Abstract
The interrelationships between changes in the reclamation state of irrigated lands under the influence of collector and drainage waters of Kyrgyzstan are considered. They are determined by separating excess salts and maintaining the water level in the soil at a greater depth, which eliminates secondary salinization of the soil and its transformation into a swamp. A significant part of their changes is due to the high permeability of rocks and intensive outflow of groundwater; a large amount of return water indicates a poor quality drainage system
Keywords
collector-drainage-return waters of Kyrgyzstan
irrigated agriculture
horizontal drainage
on-farm canals
drainage module
reclamation state of irrigated lands
removal and influx of salts
Suggested citation
Zhunusakunova, A., Kendirbaeva, Dzh., & Talantbekova, Zh.
(2024).
THE INTERDEPENDENCE BETWEEN THE RECLAMATION STATUS OF IRRIGATED LANDS AND THE COLLECTOR-DRAINAGE WATERS OF KYRGYZSTAN.
Bulletin of the Kyrgyz National Agrarian University,
22(6),
31-38.
References
- Kendirbaeva, J.J., & Zhunusakunova, A.R. (2023). Human activity and changes in river runoff in Kyrgyzstan. In Ecological and economic security of regions (pp. 5-14). Yekaterinburg.
- Imankulov, B., & Kendirbaeva, J.J. (2015). Hydrogeological indicators for assessing the reclamation state of irrigated lands. Bulletin of the Kyrgyz National Agrarian University named after K.I. Skryabin, 1(33), 161-163.
- Bespalov, N.F. (1984). The use of mineralized waters for irrigation and leaching in Uzbekistan. In The use of mineralized waters in agriculture (pp. 46-53). Ashgabat.
- Dukhovny, V.A., & Yakubov, H.I. (2004). Drainage in the Aral Sea basin towards a sustainable development strategy. Tashkent: Scientific Research Center of the International Commission on Irrigation and Drainage.
- Ikramov, R.K. (2002). Reclamation and technological principles of managing the water-salt regime of irrigated lands. (Abstract of Doctor of Technical Sciences dissertation).
- Yakubov, M.A., & Shermatov, E. (2007). Development of a rational scheme for the placement of drainage and discharge waters in the middle reaches of the Amu Darya River based on a water balance model of the territory. Tashkent: Archive of the Institute of Water Problems of the Academy of Sciences of the Republic of Uzbekistan.
- Zhunusakunova, A.R., & Kendirbaeva, J.J. (2024). On the dynamics of evaporation from groundwater in the Chui Depression on the path to sustainable agricultural development. In Abstracts of reports. IX international symposium. Problems of geodynamics and geoecology of intracontinental orogens (pp. 399-402).
- Kendirbaeva, J.J., Zhunusakunova, A.R., & Sarygulova, K.A. (2023). Algorithm for determining the water consumption rate of agricultural crops during the growing season in Kyrgyzstan. Bulletin of the Altai State Agrarian University, 3(221), 44-50.