The paper studies salinization of soils in the areas of the Syrdarya region as a
result of influence human economic activities. The peculiarities of salinization problems, which
was an integral part of land degradation, are considered. In general, the authors in the article
"salinization of soils" are considered as a decrease or loss of biological and economic
productivity of irrigated lands or areas under the influence of natural and anthropogenic
factors. The object of the study was the irrigated territories of the Hungry Steppe belonging to
the Syrdarya region, were there is a significant rise in groundwater of 1.5-3m and more,
compared with natural conditions since 1960, 5.0-10m. The purpose of the research is aimed at
studying the geotechnical properties and state of irrigated soils and grounds, taking into
account natural conditions and influence of anthropogenic factors. The degradation of soils of
the Hungry Steppe is currently caused by: depletion of the surface soil layer due to wind and
water erosion; changes in the chemical composition of the soil and biological environment
caused by salinization oxidation and rarely pollution; accelerated loss of nutrients obtained from
mineral and organic substances of the soil and the loss of the organic matter itself; compaction
and loosening of the soil in connection with the development of infrastructure and housing. The
geotechnical properties of the irrigated areas of the Syrdarya region - mainly salinized to
varying degrees by weak, medium, and sometimes strong salinization. The ameliorative wellbeing
of irrigated lands in the irrigated part of the study area is unstable, i.e. on these lands,
groundwater remains moderately (3–10 g/l) and strongly (> 10 g/l) mineralized
The paper studies salinization of soils in the areas of the Syrdarya region as a
result of influence human economic activities. The peculiarities of salinization problems, which
was an integral part of land degradation, are considered. In general, the authors in the article
"salinization of soils" are considered as a decrease or loss of biological and economic
productivity of irrigated lands or areas under the influence of natural and anthropogenic
factors. The object of the study was the irrigated territories of the Hungry Steppe belonging to
the Syrdarya region, were there is a significant rise in groundwater of 1.5-3m and more,
compared with natural conditions since 1960, 5.0-10m. The purpose of the research is aimed at
studying the geotechnical properties and state of irrigated soils and grounds, taking into
account natural conditions and influence of anthropogenic factors. The degradation of soils of
the Hungry Steppe is currently caused by: depletion of the surface soil layer due to wind and
water erosion; changes in the chemical composition of the soil and biological environment
caused by salinization oxidation and rarely pollution; accelerated loss of nutrients obtained from
mineral and organic substances of the soil and the loss of the organic matter itself; compaction
and loosening of the soil in connection with the development of infrastructure and housing. The
geotechnical properties of the irrigated areas of the Syrdarya region - mainly salinized to
varying degrees by weak, medium, and sometimes strong salinization. The ameliorative wellbeing
of irrigated lands in the irrigated part of the study area is unstable, i.e. on these lands,
groundwater remains moderately (3–10 g/l) and strongly (> 10 g/l) mineralized
| № | Имя автора | Должность | Наименование организации |
|---|---|---|---|
| 1 | Begimkulov D.K. | teacher | NUUz |
| 2 | Khudoyberdiyev T.M. | teacher | TSTU |
| 3 | Zakirov M.M. | teacher | TSTU |
| 4 | Schulz S.. | teacher | Technical university of Darmstadt |
| 5 | Ochilov G.E. | teacher | NUUz |
| № | Название ссылки |
|---|---|
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| 4 | A.U. Akhmedov., G.T. Parpiev. “Irrigated soils of Syrdarya and Jizzakh regions”, 2005 |
| 5 | A.U. Akhmedov., L.A. Gofurova. “Vladimirsky Farmer”, 2019 |
| 6 | G.V. Dobrovolsky, Degradation and protection of soils. “Publishing house of Moscow State University” 2002 |
| 7 | M.M. Zakirov., I.A. Agzamova., J.Sh. Bozorov., G.E. Ochilov. LVIII International Scientific Conference, Moscow. “Eurasian Scientific Association” 2019. 511 |
| 8 | M.M. Zakirov., D.K. Begimkulov., G.D. Gulomov., T.M. Khudoyberdiev. “European Science Review Scientific journal”, 2021. 20 |
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| 11 | V.D. Lomtadze. Engineering geology. “Special engineering geology”, 1984 |
| 12 | O.G. Lopatovskaya. Reclamation of soils. Saline soils: textbook. “Publishing house of Irkutsk State University”, 2010 |
| 13 | L.Ya. Novakovsky., A.P. Kanash., V.O. Leonets. “Bulletin of agricultural science”, 2000. 54 |
| 14 | E.M. Sergeev. Theoretical foundations of engineering geology. “Physical and chemical foundations”, 1985 |
| 15 | K.P. Pulatov. Patterns of formation, distribution and regional forecast of subsidence and post-subsidence deformation of loess rocks in the newly irrigated areas of the arid zone. Case study: Southwest Uzbekistan. “Abstract of thesis for a Doctor of Geological and Mineral Sciences”, 1991 |
| 16 | A.S. Khasanov. “Conditions for the formation of the chemical composition of groundwater in the Hungry Steppe”, 1968 |
| 17 | M.M. Zakirov., I.A. Agzamova., D.K. Begimkulov., G.E. Ochilov., M.N. Hasanov. Peculiarities of swelling Eocene clays as the structure base. “Technical science and innovation”, 2021 |