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Crop rotation in agriculture is very useful because it is possible to use annual alternation of different plants in the same field for a certain period to continuously increase the yield of the main agricultural crops. Typically, such a cycle lasts from 3 to 7 years or more with sowing of different species in turn, including fallow, which is due to the ability of field crops to restore soil fertility.

Cartogram is an important tool in precision agriculture. It is a contour geographic map that use varying degrees of color saturation to represent the relative intensity of any soil parameter within each mapped geozone or entire farm. It helps farmers effectively manage their fields, optimize resource use, and increase yields. Cartograms are used to visualize data on various aspects of a field, such as humus content, nutrient availability, pH level, soil moisture, soil density, mechanical composition, yield, crop condition, and more.

Weather monitoring is an important task for agricultural business owners, since weather conditions and the accuracy of their forecasting play a key role in agriculture. Due to climate change, farmers are forced to look for and implement new effective practices in their work. They use innovative technologies such as GPS monitoring of equipment, online control of completed work, satellite images that determine the NDVI index, agro-scouting, data from weather stations, which, if used correctly, make it possible to preserve and increase future harvests.

A digital orthophotomap is a digitally transformed image of the terrain on a specific plot of land, created from overlapping photographs. An orthomosaic is a photographic plan of the area, created from a large number of images taken vertically down from a set height. It makes possible to display the earth's surface and objects on it in maximum detail with precise reference to a given coordinate system.

Download Android Download iOS In recent years, the level of implementation of innovative technologies in the agricultural sector has increased significantly. Progressive specialists are increasingly expanding their capabilities, using specialized applications and advanced IT solutions in their activities to obtain complex and timely information about the condition of soils and plants. In particular, such functions are performed by the field monitoring process, which can be used to determine the level of germination of crops, the degree of their contamination by diseases or weeds.