Theoretical justification of combined cropping of cotton and mung bean

Author:

Ravshanova Nilufar,Khalilov Nasriddin,Otayarova Gulshoda,Kosimova Shaxnoza,Palvanov Sobirjon

Abstract

In this work, combined crops of mung bean and cotton were studied in the conditions of the Tashkent region, Kibray region. The work evaluates such indicators of combined crops of mungbean and cotton as the area and time equivalence coefficient (ATER), the aggressiveness of crops, as well as the influence on these indicators of different doses of fertilizers in combination with different maximum field humidity. The value of ATER, that is, the coefficient of equivalent area and time, depended on the sowing methods, plant density, and duration of the growing season. Aggressiveness in the combined sowing of mung bean and cotton was not significant. Analysis of the studies showed that the use of different doses of fertilizers and maximum field humidity did not affect the aggressiveness of mung bean and cotton crops in combined sowing. The results obtained show the possibility of using combined crops in the conditions of Uzbekistan.

Publisher

EDP Sciences

Reference17 articles.

1. Maksakova L., Demographic situation in Uzbekistan from the point of view of social security, Central Asia and the Caucasus, 15, 3 (2012)

2. Climate change and land, IPCC Special Report on climate change, desertification, land degradation, sustainable land management, food security and greenhouse gas fluxes in terrestrial ecosystems (2020)

3. Abdullaev A., Cotton monoculture in Uzbekistan and its consequences (1917–1991), diss. … Doctor of History. Sci., Tashkent, 291 (2010)

4. Ilyina Daria, Reforming agriculture in Uzbekistan, https://imrs.uz/publications/articles-and-abstracts/agriculture

5. Muminjanov Hafiz, Practices of soil conservation and conservation agriculture in Azerbaijan, Kazakhstan and Uzbekistan Food and Agriculture Organization of the United Nations Ankara (2016)

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