The technique development of non-washing of mineral fertilizers in the soil through the screen formed on the interpolymer complex basis

Author:

Gadaev Nodir,Gulomov Daulet,Egamov Jumanazar,Nasirova Malika,Norboyev Jaloliddin

Abstract

The problem of global climate change is on the agenda of mankind, not only because of the average annual temperature rise on the planet but also because of changes in the entire geosystem, rising global oceans, melting ice and permanent glaciers, increasing uneven rainfall, changing river flow patterns and climate instability, other changes involved. The world pays special attention to research work to develop technologies for the management and efficient use of water resources. In particular, it is important to conduct research to develop new water-saving irrigation technologies using cheap and chemical, and technical means.

Publisher

EDP Sciences

Reference21 articles.

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2. Allen R.G., Pereira L.S., Raes D., Smith M. Crop Evapotranspiration. Guidelines for Computing Crop Water Requirements FAO Irrig And Drain 56 Rome p.300, (1998)

3. Amemia M.F., Naren N., Gerard C.T., Soil water depletion by irrigated cotton as influenced by water regime of plant development JAgpon pp. 366–379.

4. Tsuchida E., Interpolymer complexes Characteristics and application Jap Sci Soc Pres pp. 322–328, (2003)

5. The hydraulic efficiency of the soil channels

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