Posts Tagged flowers
September 22, 2009 at 4:19 am · Filed under Greenhouse, irrigation systems ·Tagged air circulation, arithmetic, atmosphere, atmospheric temperature, automatic green house irrigation systems, back door, common man, degree celsius, flowers, geometric growth, glasses, Greenhouse, improvement rate, plants, rare conditions, sunlight, temperature air, vegetables
Greenhouse cultivation has become more common these days. The necessary awareness needed about the greenhouse has reached even the common man. The world as a whole is itself becoming a greenhouse. But still for improvement of the vegetable rate, which is going in the arithmetic improvement rate to meet the on going, geometric growth rate of the humans is very much required. Cultivation of vegetables and flowers in the greenhouse is a very painful task than growing it in the fields of their chance.
Difficulties faced in Greenhouse
The difficulties faced in a greenhouse are countless. The most major difficulties faced in the greenhouse are the factors consisting of temperature, air circulation and moisture. The temperature has to be correct for the plants to grow which is usually greater than the surrounding temperature and only in the most rare conditions it is lesser than the outside temperature. The air circulation has to be high as this is a closed atmosphere usually the available air in the room will be the minimal as possible. Then watering is a major problem faced by this group of plants, as it cannot be done as easily as it is done in the field. Where we can make paths and water can be sent to the respective plants.
Methods to overcome
The temperature is provided to the plants is usually carried out by the structure of the building itself. This has a inclined glasses which is capable of sending the sunlight inside but not allowing it to escape the way it came in. as by this fact it makes it trapped in so by fact causing the temperature of the building to be higher than the surrounding temperature. The temperature will be 70 degree Celsius if the atmospheric temperature is 0 degree Celsius. This can be achieved if proper design is made in the greenhouse. The air circulation is monitored when we use vents in the windows and a special type of window, which will take care of the needy, replaces the back door. And about the watering scheduled and proper watering has to be done in order to make the proper growth of the plants.
Automation
There is automation available for the optimization of the all the above-suggested things. You can optimize the watering system, which is a little modification of your fire exhaust system. This is capable of providing timely and correct water quantity. The other is the ventilation and temperature. These things are also controlled by the usage of climate controllers in the greenhouse.
In common greenhouse cultivation the problems faced and the methods to deal with it are mentioned here. The automation process that are available and the complementation principles that can be taken to improve the production are dealt with detail.
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September 7, 2009 at 10:48 pm · Filed under Drip irrigation, Orchard ·Tagged 16 mm, baskets, diameter, diameters, discharge rates, drip irrigation system, drip tape, Fertilizer, flow rates, flowers, globe, irrigation water, precise location, row crops, soil nutrients, soil surface, vegetables, vines, wall thickness, wall thicknesses
Drip irrigation system is a great way to conserve water and soil nutrients. In short, it is a great way to save the earth.
It is globally recognized that a drip irrigation system is the best way to water a garden or a farm, providing just enough (not too much, not less) water for flowers, vegetables, vines, baskets and other row crops.
Drip irrigation system for row crops is increasing throughout the globe. This method is basically applying irrigation water in precise location and amount, thus offering the potential of increased profit due to reduced water, fertilizer and cultural costs and increased revenue due to increased yield.
One of the main components of a drip irrigation system is drip tapes. Many drip tapes are now available to purchase in the market. You can find a range of tape diameters, wall thickness, emitter spacing and emitter flow rates.
Initially a tape with 16 mm diameter was the only one available. But now you can even find diameters ranging from 10 mm to 35 mm. The larger diameter tapes, the longer rows you can irrigate. It ranges from 400 m to 800 m in lengths.
Wall thicknesses generally range from 4 mile to 15 mile. As for emitter spacing generally ranges from 51 mm to 762 mm. It offers wider range in tape discharge rates as well.
Drip tape can be buried or installed on the soil surface. Installation equipment is now available, helping you install a drip irrigation system for row crops even more easily.
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May 23, 2009 at 3:25 pm · Filed under Articles, Drip irrigation ·Tagged Agriculture, backyard garden, drainage, drainage system, Drip irrigation, drip irrigation system, drip irrigation systems, flowers, followers, garden, garden space, ground water flow, Groundwater, help control, irrigation methods, irrigation systems, plants, right solution, viable options, Water
One of our followers, we say them AgriGuiders, has post an article at his site. He asked for publish it at AG. His article as follows :
Are you looking to find the right solution to help improve the drainage system of your garden?
If the flowers in your back garden are continually suffering from having large amounts of excess ground water blighting your efforts to create the perfect environment for your prized plants, you may be pleasantly surprised to find out that there are in fact several viable options to help eradicate the issue and thereby hopefully get the most out of your garden space.
In my experience in this area, I can generally recommend using drip irrigation systems to tackle the issue and
help control ground water flow – as they offer perhaps the most effective method of managing the problem of plant drainage and can be a lot more reasonably priced than you may perhaps initially think. For example, why not try checking out the range of irrigation systems currently available to buy on the web and see if this can solve your plant drainage difficulties. You may also find that many such systems that can be found online are actually very easy to install and use – indeed much less complex than one may think.
I learnt many useful irrigation methods thanks to Agriculture Guide – you can find comprehensive irrigation systems reviews, and also what they are, where they used, how you can construct them easily etc, – for details you have to look Agriculture Guide’s irrigation systems tutorials and reviews. Especially I strongly advise you to look their drip irrigation page too.
So if you are having real problems with getting unwanted standing water away from your plants why not give some serious consideration to installing a drip irrigation system in your garden today ?
* Thanks to you Agriculture Guide, you let me learn about all those irrigation systems that are suitable for my backyard garden.
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March 21, 2009 at 9:33 am · Filed under roses ·Tagged Flower, flowers, garden, Greenhouse, hot water, Moisture, moisture proof, Plant, proof boxes, rose, roses, stems, storage, Temperature, warm water, Water
The harvested flowers should be put in warm water and kept in 4-5 degrees of temperature. If the roses must be kept for around two weeks, they can be kept in -1 to 1 degrees, but these roses shouldn’t be put in water, instead they should be kept in air and moisture proof boxes. Read the rest of this entry »
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March 19, 2009 at 10:18 pm · Filed under Greenhouse, roses ·Tagged decare, Flower, flowers, garden, Greenhouse, Plant, plant roses, rose, Soil, tonnes, type of soil, Water, Watering can
It’s important to be careful with watering of roses, as soon as they are planted. While the timing and amount of watering depends on factors such as the environment, the type of soil, the state of the plant; roses need more water in summer and while new shoots are growing. And the watering needs are low after trimming, collecting flowers and in winter.
It can be said that a decare of greenhouse needs 2000-2500 tonnes of water each year.
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Agricultural Biodiversity 