust ports).

Electric

Because there is no need for ventilation with electric heat, this type of heating is the most efficient. Electric heating runs at 100% efficiency. However, electricity is expensive and heating a greenhouse year round with electricity alone may be too expensive for many gardeners’ greenhouse budgets. However, there are some ways a gardener can supplement heat naturally to offset some of the cost of heating with electricity. For example, passive solar heat can be used to offset some of the cost associated with electric heating. If you do choose to go with an electric heater, it is best to get a 240V heater which will have plenty of heat capacity. Over the long run, 240V units save money and are very reliable. If you must go with a 120V unit, try to avoid infrared heaters or heaters that transfer heat to objects instead of heating the air. For greenhouse applications, a gardener will need a heater that will heat the air within the greenhouse. The best inexpensive 120V heaters for greenhouses are the oil-filled radiator-style heaters. If placed near a fan, these small heaters can adequately heat some small hobby greenhouses during the winter months.

Passive Solar Heat

Passive solar heat refers to collecting heat from the sun’s radiation during the daytime and releasing that heat into the greenhouse during the nighttime. This is usually done with water or some other thermal mass that is capable of absorbing and holding heat for a duration of time. One technique is to line the north wall of a greenhouse with black water containers. When placed on the north wall, these containers will not shade light from reaching the plants in the greenhouse; instead, they will absorb light and heat that passes through the greenhouse to the north wall. When the sun sets, the heat that is held by the water will slowly dissipate into the greenhouse environment. When passive solar heat is used in conjunction with electric heat, it can significantly reduce the annual cost of heating a greenhouse.

For more information please visit ArcadiaGlasshouse.com.

Photo: The pictured 5-gallon water jugs are painted black and stacked against the north wall of the greenhouse to act as Passive Solar Heat Collectors in the winter.

Flood and drain, also known as ebb and flow, hydroponic systems are one of the most popular hydroponic systems used by horticulturists. Most flood and drain systems consist of a tray (which holds the plants) and a reservoir (which holds the nutrient solution). The tray is set on a stand or raised up on blocks so that the bottom of the tray is higher than the top of the reservoir. In most cases, the tray sits directly above or sometimes even rests on top of the reservoir. A submersible pump within the reservoir then pumps the nutrient solution into the tray. The tray has an overflow valve installed so the depth of the nutrient solution in the tray can be controlled and ensures the tray doesn’t overflow with nutrient solution. After a set duration of time, the pump shuts down and, with the help of gravity, the nutrient solution drains back into the reservoir. As with other hydroponic systems, plants grown in a flood and drain system generally experience faster growth rates and larger yields.

One issue with conventional flood and drain systems is the growing medium used in the planting containers and how it affects the pump. Because the nutrient solution needs to enter the planting containers from the bottom, a flood and drain system requires open bottomed planting containers. Typical planting containers can be used in a flood and drain system but can cause issues due to the size of the drainage holes in the container. As the water flows back to the reservoir and out of the planting containers, it can bring with it sediment and soil that will damage the pump and possibly compromise the entire hydroponic system.

Many growers who use flood and drain systems have already discovered the great benefits of using Smart Pot planting containers. Smart Pot fabric containers can act as filtration screens for the medium. When used in a flood and drain system, a Smart Pot fabric container will allow the nutrient solution to reach the root mass but will keep all soil and sediment from reaching the pump.

Flood Tray Liners by Smart Pot

The folks at Smart Pot took flood and drain hydroponic gardening to the next level when they introduced their Flood Tray Liners. These Flood Tray Liners are made from the same great material as the Smart Pot containers and fit directly into the flood tray. These liners give the grower many different options. Growers can place the medium directly into the liner and grow their plants in a large bed or they can use virtually any planting container they desire regardless of the size of holes in the bottom of the container. The Flood Tray Liner will essentially act as a filter so that the nutrient solution is never contaminated with soil or sediment from the medium. The Flood Tray Liners by Smart Pot come in three convenient sizes which fit the most commonly used flood trays: 4’ x 4’, 4’ x 8’, 3’ x 3’. Smart Pot’s Flood Tray Liners will save a grower both time and money and are a simple way to increase the productivity of a flood and drain hydroponic garden.

For more information visit Smartpots.com.

When setting up a greenhouse, one of the most important aspects of the construction process is the foundation. There are a few different types of foundations that can be used for greenhouses. The foundation used will be determined by the type of greenhouse, the building codes and, in some cases, personal preference. Essentially, the foundation is the complete system on which the greenhouse structure sits. One of the key components of a foundation is the footing. The footing refers to the point at which the structure meets the soil. This is the section that the structure rests upon. Footers are not always necessary for a standard hobby greenhouse. In situations where they are necessary, footers are typically poured concrete and their exact depth is determined by local building codes and the location’s frost levels. Footers help to prevent sagging or the dropping of the structure’s walls and/or floor into the ground. The choices for a greenhouse’s foundation are typically dependent on the type of greenhouse structure that will be built.

Attached Greenhouses

If you have an attached even-span or a lean-to greenhouse there is a need for footers with the foundation. Local building codes will determine the exact depth needed for the footers. Basically, attached greenhouses require frost free footers that will not shift or move. As the ground freezes and thaws structures without the proper foundation could move or sag. If you plan on building an attached greenhouse, you should also plan on a more extensive foundation. In most cases, the gardener is already planning on the expense of a foundation for the attached greenhouse so the cost of pouring a concrete pad for the floor is seen as a minimal addition. However, some gardeners still prefer the moist, earthy smell of gravel and will have a gravel floor installed. A limestone screening and weed barrier placed beneath the gravel will ensure no weeds start growing from the floor. Some gardeners prefer a gravel floor for its natural drainage properties as well. Regardless of the floor material chosen, the footing requirements will not change.

Freestanding Hobby Greenhouses

Smaller, freestanding greenhouses do not have the same requirements as an attached greenhouse and, therefore, give the grower more options when it comes to the foundation and floor. Freestanding greenhouses can have a concrete slab poured without a deep foundation. In fact, if the greenhouse doesn’t have a knee wall, it can be placed directly on a cement slab or it can be placed on a 4’ x 6” treated lumber base. The best wood choices for a lumber base are usually cedar, redwood, or cypress. Rebar can be added to the wooden base for additional support if desired. For a freestanding greenhouse with a knee wall (a brick or cinder block wall that stands roughly knee high), a 12” x 12” surface footer is required. This is because the additional weight of the brick or cinder blocks could otherwise sink in to the soil and affect the structural integrity of the greenhouse. Knee walls are usually installed to add design appeal and for their natural high thermal mass. During the day, the stones absorb heat from the sun and during the night, they act as a passive heater as the heat is released into the greenhouse.

Generally speaking, greenhouses that are attached to the home or freestanding greenhouses that are more than 120 square feet will need building permits or will have to be up to code. However, it is always a good idea to check the local city codes to see what permits and footings are required before beginning construction on any greenhouse.

For more information visit ArcadiaGlasshouse.com.

A shade cloth is used in a greenhouse for two reasons. First, to protect plants from getting burned by intense sunlight and second, shade cloth is a way to help keep a greenhouse cooler during the hot summer months. Shade cloth can be made from different materials but all shade cloth can be purchased in different filtration ratings. In other words, a gardener can select a percentage of shading that will best fit his or her needs. In most cases, a shade cloth will shade 50%, 60%, or 70% of the sunlight. The higher percentage (70% or greater) is usually reserved for situations where the greenhouse is receiving an abundance of intense sunlight; such as a south-facing greenhouse that receives full sun in the summer months. Shade cloth is usually sized according to the particular greenhouse. In other words, shade cloth is usually custom built for a particular situation. The shade cloth has grommets placed every four feet for hanging on hooks or guide wires depending on the application. A closer look at some of the shade cloth options will give greenhouse gardeners an idea of which shade cloth option will work best for them.

Aluminet

Aluminet is one of the most affordable and effective shade cloth materials available. Aluminet can be hung on the interior of a greenhouse and placed flush against the walls or ceiling. Aluminet is unique because it not only shades sunlight but it also reflects heat. The biggest advantages of Aluminet are that it not only shades the light but also helps to effectively cool the greenhouse by reflecting a portion of the heat away from the structure. Aluminet is very cost effective and a great choice for home hobbyists. If aesthetics are important (as they are with many home gardeners), the interior hung shade cloth does not take away from the natural beauty of the greenhouse structure.

Black Nylon

Black nylon shade cloth hung on the exterior of the greenhouse is another shade cloth option. The hooks for the grommets are on the outside of the structure and the shade cloth is hung around the exterior of the greenhouse. This type of shade cloth costs about the same as Aluminet and does a good job of filtering the light. Although the greenhouse will be cooler than without the shade cloth, due to its black color, this type of shade cloth does little to reflect the heat away from the structure. As can be imagined, a shade cloth hung on the exterior of the greenhouse will affect the aesthetics of the greenhouse. There is also some additional maintenance with exterior hung shade cloth as they tend to accumulate dirt, dust, etc.

Motorized or Manual Guide Wire Shade Cloths

Motorized shade cloth systems are so expensive they are generally reserved for large, commercial greenhouses. These systems have guide wires where the shade cloth is attached. When needed, a small motor pulls the shade cloth into place. Many commercial greenhouses utilize guide wires without motors as well. Similar to opening or closing a shower curtain, a large span of shade cloth can be opened or closed within the greenhouse. The biggest disadvantage of motorized or manual guide wire shade cloth systems is the shade cloth is never flush with the walls or ceiling of the greenhouse. This means that the heat is still entering the greenhouse. However, there are some situations where it is necessary for the shade cloth to shade a section of the greenhouse. For example, seedlings or light sensitive plants can be protected from intense light by being sectioned off with some shade cloth.

For most hobbyist growers finding a shade cloth that fits the budget and still performs up to par are the priorities. Gardeners with glass greenhouses which have south or west exposures almost always need to implement some sort of shade cloth. If reducing heat in the greenhouse is as important as eliminating hotspots in the garden a product like Aluminet would be a good fit. Regardless of the particular material chosen, a shade cloth is the best way to keep plants from being harmed by the intensity of the sun during the summer months.

For more information please visit ArcadiaGlasshouse.com.

In order for the plants in a greenhouse to continue growing rapidly during the summer months, a greenhouse gardener needs to make sure that the temperature within the greenhouse doesn’t get too hot. There are a few different ways that greenhouse growers can maintain cooler temperatures during the heat of summer. A grower usually chooses a cooling method based on the size of the greenhouse and his or her budget. The most common types of cooling devices used in greenhouses are based on water evaporating which cools the air within the growing space. The most commonly used systems are wet wall systems, portable evaporative coolers, foggers, and humidifiers.

Wet Wall Systems

Wet wall systems are the most popular and efficient way to cool large, commercial greenhouses. These systems consist of cooling pads encased in aluminum housing. The aluminum housing appears similar to a honey comb. The honey comb design allows air to pass over the cooling pads which are kept drenched in water. The air is cooled significantly as it passes through the wet pad on its way into the greenhouse, much like a radiator cooling an engine. After entering the greenhouse, the evaporative effect cools the growing space. The powered fans (placed on the wall opposite the wet wall system) are the driving force for the air movement. The motorized shutters which allow air to enter the greenhouse are usually thermostatically controlled to open and close as determined by the temperature. Wet wall systems are fairly expensive and more elaborate in their installation. This is because the water used in a wet wall system is continuously recirculated and requires a fair amount of plumbing. Because of their expensive and more elaborate design, wet wall systems are usually only used in larger commercial greenhouses.

Portable Evaporative Coolers

Portable evaporative coolers are a cooling device which is much more commonly used by home hobbyist greenhouse growers. Portable evaporative coolers are completely self-contained, movable, and relatively inexpensive ($500-$1000 depending on size). Portable evaporative coolers contain a similar pad to that used in wet wall systems. Like wet wall systems, air is drawn in and forced over the wet pad to create an evaporative cooling effect. Portable evaporative coolers usually contain a float valve and are connected to a garden hose to maintain the water level in the tank as the water evaporates. Portable evaporative coolers work best when they have access to fresh air. In other words, for the best effect, portable evaporative coolers should be placed near the greenhouse entry or a fresh air intake vent. Portable evaporative coolers are thermostatically controlled and can easily be stashed under a bench or out of the way when not in use. Portable evaporative coolers are a great way for home hobbyist greenhouse gardeners to maintain cooler temperatures during the hot summer months.

Fogger or Humidifier

For small hobby greenhouses, a fogger or humidifier can serve as an evaporative cooling system. A fogger is a device that emits water in a fine fog. These devices can be placed directly behind a circulating fan to blow the water-cooled air around the greenhouse. As the water evaporates, it creates a cooling effect. A humidifier found at a big box store can be set up in a similar fashion. When placed behind a circulating fan, the cool moist air can be blown across the greenhouse for an evaporative cooling effect. Both foggers and humidifiers emit water droplets so small that the plants within the greenhouse will not get wet. Instead, the water quickly evaporates and cools the greenhouses climate in the process.

Mist Systems

When discussing cooling systems within a greenhouse, some gardeners ask about mist systems. Although a mist system will cool a greenhouse, they are generally better suited for irrigation. The water droplet size from a mist system is much larger than that of a fogger or humidifier and this causes the plants to actually get wet which can create a whole new series of moisture related problems during the hot summer months.

By maintaining temperatures within the desired range for plant growth, a greenhouse gardener can ensure that he or she maintains vigorous growth even during the peak heat of the summer months. Whether a gardener is attempting to cool a large commercial greenhouse with a wet wall system or a small hobbyist greenhouse with a portable evaporative cooler or a humidifier, evaporative cooling is the best way to ensure that the plants beat the heat of summer.

For more information visit ArcadiaGlasshouse.com.

Once a growing system is up-and-running, to successfully grow hydroponic plants, there are only a few tasks required. Check the system daily or every other day and do the following keeping in mind the 5 basic requirements of plants (light, water, nutrients, temperature and oxygen).

• Most plants love humidity so mist them continually and they will be happy.
• Watch the system and make sure it is performing properly. If it floods the plants and drains at a specific time – verify this. Small bits of growing medium can clog the tubing of a system in no time flat and either leave your plants ‘high and dry’ or continually flooded. This happened to me once.
• As your nutrient solution evaporates, add tap water to refill it to where it should be. Do not ever add a touch more of nutrient powder to replace what you think has been used up. This is a really good way to kill your plants.
• Keep an eye out for pests and disease as well as nutritional deficiencies.
• Take care of any problems as fast as possible or they will grow into large problems faster than you will believe.
• Take a look at the plants. Are they wilting and is the growing medium completely dry? Or is it continually soaked? Adjust the amount of nutrient solution accordingly (this is for systems that periodically receive nutrient solution most likely through a timer).
• Dead growth saps the energy of a plant and can be a good beginning for a disease or pest problem so keep the dead matter pruned.
• Keep track of the temperature if you are in a greenhouse and ventilate if necessary by opening doors, windows and turning on a fan.
• In an enclosed area like a greenhouse, let some bugs and breezes get in. This not only helps with pollination but some bugs will actually protect your plants by eating the bad ones.
• Learn to identify the good vs. bad bugs. Dragonflies, spiders and ‘daddy long legs’ are good to have around – they eat the bad bugs so encourage them. I personally love dragonflies – I’ve seen them dive-bomb horse flies and moose flies and eat them.
• Keep a log. What becomes second nature to you now will probably be completely forgotten in a few months so write it down.

I know this seems like a lot of effort but once you get a routine down you may not need more than a few minutes a day to perform these tasks. Keep up the vigilance and you will grow hydroponic plants that are healthy and you will be amply rewarded with a large amount of vegetables and herbs.

Upon entering a hydroponic retailer, a consumer will quickly notice the seemingly countless options available. There are many choices when it comes to choosing a brand of hydroponic nutrients (fertilizers) and this can be overwhelming for a novice hydroponic enthusiast. Choosing a hydroponic fertilizer is kind of like buying a car. There are many options but, at the end of the day, they all get you from point A to point B.

Base Nutrients

The base nutrients of a hydroponic nutrient solution do just that, get your plants from the beginning to the end. The base nutrients will contain all the mineral essential elements and will provide all that is necessary for plant growth. The essential elements found in hydroponic nutrients can be derived from a variety of sources. The varying sources will affect the formula’s stability. This leads to different types of formulas for the horticulturist to choose from. Typically speaking, there are three types of formulas produced by manufacturers of hydroponic nutrients. One-part formulas (stand-alone grow and bloom), two-part formulas (grow A and B and bloom A and B), and three-part formulas (micro, grow and bloom). A hydroponic grower will usually first choose from a one-part, two-part or three-part formula and then choose which brand of fertilizer he or she wishes to use.

One-Part Formulas

A one-part formula consists of one individual grow formula and, if it is for growing a plant that produces fruit or flowers, one individual bloom formula. One-part formulas are great for beginner hydroponic growers as they only require the dosing and mixing of one product. The stage of growth of the plant(s) will determine if the gardener uses the grow or the bloom formulation. The type of crop and stage of growth will determine the dilution rate for the particular product. One-part formulas will contain all of the essential elements needed to sustain plant health. However, one-part formulas will usually contain less than optimal levels of some of the essential elements in order to make the overall formula stable. For example, many one-part formulas contain only small amounts of calcium and rely on calcium contained within the grower’s water to make up the difference. Horticulturists using one-part formulas may, in some cases, need to supplement additional sources of certain essential elements.

Two-Part Formulas

A two-part formula consists of two parts for both the grow and the bloom stages of plant growth. In other words, during the vegetative stage of growth, both a grow A and a grow B formula will be required. If the horticulturist is growing a particular plant variety with a fruiting or flowering stage of growth, he or she will be required to use both a bloom A and a bloom B during that period. Two-part formulas offer an advantage as they are able to separate some of the elements that would otherwise create an unstable formula when mixed in the concentrated forms. More specifically, two-part formulas are able to separate particular compounds containing concentrated calcium and phosphorus which could react poorly when mixed. A two-part formula allows the horticulturist to dilute the concentrated calcium before adding the phosphorus. This is why the part A of a two-part formula will usually contain the calcium. Generally speaking, two-part formulas can contain a higher concentration of calcium and a more ideal ratio of all the essential elements than a one-part formula.

Three-Part Formulas

A three-part formula consists of separate micro, grow and bloom formulas. Unlike the one-part and two-part formulas where the “grow” is used exclusively in the vegetative stage and the “bloom” is used exclusively in the fruiting or flowering stage, three-part formulas use all three parts throughout the entire life cycle of the plants. The ratio of the three parts (micro, grow, and bloom) will change depending on the particular dietary needs of the plant and the stage of growth. For example, a pepper plant in its vegetative stage will receive different ratios of each of the three parts than a pepper plant when it is producing peppers. As the names suggest, the “micro” contains most of the micronutrients (and usually the calcium), the “grow” contains nutrients more specific to growth and the “bloom” contains nutrients more specific to blooming. Although growers will use all three parts throughout the plant’s life cycle, they will typically use a higher ratio of “grow” during the vegetative stage and a higher ratio of “bloom” during the fruiting or flowering stage. A three-part formula offers heightened control to the horticulturist and gives the ability to more quickly correct deficiencies.

Additives

After a hydroponic gardener has established an effective base fertilizer program, he or she can begin to experiment with the various nutrient additives available on the market. Micronutrient supplements, carbohydrate formulas, enzyme formulas, plant vitamins, plant hormones and beneficial microorganisms are just some of the options a hydroponic gardener can experiment with. Each garden is different and the best way to determine if a nutrient additive is truly beneficial is by way of experimentation.

They say that everything is bigger in Texas. Well, Texas is a fine state but you don’t have to live there to enjoy the benefits of a big greenhouse. A good general rule is to figure out what size footprint you need for growing things and then double it. That should be about the right size for your greenhouse. Here’s why I suggest this approach to sizing:

Easier Heating and Cooling

Smaller structures heat up too quickly and cool down too quickly. Think of how temperamental a cold frame is. If you don’t quickly vent them, they’ll cook your plants in a matter of a couple of hours. The same hold true for a small greenhouse, so bigger is better.

Room to Work and Grow

You need room to work in addition to the space allocated for growing. A greenhouse footprint based on sufficient room for growing plants is a bit like space planning for an office. It’s nice if the desk fits well in the room, but you also need room for your large office chair, a bookcase and a filing cabinet. And, you’d like to be able to push back from the desk and lean back in your chair as well. All of this requires “swinging room.”

Room to Relax

Don’t forget about room to relax. When you’re taking a break from gardening, you’ll want some space where you can sit down and enjoy the splendor that you’ve created. What could be more enjoyable than relaxing in a comfortable chair and enjoying the sights and smells of your herb garden or tomato jungle?

Room for Storage

Lastly, you need room for features like tool storage, a hose rack, walkways, a sink for rinsing off your root vegetables and perhaps a work table or space dedicated to starting seeds in covered, lighted and heated seedling greenhouse within your greenhouse. Also, don’t forget that a drum wall for passive solar energy storage takes up about four square feet per drum. When you start to think about it, there’s plenty of reason to have room in a greenhouse for things that aren’t green. You simply can’t expect to “dance” in a hall closet. You need room to spread out.

I’m not advocating a huge greenhouse, but we need to be aware that there are people, accessories, resources, tools, walkways and activities that need to be included in our indoor growing spaces – along with all the plants. If you forget about room for these types of things, you’ll soon come to the conclusion that you built a structure that simply isn’t big enough for your needs and longer term interests.

Proper ventilation is imperative for a greenhouse to function properly. The ventilation system of a greenhouse provides fresh air to the plants (CO2), helps to control temperature and humidity, and reduces the likelihood of disease. Greenhouses are generally enclosed structures that will not ventilate entirely on their own. In order to ensure that proper ventilation in the greenhouse is achieved, gardeners must install either a passive or powered ventilation system.

Passive Ventilation System

A passive ventilation system is a ventilation system without powered fans. Instead, the greenhouse is ventilated via convection (hot air becomes less dense and rises) through the ridge vents. In addition to the ridge vents, a passive ventilation system needs intake vents to allow cool air to enter the greenhouse and displace the hot air as it rises. These intake vents are generally placed on the lower portion of the side walls of a greenhouse. The largest advantage of passive ventilation systems is that they are virtually silent. This can be advantageous for a gardener whose greenhouse is attached to his or her home and the noise of a powered fan would be a disturbance. The biggest disadvantages of a passive ventilation system are cost, maintenance, and efficiency. Most people don’t know that a ridge vent system will cost 3-4 times as much as a PVS (powered ventilation system). Also many people do not understand that maintenance is required with a passive ventilation system. The ridge vent needs to be kept free of debris and cleaned periodically. Also, the pistons on the vent system will need to be lubricated. Last, but not least, because air is not being forced through the greenhouse, a passive ventilation system is not as efficient as a powered ventilation system. All in all, passive ventilation systems are a great fit for greenhouses where the noise of a powered fan would be an annoyance.

Powered Ventilation System (PVS)

A powered ventilation system for a greenhouse is a ventilation system with a powered fan and intake vents. The cubic feet of the greenhouse space will be the determining factor for sizing a fan system. The minimum goal is to get the cubic volume of air turned over in less than two minutes. In many cases, a fan will be sized to turn over the air in less than one minute. A quick turnover makes it much easier to control temperature and/or humidity, keeping the greenhouse about 10 degrees cooler than a passive cooling system. The fan should be installed on the top section of the wall opposite of the intake vents and screen door. In other words, the intake vents should be installed on the same wall as the door and the fan should be installed on the top of the opposite wall. This ensures that the fresh air entering the greenhouse travels across the greenhouse before being evacuated. Powered ventilation systems are usually set up with a thermostatic control which will turn on the fan when the set-point temperature is reached. The intake vents are synced with the fan so they will open at the same time the fan is activated. In order to maintain the highest level of performance, the thermostat sensor should be placed at plant height.

In addition to the cooling/exhaust fan of a PVS, a greenhouse should also be equipped with a circulating fan. Circulating fans provide continuous air movement within the greenhouse which helps to maintain uniform temperatures and humidity while also increases the structural integrity of the plants (much like the wind strengthens plants in nature). Greenhouses with circulating fans are the most effective and efficient for maintaining desirable atmospheric conditions.

Whether you choose a passive or powered ventilation system, making sure a greenhouse is properly ventilated is crucial to creating an ideal growing environment for plants. A greenhouse’s temperature, humidity, and ambient CO2 levels are all determined by the ventilation system. In other words, the ventilation system is one of the most important determining factors over the way plants will perform in a greenhouse and should be contemplated by every potential greenhouse gardener.

For more information visit ArcadiaGlasshouse.com.

Photo – A Powered Ventilation System (PVS) and circulating fans provide optimum cooling efficiency.

Attached greenhouses are exactly what they sound like: greenhouses attached to another structure. In many cases, the other structure is the gardener’s house. Attached greenhouses include lean-to greenhouses, window-mounted greenhouses, and attached even-span greenhouses.

Lean-to Greenhouses

Lean-to greenhouses are built against an existing building using that structure for one or more of its sides. In most cases, lean-to greenhouses are attached to a house. Lean-to greenhouses can be as long as the length of the building they are attached to or as short as desired. Because of their particular construction, lean-to greenhouses are typically limited in width to roughly 12 feet wide. The advantages of a lean-to greenhouse are accessibility to electricity and water (when placed against a house with electricity and water) and decreased cost of materials (since one of the main walls is an existing structure). Lean-to greenhouses typically require less heating than freestanding greenhouses. This can save a gardener a significant amount of money especially if he or she is located in a colder climate. Another advantage of lean-to greenhouses is accessibility. Since the greenhouse is so close to the home, the gardener has easy access to culinary herbs and vegetables. Accessibility also makes it easier for gardeners to keep up with greenhouse maintenance. The last advantage of lean-to greenhouses is that they are relatively simple to construct or inexpensive to purchase. Building a custom lean-to greenhouse can be an easy project for hobbyists who are not usually considered handy at construction. In fact, dozens of basic plans for homemade lean-to greenhouses can be found on the internet. Building one’s own greenhouse can give gardeners a feeling of self-reliance. For gardeners who don’t wish to build their own greenhouses, a lean-to greenhouse kit is an inexpensive way to get into home horticulture. The biggest disadvantages of lean-to greenhouses are their limited space and, in some cases, limited light. Whenever possible, lean-to greenhouses should be constructed on the side of the home that will receive the most sunlight (south side). Even when perfectly placed, a lean-to greenhouse will not receive as much light as a freestanding greenhouse.

Window-Mounted Greenhouses

Window-mounted greenhouses are special structures built into a window frame of a home, usually on a south facing wall. These handy, little greenhouses are a great way for hobbyists to keep their thumbs green year-round. Window-mounted greenhouses give hobbyists the opportunity to have fresh culinary herbs and ornamental plants at their fingertips while in the comfort of their own homes. The advantages of window-mounted greenhouses are they are relatively inexpensive and allow growers to harvest plants from inside their homes. In some cases, window-mounted greenhouses can help with heating a home as they let in passive solar heat. The disadvantage of a window-mounted greenhouse is space. These greenhouses are relatively small which limits the species and number of plants a gardener can grow.

Attached Even-Span Greenhouses

Attached even-span greenhouses are less common than lean-to greenhouses but also share a wall with an existing structure. The difference is that an attached even-span greenhouse appears very similar to a freestanding greenhouse except it is attached to an existing structure at one gable end. In other words, it doesn’t “lean” against the existing structure, but instead has its own symmetrical roof. Attached even-span greenhouses can be much larger than lean-to greenhouses and there are countless design possibilities. The largest advantage of an attached even-span greenhouse is they are less expensive than a freestanding greenhouse and can provide a lot of growing space. As with lean-to greenhouses, water and electricity are more accessible. Disadvantages of an attached even-span greenhouse are increased cost compared to other attached greenhouses and reduced light from shadowing of the attached structure (usually a home).

When purchasing a greenhouse, a gardener is faced with a few options in regard to the type of material the transparent panels are made from. Although all greenhouses are designed to allow sunlight to reach the plants, there can be a difference in the way a garden performs due to the materials that make up the greenhouse. Hobbyists looking to set up a greenhouse have essentially three choices when it comes to the greenhouse’s glazing options: single pane glass, double pane glass, or multi-wall polycarbonate. Each glazing option has its own advantages and disadvantages which means growers should examine each before making a final decision.

Single Pane Glass

The older-style single pane glass greenhouses with overlapping glass are less than desirable due to the fact that many of them are not adequately sealed. This can cause a series of problems including inefficiencies with heating and cooling and humidity/moisture problems. The good news is that most of the newer-style single pane glass greenhouses have full length glass panels and are sealed which solves many of the problems associated with the outdated, leaky designs. One great thing about single pane greenhouses is that they look fantastic. Single pane glass greenhouses are very aesthetically pleasing and will only cost a little more than a polycarbonate greenhouse. However, single pane greenhouses should probably be avoided by gardeners in northern climates. Single pane glass greenhouses are the least energy efficient type of greenhouse. In fact, a single pane greenhouse will have double or even triple the heating costs when compared to a double pane or multi-walled polycarbonate greenhouse. Single pane glass greenhouses allow for 92% light transmission. This can be an advantage or a disadvantage depending on your climate and the location of the greenhouse. Greenhouses should let in as much sun as possible, right? In some cases, a glass greenhouse can allow too much light to reach the plants which may create “hot-spots” and cause significant damage to the plants. The gardener may need to install a shade cloth in the greenhouse to rectify this problem. All in all, single pane glass greenhouses are a good choice for gardeners who will not be heating the greenhouse or who strongly desire an aesthetically pleasing greenhouse.

Double Pane Glass

Double pane glass greenhouses are the bee’s knees when it comes to greenhouses. Double pane glass greenhouses are designed to be the most energy efficient and offer gardeners half the heating costs associated with single pane glass greenhouses. In other words, gardeners can look at a double pane glass greenhouse as a long term investment that will pay for itself in the form of energy savings. Double pane glass can also include a special low-e reflective coating on the inner pane of glass which reflects heat and acts as an insulator. For a serious hobbyist searching for the nicest looking and most energy efficient greenhouse, a double pane glass greenhouse is for you. The only real disadvantage of a double pane glass greenhouse is the initial cost. Double pane glass greenhouses are by far the most expensive option but, again, when examining the long term energy savings, the increased initial cost of the greenhouse would be paid back over time.

Multi-Wall Polycarbonate

Another glazing option for a hobbyist looking to set up a greenhouse is polycarbonate. Multi-wall polycarbonate greenhouse material comes in a variety of thicknesses (8mm triple-wall, 16mm 5-wall). The construction of the material varies slightly but all include multiple walls inside of the material which form channels that hold air. This airspace is important because it creates insulation value. A polycarbonate greenhouse offers similar energy efficiency to a double pane glass greenhouse. One advantage of polycarbonate material is that it naturally diffuses the sunlight. By diffusing the sunlight, polycarbonate greenhouses reduce the likelihood of “hotspots” and give the plants in the greenhouse an even distribution of light energy. Polycarbonate panels that are slightly tinted can also be installed in the roof of the greenhouse to reduce or eliminate the need for shade cloth. This is a great option for gardeners in hot, sunny locations. Although polycarbonate is not as aesthetically pleasing as glass, these greenhouses offer the best upfront value. Polycarbonate can also be used to retrofit older greenhouses to increase efficiency.

Please remember when making a decision regarding your greenhouse glazing options that efficiency and greenhouse performance are dependent on many factors including your geographical location and the orientation of the greenhouse. Where you live and what you grow will make a big difference in your selection of a greenhouse and greenhouse glazing. Take the time to explore all of your options to find the greenhouse design that will best serve your purposes.

For more information, please visit ArcadiaGlassHouse.com.

When setting up a greenhouse, one of the first things a gardener needs to decide is whether the greenhouse will be a freestanding or an attached greenhouse. A closer look at some of the advantages and disadvantages of each will give a gardener a better idea of which type of greenhouse will best suit his or her needs.

Advantages of an Attached Greenhouse

One of the biggest advantages of an attached greenhouse is that they are generally more energy efficient. This is because one wall is already heated by the home. Another advantage of an attached greenhouse is accessibility. Many attached greenhouses are accessible from the living space which makes entering the greenhouse especially convenient. Attached greenhouses can also add aesthetic value to a home. In many cases, a greenhouse will enhance and/or complement the architecture of the home.

Disadvantages of an Attached Greenhouse

The disadvantages of an attached greenhouse are that attached structures will require a frost-free footer and a foundation. This can be an added cost to the project. Also, building codes are generally more stringent for structures attached to living spaces.

Advantages of a Freestanding Greenhouse

Perhaps the biggest advantage of a freestanding greenhouse is that there are fewer limitations regarding size, height and style. Another significant advantage is that freestanding greenhouses usually have better lighting conditions because they can allow light to enter on all four sides of the greenhouse.

Disadvantages of a Freestanding Greenhouse

A disadvantage of a freestanding greenhouse is an increased heating cost during colder months. Due to all four sides being exposed to the elements, freestanding greenhouses are less energy efficient compared to an attached structure. Freestanding greenhouses are also less convenient to access because the gardener must go outside to enter the greenhouse.

Location of the Greenhouse

Many gardeners believe that a greenhouse should always be located facing south so it receives the most light possible. However, this is not always the best location for a greenhouse. Although the southern exposure will receive the most light, the truth is that most plants do not need that much light and, in some ways, a southern exposure can be counterproductive. During the summer months, a south facing greenhouse can easily get too hot and require a shade cloth to help protect the plants. An overheating greenhouse can hinder plant growth and be a nightmare for the grower. For most hobbyist applications, a greenhouse with western exposure is the way to go. Think “west is the best”. This is not to say that other orientations will not work. In fact, an eastern exposure will work just fine for most plants. A northern exposure may be too shady for any tropical varieties and is the only orientation that should be avoided if possible. Since virtually any orientation will work, greenhouse hobbyists should choose a location that will best complement the home or garden. Just remember that greenhouses do not need to be exposed to the maximum amount of light at all times. In fact, most horticulturists will want sunnier and shadier locations in their greenhouses to accommodate the needs of the various plant varieties.

For more information, please visit ArcadiaGlasshouse.com.

There are several frame types being used to construct greenhouses. And Depending upon your needs some are better than others. The primary materials are galvanized steel, aluminum, PVC, fiberglass and wood.

Galvanized Steel

Steel is one type of framework used on kits. It is strong, and galvanized steel will be rust resistant, but in time will rust a bit. Because of the weight, it will cost more to ship than other materials. Galvanized steel tends to be used on the lower end greenhouse kits, but it can be found on the more expensive ones too.

Aluminum

Aluminum is strong, will not rust and is lightweight. Round or square tubing is used, depending upon the covering material that is being used. Square tubing is available from building supply stores and this material could be used to construct a greenhouse frame. Drilling holes in it is fairly easy, so fiberglass panels or polycarbonate sheets could be fastened to the structure.

PVC

PVC pipe can be used to construct a Quonset type greenhouse frame. It is readily available, inexpensive and easy to work with. Up to one inch diameter can be bent to form hoops over which Polyethylene film can be stretched. Ends can be constructed from either plywood or fiberglass sheets. Fiberglass sheets can also be screwed to the hoops to form a cover over the frame.

Wood

Treated wood can also be used to construct a greenhouse. If you are do-it-yourself grower, this type of structure can be a bit harder to build. Just about any type of covering could be installed over a wood frame. It is strong enough for glass, Polyethylene films can be stapled to it and polycarbonate or fiberglass sheets can be screwed to it. Wood is the most versatile material available for a greenhouse structure. Besides pressure treated lumber, cedar and redwood can also be used for greenhouse construction. Both are lightweight and strong. Redwood is the most readily available and tends to be used in high end kits. Greenhouses constructed from redwood are both attractive and long lasting.

Fiberglass

Fiberglass tubing is also used as a greenhouse framing material. An advantage to this material is that it will not conduct heat or cold easily, thus helping keep heat in and cold out.

The size of a greenhouse can be determined primarily by the quantity of plants you plan to grow during the period of cold weather when additional heat and protection from frost is required. Plants that prefer warmer climates can continue to grow inside the greenhouse to produce flowers, fruits, or vegetables through cold and warm seasons. Plants, requiring shade during both cold and warm weather, can be protected from direct sun with a shade cloth. Size also will be influenced by the amount of space and money you have available.

The square footage required can be determined by laying out a floor plan that includes growing areas, walkways, and work and storage spaces not provided for in other structures. Enough space should be provided to prevent plants from touching greenhouse walls during freezing weather and to allow adequate air circulation. Plants should be reachable from walkways or from between benches and beds to allow for regular watering, fertilizing, and insect and disease control.

Walkways must accommodate the movement of workers, customers, equipment, plants, and vegetables in and out of the greenhouse. However, you want to minimize your walk, work, and storage areas as much as possible, because only the growing areas provide income or plants and vegetables for your own use.

If you are a commercial grower your greenhouse will need to accommodate trucks backing into (or at least close to) the greenhouse to load and unload. If this is the case make sure the greenhouse doors are large enough to accommodate them.

If money is tight, you can make the permanent greenhouse smaller by using less expensive temporary structures to raise early and late vegetables. Bedding plants can also be moved outside early to harden off, using temporary covers to protect them when frost is predicted.

Double and triple uses of greenhouse space allow for increased production per square foot. A simple wooden or metal frame can be built over a supply-storage area, creating more room for flats of plants. Temporary benches, filled with plants, can be set between rows of transplanted vegetables and moved as space needs change. Lettuce, spinach, radishes and other quick maturing crops can be planted early between tomato and pepper plants and harvested before later crops grow large enough to block the light.

Greenhouse rafters should be high enough to hang baskets above the heads of workers and customers, especially in walkways, yet low enough to water and fertilize regularly. They will need to be spaced far enough apart to grow without crowding and to allow light penetration to plants below.

Beat the Cost of Grocery Store Produce

One of the best reasons for a greenhouse of your own is to beat the escalating price of food. For a family of three, a greenhouse will pay for itself in a year or two. No more multiple dollars per pound for produce that you can grow in your own backyard.

Self-Reliance and Independence

As consumers, we are ever more dependent on jobs, fuel, utility companies and government. A greenhouse of your own helps you become independent and self-reliant in one of the most important areas of life — keeping you and your family fed.

Reason #7 – Get Out of the Wind and Harsh Weather

Greenhouses shield you and your plants from the damaging effects of a storm that might bring high winds, driving rains and hail or freezing weather with ice and snow. It also protects your plants from the constant drying effects of winds in more arid environments.

Reason #8 – Garden Year Round

In most places across the country, the sheltered environment of a greenhouse provides enough protection for growing vegetables year round. Even when temperatures drop into the single digits, many cold tolerant vegetable crops can survive just fine.

Learn All 10 Reasons

Reason #5 – Extend the Season

Get started earlier than normal and garden longer than your normal summer season. Unless you are growing plants that are very temperature sensitive, and your environment is harsh, you should be able to count on nearly two months head start and two months extended growing season, all with no supplemental heat.

Reason #6 – Create a Warm and Humid Environment

Plants love warmth and humidity. They thrive in it. A greenhouse allows you to easily capture and maintain an environment of warmth and humidity.

Reason #3 – Choose Your Own Design

A homemade greenhouse provides you the opportunity to design it yourself. It can be as wide, as long, as tall and as strong as you need it to be. Need another door or vent? Just put that into your plan. You’re not stuck with someone else’ design.

Reason #4 – Save Money on Materials and Labor

If you build your own greenhouse, you save more than half the cost of a kit and all the labor costs associated with having it assembled.

Reason #2 – A Greenhouse Allows you to Have a Designated Spot for Gardening

It provides a home for special accessories, tools and supplies necessary for starting seeds, transplanting, growing, harvesting, cleaning and preparing vegetables and cut flowers.

Garden & Greenhouse contributing editor Clair Schwan has developed a list of the top 10 reasons to build your own greenhouse.

Reason number 1 is Multiple Purposes

A greenhouse is great for growing fresh organic vegetables, you can also use it to grow flowers, house plants, bulb plants and seedlings of all types. Change what your focus is each year or mix it up as you like.