Tag: irrigation

Development in technology has made every task a little bit easier. It brings series of innovations that have influenced various types of industries in the world. Along with all these developments, he irrigation industry has drastically improved. In fact, most of its manufacturers have creatively made unique and sophisticated planers and boxes that could satisfy vast numbers of customers around the world. Transplanters

Planters with a self watering reservoir are among the finest gardening products that become on demand in the current market these days. More than that, such innovative irrigation practices has added thrill and excitement to various garden enthusiasts. Likewise, busy gardeners will finally be able to focus on their chores without worrying much on regular watering and up keeping of their plants and flowers. Nowadays, watering planter has been cleverly designed with self-watering reservoir system that provides a perfect amount of irrigation to your plants. It delivers a normal amount of water that keeps it from being drowned or over watered. Transplanter Parts

Indeed, with self watering boxes and flower containers, anyone would be able to set up a beautiful garden in some few minutes and watch these plants grow on their own. Moreover, each of these planters has been made of solid and durable materials that could stand the threat of deterioration or damages. Likewise, it has been creatively made by skilled and professional workers who have produced and manufactured high-quality planters to different parts of the world. Most prominent commercial establishments such as hotels, spas and restaurants have their plant watering system. Such types of planters in irrigation have become popular for its versatility and flexibility. With its presence, various people who have loved the idea of nurturing their garden will finally have a good time in managing their schedules well. Each planter has a built-in reservoir with functional channels that are usually found at the base of the boxes or containers. Transplanter Supply

This would eventually allow the moisture to move upward so that the plants will be able to absorb it and will be provided with the right amount of irrigation. Refilling the reservoir twice a week would make your plants grow healthy and stout throughout the year. Watering planter comes in a wide variety of sizes, styles, shapes and shades that could please large numbers of customers. It has been made with elegant customized features that add a touch of sophistication and functionality. The variations of its patterns and deigns would complement well with any landscaping plans. Transplanter Services

An irrigation system is a must for your landscape design. Any plant (especially newly soiled ones) needs an efficient and regularly serviced irrigation system to keep it thriving and looking beautiful all year 'round. Irrigation systems are the most convenient and eco-efficient way to keep your plants healthy; they help prevent over and under watering and if used and maintained correctly, can help you save hundreds on residential water costs. Irrigation System Water Pumps

But irrigation systems need to be properly maintained in order for them to run smoothly and take care of your landscaping for as long as possible. An ignored irrigation system is an unhappy one, and you will definitely begin to see this reflected in your plants. We have compiled some tips for you to keep your irrigation system working to the best of its abilities, all year 'round: Irrigation System Services

1.Check For Leaks

In order to optimize your irrigation system, you must regularly check for any breakage, cracks, or leaks in the pipes and heads. Over time, wear and breakage will happen -- it will save you time and money to catch them early on. If a head is broken or missing, it is important to replace it immediately to stifle any further damage. Broken or missing sprinkler heads can cause run off from the chemicals used to treat surrounding plants.
2. Invest in a Rain Sensor

If you have an irrigation system, it is actually required by Florida law that you install a rain sensor. You know what that means! If your Orlando, Oviedo, Winter Springs, or Lake Mary landscape design currently uses an irrigation system to keep your plants fresh and thriving, make sure that a rain sensor is installed! Irrigation System Design

3.Clean it Regularly!

Clogged nozzles and heads can easily cause dry spots in your landscaping. It is important to consistently clean them out to make sure your irrigation system is doing its job to keep your plants alive and looking beautiful. Unscrew the heads and clean out the filter by removing the nozzle and cleaning the screen with a toothbrush.
4.Adjust for the Seasons!

Plants require less water in the cooler seasons (Winter, Spring and Fall) and more water in the hot summer months. By adjusting your irrigation system to account for the seasons, you will save water, money, and your plants lives! Use your system's controller to schedule more water in the summer months and less in the cooler seasons. Your plants, and your wallet, will thank you!

5.Use Consistent Heads!

It's essential to use the same type of head with the same precipitation rate throughout all of the zones in your Florida landscaping. Mixed heads can cause your landscape to receive too much or too little water in certain areas. For example, spray heads deliver the same amount of water as rotors, but in 1/3 the amount of time. If you are irrigating a smaller area, stick to JUST using spray heads in order to save water and time. But if you are irrigating a larger area, use only rotor heads to get the job done and set the time to 3 times the amount that you would an area with spray heads. Irrigation System Design 

An irrigation project facilitates irrigation water supply to farms. That said, having a reliable irrigation water supply largely depends on the construction aspect of the irrigation project. Irrigation System Water Pumps

The major components of an irrigation system are, pipes, pumps, automatic irrigation controllers, irrigation emitters, filters, back-flow prevention devices, valves & valve boxes, irrigation system sensors, solenoid cables and connectors. 

#Conduct a survey

Before commencing the construction of an irrigation project such as a dam, weir or barrage, it is important that a survey of the entire area is done. A survey by competent construction managers for an irrigation project is necessary to understand the suitability of the project and the challenges that may arise. Irrigation System Pumps

#Look at the aspect of water availability

Whether you are constructing a water reservoir or a weir, you need to observe the availability of water in the particular area. An irrigation project is best constructed in an area with a reliable source of water such as a river that does not dry seasonally. 

#Look at topography

Once you have established that there is enough water to sustain the irrigation project , the team should go ahead and study the topography of the area. This will help in marking the tentative alignment for the irrigation project. Moreover, it is at this stage that the behavior of the land to be irrigated is examined. 

#Selection of construction site

The construction site is selected after soil survey has been done to establish its foundation depth. Besides, there should be sufficient basin area that has the capacity to meet the required irrigation demands. 

Apart from ensuring that the site is easily accessible, the construction materials as well as labor should be readily available.  

Another thing to note is that an irrigation project needs to be assessed for safety considerations. Irrigation System Installation

Once an irrigation system has been constructed and started working, it should be inspected on a regular basis to ensure that it's functioning optimally and establish if there are any signs of damage.

The construction of an irrigation project should be done with strict adherence to sound engineering principles and guidelines so as to provide a stable, long-lasting and safe water supply needed for farm irrigation. Irrigation System Supply

Introduction

Over centuries, we have always advanced on how we do things increasing efficiency and saving on labor while we optimize results. It has always been our nature. And much of this advancement has been in the field of agriculture. Drip Irrigation Systems

Today, the world population is increasing at an alarming rate and governments are trying everything to make sure that they feed their population.

Lucky us, we have drip irrigation. An effective farming innovation that has proven to be extremely advantageous to farmers and its benefits cannot be written off. Because of it, farmers no longer rely on seasonal rains for farming.

Why do you need drip irrigation on your farm? Drip irrigation is advantageous on many counts, this is because;

Saves on water use; with drip system, you will be able to reduce the amount of water that is lost through evaporation, seepage, transmissions and other common leakages. This is because the water is directly delivered to the crops. As a consequence, you will save on water compared if you had adopted surface irrigation.Drip Irrigation System Supply

Uniformity in crop growth and yield; as water and nutrients are distributed evenly throughout the farm through an automated drip system, each crop relatively receives uniform attention. Therefore, you will be able to maintain consistent soil moisture and nutrients for uniform crop growth and yield. You will not have to worry about inconsistencies in production.

Controls water variability throughout crops' development cycle; studies support that there is a positive correlation between low water supply and yield loss. Farmers who depend on drip system will not have to worry about inconsistencies of the rains as they can supply their crops with water whenever they deem fit. As a result, they will be able to control plant stress increasing crop growth and yield.

Reduces the rate of tractor passes on the farm; as the nutrients can be delivered through the drip system, there will be no need of frequently using a tractor. As a result, you will save on labor, and fuel requirements, reduce soil compaction, root pruning, or any damage to crops.

It optimizes water use and nutrients distribution; drip irrigation can be control. You will be able to control the amount of water and nutrients that reach your crops at different times, depending on the development stages of your crops. Drip Irrigation System Design

Also, you can also control where in your field you wish to irrigate and input nutrients in your crops. As a consequence, with drip irrigation, you will always be able to precisely apply nutrients and water to your crops throughout the development cycle optimizing crop growth and yield.

It is cost effective; this system of irrigation reduces costs that are mainly associated with farming. For instance, when you utilize drip irrigation, you will incur low pumping costs as it does not require much water and pressure.

Moreover, as the water reaches to the roots of the crops not feeding the weeds, the irrigation system reduces the growth of weeds reducing the time needed for weeding. Consequently, as it is easy to mix the nutrients with water and deliver them to the crop roots, there is no loss of fertilizers and chemicals due to inefficiencies.

Conclusion

Therefore, if you need an effective method of farming, which makes sure that as a farmer you save on labor and cost while you increase your crop yields, consider drip irrigation. With it, you will be able to supply water and nutrients effectively throughout the crop development cycle hence maximizing your yields. It would be realistic to state that drip irrigation is advantageous on many counts. Drip Irrigation System Pumps

Irrigation systems are in practice to supply water to the soil by using synthetic measures. It is a prerequisite to provide and maintain the moisture level of soil for the proper and healthy growth of a plant. This technology is applicable in all plant farming areas like fields, orchards, plant nurseries, gardens etc. Different methods are now working for the purpose of proper distribution of water to plants for better productivity.

According to needs of agriculture practices, there are numerous techniques being developed for the supply of water to the crops. All of these are designed according to the requirement of water, nature of crop seasonal impact, initial cost and labor required. The main purpose of all of this modification is to improve the overall progress of the crop and profit. There are following types developed to achieve these goals.

Surface method: A process which helps to distribute water in the farming land by the help of a natural force of gravity called surface application. This form is also known as flood method. It is an example of traditional artificial water supply. Seventy percent of people from farming background adopt this procedure because it is simple in application and cost-effective. Generally, this category is sub grouped into basin, uncontrolled, furrow and border category also. Basin and border are used in orchards where normally fruit trees are growing. Other two methods are widely used for all other farming applications.

Drip method: In this process water is supplied to plant by using a tube like structure which has a small diameter. Trickle is another name of this type which is used by common man. It provides water in the form of droplets. It helps to reduce the water loss as well as helping to provide nutrients to plant. Drip Irrigation Systems

Localized: In this method, small pipes are used as a medium to provide water. But in this case pressure of the water remains low. This is normally used when there is a need to distribute water for home gardening. This application is the simplest way of irrigation systems for domestics use.

Sprinkler: Here a small device is being attached to a pipe which helps to discharge water like a rainfall. This is used for lawn, gardens as well as for vegetation production. It is sometimes also used to suppress the dust in surroundings. Sprinkler Irrigation Systems

Sub-irrigated method: In this world, there are few geographical areas where a level of the water table is low as compared to other areas for example deserts. In such conditions plants are unable to take water from the soil for the purpose of their growth. This is a permanent setting of irrigation systems inside the soil which provides water directly to the roots of the soils in order to facilitate their growth fully. This is a more expensive method as compare to others. Agricultural Irrigation Systems