Category: Gardening

Led Grow Lights Future Of Hydroponic Gardening

Until recently, indoor growers only had traditional mechanisms of indoor hydroponic growing with high heat bulbs such as high pressure sodium, metal halide, and more recently, compact fluorescent. The light bulb would provide massive amounts of light, measured in lumens, to replicate the sunlight necessary for photosynthesis which drives vegetative growth and flowering.

These lighting sources provide white light, which is the combination of all the colors in the visible spectrum put together. The problem with these traditional lighting sources is that they are inherently inefficient and waste a great deal of energy in the form of excess heat and light in the visible spectrum which is not beneficial to indoor growing. For example, the green spectra is not necessary for photosynthesis as green light is reflected and does nothing to the plants (green light bulbs are good to use when you need to enter your grow room during the sleep cycle of your plants because they will not be detected by the plants).

Although different plants have different lighting requirements (orchids have different light needs than cannabis plants), most plants flourish with only a limited range of light – reds, orange, and blues. This is because various processes and chemicals involved in photosynthesis respond most readily to these bands of light. Unfortunately, only about 15 percent of light emitted by HID/CFL bulbs is available in the bands of light needed for photosynthesis.

This is where LED technology makes the photosynthesis of indoor grown plants a more efficient process. Hydroponic LED lights concentrate their diode ratio around the reds, oranges and blues, along with the weighted value of other spectra needed to get the optimal blend for a particular plant. By concentrating on the wavelengths actually needed for photosynthesis, LED growlights can save a tremendous amount of energy as compared to high pressure sodium bulbs. This is why a 300 to 400 watt LED growlight can replace an entire 1000 watt high pressure sodium or metal halide system.

Furthermore, the LED grow light does not need a ballast assembly because the power supplies are built into the panel. If you start adding up all the capital and operational savings, it is easy to see why LED grow lights are becoming the future of hydroponic gardening.

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Ebb and flow VS Drip system

Do you really need to read an entire article to determine which of two very similar hydroponics systems are best for you? I think so, because each of them have some small particularities that can make a world of difference for you in the long run. Find out which one is better suited for you in this versus article between a hydroponics drip system and an ebb and flow.

Building and Installation Difficulty

Both types of systems work on pretty much the same principles and are quite easy to set up if you’re buying a ready-made kit that you just need to install. Although both systems are slightly harder to build from scratch in comparison to water culture, the ebb and flow has a slight edge, due to the fact that the drip component in the system bearing its name is harder to get working. So ebb and flow hydroponics systems win a point at this category.

Reliability

When I say reliability, I’m thinking of how often a particular system breaks down and how much risks does it take. Another aspect of reliability I will take into account is the damage these systems produce if they do indeed break downbecause it’s not the same thing if your hydroponic system breaks and floods your entire greenhouse, or if it breaks and spills a few drips on the floor. And I guess you already noticed where I’m going with this, namely that an ebb and flow system does a lot more damage if something breaks, thus it is less reliable than a hydroponics drip system.

However, there are certain ebb and flow products out there that come with an automatic water pump controller that spots when something goes wrong and cuts off the water pump so it doesn’t make mess. And honestly, if you’re serious about gardening, you shouldn’t be caught without such a protection system. Still, for making us take this extra measure, the ebb and flow system loses one point to the continuous drip.

Efficiency

Efficiency refers to how well and how fast plants will grow in a specific system as well as how much of the supplies you will use will go to waste. From the perspective of growing efficiency, both systems do fairly well, so none gets the extra edge (after all, they work on almost the same principles, so there shouldn’t be large variations in performance either). But when it comes to supplies efficiencythe ebb and flow hydroponics system will prove to be quite the waster. Because it constantly floods the plant tray then pulls back the excess water/nutrients in the nutrient container, the pH levels in here will be on a constant fluctuation. This will force you to change the solution more often, since an unstable pH can have some nasty effects on your plants. On the other hand, although a hydroponics drip system will still have this problem; it will have it at a much lower rate, which gives it the edge in efficiency over the ebb and flow. 2-1 for drip!

Power Consumption

The fact that the drip system uses a special pump header to control the flow of water doesn’t affect power consumption at all. So the power these two systems eat up should be similar. But obviously, the main power hungry component is the lighting system, so whatever lighting system your hydroponics kit comes with will determine its power consumption ratio. Since the systems themselves are on equal terms in this category, neither one gets any points, leaving the final score 2-1 for the hydroponics drip system!

What Are Xeriscape And Hydroponic Gardening

Xeriscape (pronounced “zera-scape”) gardening is a water efficient method of gardening. While the term Xeriscape gardening can sound intimidating to some, it is actually a simple method of gardening that can be used for many different types of gardening. Rather than replacing the way you currently do your gardening, think of Xeriscape gardening as an additional technique that will make your water usage more “green” by using less to grow more.

Using the principles of Xeriscape gardening will allow you to plant and maintain your annuals, perennials, vegetables and trees in the most water-wise manner possible. Now, you will not have to use as much water for the same numbers of plants that you would like to grow in you garden or lawn area.

With as much as 25% of our water supply being used to maintain lawns and gardens, it is becoming increasingly important to learn to plant wisely, taking into account the type of soil you have, the sun exposure needs of your plants and the water needs of your plants.

There is no need to simply go without a plant that uses water heavily however, planting heavy water users all together will help save water and will also make the low water users in your garden happier. This method is one of the key elements to Xeriscape gardening.

You should also become familiar with the hydroponic method of gardening, which uses no soil.

With hydroponic gardening, nutrients are introduced directly to the root systems of the plants without having to be fed through the soil. This allows the plants to put less growth energy into the root system and more energy into producing foliage and fruit. Foliage plants will be bigger and fuller, and vegetable plants will produce more and larger vegetables.

Hydroponic gardens do not require large amounts of land or yard space. A balcony, deck or even an inside room can be used to grow large amounts of foliage and vegetable plants.

While the cost of setting up a hydroponic garden may be higher than planting a traditional garden, the results will more than make up for the initial investment.

What Is The Hydroponics Gardening And How Does It Work

The history of hydroponics is quite interesting as the initial idea was first formulated by Woodward way back in 1699. The theory remained to its books until the 1840’s from which point some Botanists tried to develop the basic system.

The biggest advantage of hydroponics is that it requires little or no land space as does regular farming. Hydroponics water is usually re-circulated saving energy and nutrients needed by the system. This ensures that energy and efficiency is optimum.

Although the history of hydroponics goes back in centuries, hydroponics was known to the wider world during the 70s and 80s. Since the world economy started constant warnings about food crisis around the world, more studies were directed towards producing more crops out of less space and cost. As solutions, there have been number of concepts introduced and hydroponics was chosen as one of the best solution to be implemented commercially.

The arrangements of stacks and the layout of the hydroponics greenhouse play key roles when it comes to reducing the cost. When more vertical stacks are used, the space requirement lowers. This produces the more amount of crop per square meter. When it comes to layouts, the design should adhere to the basic principles of physics.

First of all, the layout should support maximum sunlight intake, so the need of artificial lights can be reduced. Next, the layout should support proper liquid flow, where water based solution is used for giving the required nutrition to the plants. If the flow is designed for the maximum efficiency, the liquid solution can be reused a number of times before it expires.

In hydroponics greenhouses, lighting plays a major role. The plants should be supported with adequate amount of lighting for proper growth of crops. In addition to the sunlight, there should be a mechanism for artificial lighting. Usually, glow lights are used for lighting hydroponics greenhouses artificially. These glow lights are available in different sizes and types. If you have a specific or personalized hydroponics greenhouse, then you can get the lights customized to your requirements as well.

Once the routine of a hydroponics greenhouse is automated, there is no requirement for human intervention. Usually, almost all the commercial hydroponics greenhouses are fully automated, making sure the human labor is only required for supervision purposes. Although the capital investment is quite high for automating a greenhouse, it has a high ROI (Return on Investment) during the years to come.

Climbing Plants A Gardening Solution

One glance through a gardening magazine, and we are showered with images of pristine gardens, beautifully appointed with hundreds of varieties of plants, trees, and shrubs. While many of us aspire to have yards as beautiful as those in a magazine, few of us have the time or resources to achieve such perfection. However, with a little work and some good planning, even those of us with the blackest of thumbs will feel good about our efforts in the garden.

When reviewing your outdoor space, try to identify those areas that you’re not very happy with. What do you want to change about them? Do you need some additional flowers or other plants? Perhaps the space doesn’t feel balanced? Climbing plants may be just the answer you are looking for to solve a variety of common problems in outdoor areas.

Many plants, both annual and perennial, fall into the category of climbing plants. The more common climbers are clematis, morning glory, ivy, and honeysuckle. However, many plants that spread along the ground like creeping phlox and periwinkle can provide coverage for unsightly spaces in your outdoor area, as well.

Climbing plants can be used to solve a myriad of problems in your outdoor spaces. For example, do you have something unsightly that you need to cover, such as a garage wall, tree stump, or electrical meter? Use climbing plants to cover it up! They not only change the view you are seeing, but they can also provide color and fragrance to an area. Consider putting up a trellis on the side of your shed to soften it up with a burst of color and fragrance. Climbers can also provide coverage of retaining walls and fences with little effort.

While climbing plants can be trained to climb a trellis or wall, they can also be planted in a pot and allowed to cascade downward, or used as a groundcover. If you have some areas of the garden where bare soil is showing, consider using a vine or other groundcover plant to hide those bare spots.

Lack of privacy is another major issue that homeowners commonly cite when asked why they dislike their yards or gardens. Perhaps you have neighbors that are a little too close? A trellis, arbor, or pergolas is a great solution to this problem. Climbing plants will easily climb and cover these structures, providing privacy and beauty to your yard. Pergolas and arbors can also be used over pathways or gates, or to mark a transition from front yard or side yard into a backyard. In all of these places, consider planting a climbing vine at the base of the structure. Within a few months, you’ll have a stunning focal point for your yard.

Climbing plants are usually pretty self-sufficient and require little care to grow. Of course, there are the basic needs like sun and water. You might also want to be aware of the soil type or soil pH level that the plant requires, though with climbers this is usually a less important consideration. Obviously, the most important thing to consider when planting a climber is providing some support structure upon which it can grow. When allowing climbers to grow near buildings, it’s important to keep a close eye on the plant so it doesn’t get out of control. Some very vigorous climbers can damage homes, garages, or barns when allowed to grow unchecked.