Irrigation Management Satellite

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Irrigation Management Satellite

Agricultural irrigation technology is one of the bases for the formation of ancient civilizations. The largest of them stands out with the ability to manage the most important natural resources. The abundance of food obtained through irrigation contributed to the development of craft and society. Today, this technology is still relevant.

One of the problems with agriculture is the consumption of too much fresh water.The problem of using fresh water in agriculture is extremely acute in the state of California, USA. As a result, many communities no longer have access to tap water. In addition, aquifers were also affected, causing roads to collapse and buildings to collapse several tens of centimeters. Fortunately, modern technology, including geospatial data analysis, can help change the situation for the better. To learn more, visit the official website
of a company that provides software powered by AI satellite image analysis for various purposes.

The Imperial Valley is an example of irrigation management problems

The Imperial Valley located in the state of California is a very dry and desolate area with very little and almost zero rainfall. Even so, relatively few water-intensive crops are grown there. But in addition to drought, the soil of this valley is also characterized by high salinity, which adversely affects agricultural production if not adequately filtered. Therefore, it takes a huge amount of water to grow crops on such dry and salty lands.

To meet water needs, the local irrigation district imports nearly 4 billion cubic feet of water from the Colorado River each year.However, this could lead to severe irrigation water shortages in the near future, affecting agricultural production across Southern California. Therefore, water resource management and conservation is a top priority for the region. To do this, irrigation water efficiency must be increased using modern irrigation management technologies, including geospatial data analysis. In addition, excess irrigation water from farmland in the area flows into the Salton Sea, polluting by agrochemicals.