Precision irrigation can be characterized as irrigation systems that apply water more precisely in comparison to the traditional irrigation methods and sprinkler systems. These frameworks are regularly used alongside a control and administration framework which is in charge of the measure of water and manures to be applied to crops/plants. The overall system is equipped with different sensors that aggregate information related to the moisture content, evapotranspiration, and other significant parameters, for example, drip irrigation, center pivot, direct moving and micro sprinklers. The importance of these irrigation systems is water application near the underlying foundations of crops/plants on the basis of ecological conditions.
At present, around 80% of the cultivated land isn't irrigated at all and depends on just the rainwater. The remaining 20% uses three strategies of irrigation: flood (surface), micro (drip), and motorized irrigation. Flood irrigation is a broadly used strategy. Be that as it may, it is an inefficient procedure as it prompts the whole field getting watered, including colossal zones of the field where no harvests are being grown. As the fertilizer is delivered to the field through water, a lot of compost is likewise squandered.
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Increasing consideration regarding preservation of water in places confronting shortage of water, technological advancements, for example, GPS monitoring systems, developing environmental awareness, administrative imperatives on water utilities, and governmental incentives are probably going to increase the use of precision irrigation in agriculture. The adoption of this technology is more widespread in the development sector as growers approach capital. There exists an immense potential for precision irrigation in the GCC, which invests vigorously in inventive solutions for conquering the issue of shortage of water to boost crop production.
Few factors driving and restraining the growth of the market
Increasing population and the imperiled idea of food security, present day advancements and IT & government support are pushing the demand for precision irrigation strategies. Sustainable improvement with high water use productivity and year-round demand for better quality and yield of different harvests are the key market drivers. The significant hindrances, be that as it may, for the business incorporate the lack of awareness and education of precision irrigation among the farming segment and high upfront investment. There is an extraordinary opportunity for new technology advancement and targeting growing greenhouse adaptation around the world.
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Africa to be the emerging market for Precision Irrigation in the coming years
Based on geography, the market for precision irrigation is analyzed under Africa regions. The South African region offers a diverse and large irrigation market. In Africa, precision irrigation is in an infant stage, which is a new field for agricultural research. Farmers will have to be trained to improve their management capacities to use this new technology of site-specific management profitably. The investment in precision irrigation is relatively high if the training of farmers and the investment in precision irrigation equipment is taken into account.
The report provides both, qualitative and quantitative research of the Africa Precision Irrigation Market, as well as encompasses worthy insights into rational scenario and favored improvement methods adopted by key contenders. Some of the primary players of Africa Precision Irrigation Market are Lindsay Corporation, Valmont Industries, Trimble Navigation, The Toro Company, Netafim Ltd., Jain Irrigation, Rivulis Irrigation Ltd., Nelson Irrigation Corporation, and Irritec S.P.A. among others.
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