Water Saving Techniques in Agriculture

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Water conservation is an act of utilizing water effectively to decrease unnecessary water usage. Since water is crucial for food production, the dry season can be the main problem for agriculture. As result, agriculturists in arid areas are regularly exposed to extreme poverty. Effective water usage techniques are crucial in the face of environmental change. agricultural irrigation system



Mulch and fertilizer

It has been shown that manure or decomposed organic matter used as a compost improves water retention and enhances soil structure. Mulch is a material distributed on the top of the soil to hold moisture from the soil. Mulch can be produced using natural materials, for example, wood shavings or straw, which can be broken down into manure. It further improves the water retention of the soil. Fertilizer and mulch can help keep more water in the soil amid the dry season. Farmers can as well utilize dark plastic mulch as a soil cover to control weeds and decrease evaporation. agricultural irrigation system installation



Dry farming

Farming strategies, for example, mulch use, residue management on fields, and so on are useful for keeping up soil moisture for yield creation. Farmers who are using dry cultivating do not use irrigation system and depend on accessible soil moisture to create harvests amid the dry season. Special culture practices and special attention to the microclimate are crucial. Dry agriculture tends to improve the aromas but yields less than irrigated crops.



Use of a water-saving irrigation system

Dribble and sprinkler water technique are the most water-efficient irrigation methods. They supply the roots of the plant with water and therefore decrease the evaporation of spray irrigation methods. With timers, irrigation can be planned during the cooler hours of the day, further decreasing water loss. In numerous areas where water is rare, dribble irrigation is effective. Well installed dribble irrigation can save up to 80% more water than regular irrigation and can even help increase yields. agricultural irrigation system design



Soil conservation tillage


Conservation tillage utilizes exceptional ploughs or other tools that mostly seals the soil but leaves no less than 30 percent crop residue on the surface. As with the cover culture, this process helps to build water absorption and decrease evaporation, erosion, and compaction. Decreased culturing or no culturing is a decent alternative for environmental security as it encourages the consuming of yield residues and expands soil richness through decomposition.

Significance of Efficient Irrigation

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For long time irrigation has been around for as long as humans have started farming. The first invention after humans learned to grow plants from seeds was probably a bucket. You can imagine the archaic way of how human being from the ancient days manually irrigated their crops by hauling buckets of water so that they can water their plants. Fast forward to the 21st century, and you'll see how times have drastically changed with the onset of more efficient irrigation systems and mechanized methods are now available for everybody to benefit. irrigation pipes


In most countries, irrigation has become a widespread activity to make up for rainfall deficiency with water from other sources to assist in pasture and crop production. In dry areas irrigation is critical for agriculture. Agriculture is said to be a significant contributor to the economy of many countries both directly and indirectly. For instance, manufacturing and service sectors that use farm outputs are important contributors to increase employment and cultivate state products. Therefore, that is why efficient irrigation equipment and irrigation systems are in high demand.



Irrigation methods have improved over many years giving a chance for more better production per megalitre of water utilized. Current irrigation methods include systems such as butterfly Sprinklers, impact sprinklers, centre pivot irrigation, surface and drip irrigation. The common crops produced using irrigation are; rice, canola, cotton, sugar, some fruits, tree crops as well as pasture, grain and hay for use in dairy and beef production. Irrigation system parts


Large-scale agricultural places require centre pivot irrigation. This is a method of crop irrigation in which irrigation equipment rotates around a pivot. It involves creating a circular pattern in crops if viewed from above when a circular area centre on the pivot is irrigated. Initially, most centre pivot irrigation systems were water-powered. These have then been replaced by the electric motor-driven system and hydraulic systems. Most systems nowadays are electric motor driven when mounted at each tower. With this technology, advanced irrigation systems and equipment are now available to boost the Agricultural sector. irrigation system design