Then, you need to prepare an area that will be used to grow the plants. Choose the area that get full sun almost all day. Cultivate the soil and don’t forget to add compost and organic materials. Determine how much the gardening area you need for your vegetable garden.

Choosing vegetables’ plant is great choice for backyard gardening. You have to understand how large the area you have. If you have a small backyard, you can consider growing the plants in containers. Tumbler tomatoes and lettuce can grow well in pots. You can also plant the vegetables in hanging baskets to optimize the space of your backyard.

Are you planning on using them both fresh and dried for culinary purposes — to add to your meals to enhance the flavors? Are you planning on making flavored oils or vinegars to present to friends and family members as gifts (while keeping a couple stashed for yourself?)

Or have you discovered the many natural health benefits of herbs and would like to grow your own to brew teas, infusions, pastes to use to help your minor health conditions?

Oh, yes, it does matter! First, you may be planting totally different plants if your aim is to embolden your entrees than to empower your health.

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Here are just a few of the different “classes” of herbs, each used for a different reason”

Culinary herbs — sometimes referred to as sweet herbs – are those plants, whether they be annual, biennial or perennial, that have tender roots or ripe seeds. They also possess an aromatic flavor (yes, they smell darned good!) and they have a great flavor.

Medicinal herbs are grown with the intent of eventual use to remedy specific health conditions, from serious heart related problems or the pain of arthritis to loss of energy or memory.

Ornamental herbs. Just as the name implies, these herbs are grown with the intent of pure enjoy. They’re cherished for their beauty.

Then there are the herbs that are grown in order to enjoy a great cup of tea. And believe it or not, there are gorgeous, imaginatively designed gardens, grown for this express purpose.

The herbs you ultimately grow depend on large part, which class of herbs you want.

How to Herb Garden team http://howtoherbgarden.bytinet.com Information for Successful Herb Gardening

 Hydroponic grow lights come in three main types:

Incandescent lights

These are the usual lights found in homes. They are generally a poor choice for garden grown lights because of their limited light spectrum and inefficiency.

HID (High Intensity Discharge) grow lights

Producing more light (up to 10x more lumens/watt than an incandescent light),are more efficient. Drawbacks would be, they produce more heat, generally more expensive than incandescent lights and requires the additional expense and maintenance with ballast. It takes around 100 hours before hydroponic HID grow lights reach their optimum working conditions, or until they reach light intensity and color stability. 

Natural Sunlight

Expense for acquiring artificial lights can be skipped by using sunlight. This is done with the use of solar room, greenhouse or large windows which allows plenty of sunlight. Or you can do this outdoors; hydroponics does not necessarily mean the cultivation of plants indoors but it growing plants without the use of soil.

Basic setup for an indoor garden is 1000w of lighting for and area of 16-25 square feet of plant area. Reflectors and/or light movers should also be considered as they improve efficiency of the indoor hydroponic gardening system. Ballast may also be needed as numerous hydroponic grow lighting require igniting.

 Some Basic Facts

Before plugging in your grow light

Different plants require different levels or types of lighting, this paragraph would deal on some simple know-how on how to make an effective lighting setup. In setting up your garden, it is essential that you determine your growing area in order to determine the best lighting setup for you. Light is an essential factor in the growth of plants, it is important that the lighting solution you chose for your garden is adequate for its size. A poor or ill advised decision would certainly reflect on the quality of plants you produced. Inappropriate budgeting like cost cutting specially on lighting would just prove to be uneconomical and inefficient in the long run.

A general rule for lighting that area coverage is determined by a light wattage output. Reflectors might be used to increase the light area and reach corners but effectiveness is still determined by this formula.

Day and Night Cycles

The type of plant and its stage of growth generally determine the amount of light needed. A common cycle is that with 18 hours of light and 6 hours of darkness which is recommended for its vegetative growth phase.

For seedlings, a continuous light source is needed until the first real leaves appear. When the leaves appear, the regular 18/6 light cycle is used. Fluorescent or incandescent lights are best for seedling because of the low heat and soft light they generate. Automated timers maybe used to ensure consistent light cycles. Inexpensive timers are also available; this can be found any hardware or Home Depot/ Lowe’s type store.

Light and Photosynthesis

The plants exposure to light intensity, duration and light color directly affects the amount of energy needed for photosynthesis. The color of the light, Blue simulates the summer sun, Orange for autumn seem to stimulate photosynthesis best. The light spectrum produced by metal halide bulbs (Blue lights) and high pressure sodium bulbs (red/ orange lights) produce this effects. HID grow lights produce these effects owing to their popularity to hobbyist and professionals. Combination of metal halide and high pressure sodium bulbs provides the complete spectrum of light produced by the sun.

Use Caution When Working with Lights

The combination of water, electricity and chemicals in such a closed-in space makes the grow room one of the most dangerous places in your house. Keep in mind to separate your ballast by elevating it from the water-containing areas of your hydroponic growing system. 

Though typical widely used incandescent lamps fit any ordinary light socket, this type of lighting is considered to be the least effective in lighting your garden in comparison with other types of lighting. Incandescent lights produce light in the red spectrum; that is why such lamps are commonly covered with a blue coating in order to increase the amount of blue spectrum in the produced light. In general, incandescent lights are considered to be poor options for indoor gardening needs.

In comparison with incandescent lamps, fluorescent lights produce more light with lower energy consumption. However, the light, produced by fluorescent lamps, is not intensive enough and cannot penetrate more than 6” – 8”. Light, produced by fluorescent lamps, is usually simply insufficient to provide normal growing of plants, vegetables and flowers. The only application, where it is possible to use fluorescent light, is growing seedlings, cuttings, or some particular plants with low light requirements, such as orchids.

High intensity discharge lights, also known as HID lights, are currently the most effective lights for indoor gardening. Metal halide (MH) and high pressure sodium (HPS) grow lamps are two major types of HID lights. Each type produces light in a particular range: for example, metal halide lights generate blue spectrum light similar to the full summer sun, and high pressure sodium lights produce light in red and yellow spectrum, resembling the autumn sunlight. 

Though high pressure sodium lamps usually are more expensive (by about 10%-20%) than metal halide lamps, they are more durable with extended lifecycle. Besides, HPS lights feature higher lumen output (97-150 lumens per watt consumed) and lose only about 5% of their brightness after one year of use (for comparison, MH bulbs produce about 70-115 lumens per watt and  lose up to 15-20% of their initial brightness within a year). 

Irrespectively to the particular type of lighting in use, it is recommended to replace lights on the timely manner: MH bulbs – after 12-18 months, and HPS bulbs – after 24 months of work. Basically, metal halide lamps is the more preferred type of lighting for plants, when they grow, and high pressure sodium lamps suit best for flowering plants. However, the discussion on which type of lighting is best is still open among gardeners. Each type of lights offers its own advantages, as well as disadvantages, so it is often a matter of personal choice, preferences, growing environment and needs. The scope of this article is to provide plain information on the available types of lighting for indoor hydroponic gardening, while leaving readers enough space for personal decisions on which product to prefer.  By the way, recently a new type of lights appeared. The so-called conversion systems allow switching between MH and HPS lights when it is necessary simply by changing the bulb. Though this type of lighting offers certain benefits, conversion systems are still pretty expensive. More information on particular types of HID grow lights used in hydroponics systems will be provided in the next set of hydroponics guides.

The other part of the hydroponic system is the lower bed – the reservoir with the mix of water and nutrients dissolved in it.  Aquarium pump, regularly triggered by a timer, sends water solution up into the tray with plants.

The most important thing is to keep the correct composition of water solution in the reservoir – this is the key factor of the hydroponic garden flourishing. Many beginners find it difficult to maintain the right pH level of the water, necessary amount of nutrients, and their correct ratio. 

Standard organic plant nutrients are available to fertilize plants; however, many people are reluctant to do that, as they think such fertilizers will quickly make the water reservoir dirty. Indeed, organic nutrients interact with the organisms in water, which leads to their decomposition. Specialized concentrated nutrients, on the other hand, keep the reservoir relatively clean, since they are synthetically made and thus they cannot interact with the organisms in water. Nonetheless, such “clean” fertilizers will severely burn the plants roots if used in access.

Being pumped into the grow bed, water with a fertilizer saturates the plants and returns to the reservoir lacking the previous amount of nutrients and ppm (parts per million). Thus, its composition is always different and changeable. That is why a gardener should always monitor water solution, controlling its pH level and plant nutrients amount.

In this article I would like to dispel some myths about indoor gardening as well as give some tips for simple ways to improve your harvest.

Myth #1: You can grow in any room indoors.

Growing indoors even in the best circumstances is more difficult than you would think at first, and depends a lot on “what” you are trying to grow.  For this article I will focus on food bearing plants such as tomatoes and cucumbers, and other succulent garden plants, as well as herbs and fresh flowers and orchids.  Plants such as garlic and carrots that create bulbs are even more challenging and will not be discussed at this time.

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Tip #1:  No matter what plants you decide to grow indoors, you will still need to meet its basic requirements for growth.

Mainly, good ventilation from the outside, Light, and fertilizer as well as a exhaust for the heat from the lights and built up oxygen that the plants cannot eat.  Plants Breath CO2, but with global warming and all there is plenty of that in regular air, so just make sure your ventilation is good into and throughout the room.  Light and fertilizer depend more on what you are trying to grow. Be sure that water is nearby unless you like to carry heavy things a lot.  Even long hoses only go so far.

Myth #2:  Indoor gardening doesn’t involve getting down and dirty.

Cleanliness is close to godliness.  Growing indoors can be a messy job.  Weather you decide to use hydroponics or soil, there is usually some sort of spills involved.

Tip#2: Plan for the worst!  Enclose the growing area in a cheap and easy home-made reserve reservoir to prevent run-off and spills from damaging your home.

Create a wooden frame of 2x4s that sits flat on the ground and lay a giant plastic sheet (available at home depot) that tucks over the board on all sides.  Be sure to measure before hand, but often you can get 12 x 30 ft or more.  The idea is to create a giant tub below the plants in case of emergency. This is especially important for hydroponic systems that are not on the ground floor.

Try adding up the costs of plants, weedicides, pesticides, fungicides, fertilisers, petrol, mower and trimmer maintenance, weed eater cord, garden mulch and even water costs. Even the time and effort we go to in order to maintain a good-looking environment for our families and ourselves can amount to a substantial price.

So it is no wonder that many people are looking at ways to save money for more important causes.

One of the first things that you can do to save money, is to make use of as much of that organic matter that many people throw in the bin or wash down the sink.

For instance do you throw out your lawn clippings? Do you dutifully wrap up and throw out those old veggie scraps?

Are you one of those people who regularly get the trailer out and make trips down to the landfill with a pile of branch prunings?

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What about those pile of leaves you threw in the bin last autumn?

Do you realise that all of those things can be turned into a wonderful form of plant food, as well as being used as a barrier to prevent the soil from loosing moisture and therefore increasing the amount of time between watering your garden. An organic mulch will also improve the soil structure, increase the good animals like worms while assisting in decreasing the nasty pests living in the soil.

By keeping these sorts of things within your own garden you are also assisting in reducing the effects that city living is having on the environment in landfill problems and costs.

There are a number of different ways that you can recycle these piles of organic matter within your own yard. One is to apply the bulk organic matter directly to your garden beds, ensuring that you don’t pile the material directly up against the trunks or main stems of the plants. A second idea to get a worm farm and recycle your kitchen waste that way; the worms provide you with a very strong and nutritious fertilising liquid for the garden as a bonus. This liquid is so strong it has to be diluted 10-1.

Don’t, by the way, put meat products, citrus peels or onion and garlic in with the worms. A third way is to purchase or construct your own compost pile/bin/tumbler and recycle the material that way.

So just by composting your old leaves, soft cuttings, veggie and fruit scraps, chipped branches, lawn clippings etc., you can do a lot to reduce your costs that you would have spent on such things as garden mulch and fertilisers as well as assisting your plants to last much longer between watering periods. So as you can see there are a number of reasons for not throwing away all that organic material.

Split Hoses/Pipes

What do you do once your garden hose or irrigation pipe has developed a crack or split after your son has mowed over it or you’ve managed to drive over it once too often?

With either type of system, you could cut out the section of the damaged hose or pipe and put in a joiner, but sometimes this is impractical or impossible. Then why not look at repairing it instead of replacing it. Use the same method as you would for a kinked hose. Which is listed below.

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Kinking Hoses/Pipes

Once a garden hose or irrigation pipe has jack-knifed back on itself at a particular spot, it will continue to do so for the life of the hose/pipe. This is because it has become weakened at that point. Again you have the option to cut out the weakened area and join the remaining parts of the hose. Or you will have to look at repairing the weakened area to stop it kinking in future, you can do this by bracing the weakened area/s by the following method . . .

What you will need to repair split/kinked hoses or irrigation pipes

An excess section of garden hose or irrigation pipe A Sharp knife or blade Container of hot water Measure and cut off a small section of hose/pipe, approximately three inches long, or as long as is needed to cover over the weakened or broken area. Cut this section down its length on one side only.

Soften the hose or pipe section in hot water. Open it up and wrap this like a bandage around the weakened section of hose/pipe.

This acts like a splint over the weak area, strengthening it so that at that point it will not kink or fountain out water anymore.

If you are repairing a split area of the hose you may have to look at sealing the hose with something like a silicon sealant. But you will find that simply putting the hose splint will greatly reduce and/or stop the leak.

The hose or pipe splint will not move off of the weakened or split area because it rehardens fairly quickly as it cools, this tightens its grip over the weak part of your hose/pipe.

Repeat this procedure for other areas that are split or are prone to kink of the garden hose or irrigation pipe that you are using.

So if that garden hose or irrigation system of yours is split in one or more places or is kinking all the time, and it is frustrating you no end, then do something other than throwing it out. Either repair it or at least keep the old hose or pipe to repair your future watering systems.

These days, when the humanity faces many challenges, associated with natural resources depletion, bad ecology and many health problems, stemming out of the wrong food choices, it is, perhaps, the best time ever to return to natural ways of producing food for the sake of our own and our planet.

It was a common practice for our ancestors to grow fruits, vegetables, herbs and flowers for their own needs. Nowadays, the natural way of growing plants reappears with hydroponics as the particular technique, which makes plant cultivation possible even in urban areas without the use of soil. With more and more people involved, hydroponic gardening develops rapidly these days. Irrespectively to whether it is your hobby or professional activity, indoor gardening brings significant benefits for all.

Hydroponic and soil indoor gardening – The World of Gardening for the Future

If you are only making your first steps in mastering the art of hydroponic gardening, our site will become a valuable resource for you. Our hydroponic library is a source of theory on the basics of indoor plants growing, and our shop is a one-stop destination to find everything you need for your hydroponic needs, starting from vegetable seeds and wide variety of growing media to start growing your plants, and finishing with reliable equipment, such as growing lamps and climate control, to help you gather rich harvest.

The definition of hydroponics

Hydroponics most often refers to the science of growing plants (vegetables, herbs, flowers) without the use of soil. Plants are cultivated on a special growing medium, and all the nutrients, required for growing, are supplied via specially formulated nutrient solution. The primary task of any growing medium, used in hydroponic gardens, is to support plants’ roots along with retaining water. There are many books on hydroponic gardening, so if you would need to expand your knowledge in this field, please browse our Literature section or the online library for further information on hydroponics.

When it comes to watering your lawn and paying water bills, sound gardening practices can cut down homeowner investments of effort, time and money, reports the American Association of Nurserymen. And, you don’t have to turn your lovely colorful landscape into a rock garden featuring a sprinkling of cactus plants.

This popular approach to water management and water-conserving landscape design has been commonly known as Xeriscaping, and because the term comes from the Greek for “dry” many people assume it describes desert landscapes. That couldn’t be further from the truth. In contrast, the approach focuses on working with nature’s guidelines to create a lush looking landscape. As a matter of fact, “naturescaping” can be another way to describe this water-wise landscape design and management.

Turning your yard and garden into a “naturescape” requires some common sense and planning. That entails choosing the best plants, soils, locations, and irrigation systems for efficient water use. Some of those water-wise plant materials include vibrantly colored perennials and lush varieties of shrubs.

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The keys to “naturescaping” involve how, when, and what you water in taking care of your property. Low-volume irrigation systems such as drip-watering devices reduce water use by 50 percent. Early-morning watering cuts down on evaporation.

Water-wise “naturescapes” offer savings. Grouping plants by water requirements is a smart way to guard against overwatering some plants and underwatering others. Save water by replacing leaky parts of irrigation devices and positioning sprinklers to shower areas of vegetation, as opposed to the driveway, garage, or deck.

A constant among guidelines for being water-wise is maintaining the health of your plants. Strong plants don’t need as much water as weak ones do. We have many reports from gardeners that Spray-N-Grow helps their plants withstand drought much better than those not sprayed with Spray-N-Grow. That’s because Spray-N-Grow helps plants develop a better root structure-more roots that are larger and longer. Plants that have a better root structure are more able to “find” any available moisture.

Be sure to add the needed soil amendments and mulch around plants to keep the roots moist. When adding to your landscape, don’t forget to include drought-resistant plants and grasses to those you already have.

Before you begin planning your new “naturescape” or planning how to convert your current landscape into a more water-efficient one, be sure to check with the experts at your retail nursery/garden center. They can offer the most valuable assistance for getting the best results.