RESTORATION OF THE GROUNDWATER RESERVE OF THE SHAMKIR DISTRICT
Article Sidebar
Published
May 7, 2024
Main Article Content
Abstract
The article considers the issue of determining renewable (dynamic) groundwater reserves in the area of subartesian wells in the Shamkir district. Based on the general equation of water balance, it is determined that groundwater in the study area is formed due to groundwater, precipitation, filtration losses from canals, irrigation, groundwater runoff and general evaporation. Currently, renewable groundwater reserves amount to 101.5 million m3. If groundwater is extracted in excess of established reserves through subartesian wells or other methods, groundwater depletion, environmental imbalance and other consequences may occur.
Article Details
Section
Aquatic sciences and fisheries
References
1. Akhamedzade A.Ch., Hashimov A.Ch. (2016). Encyclopedia. Land reclamation and water use. Baku: Radius, 632 p.
2. Aliyev F.S. (2000). Groundwater, resource use and geological problems of the Republic of Azerbaijan. Baku: Chashioglu, 326 p.
3. Rustamov S.G., Kashkai R.M. (1989). Water resources of the Azerbaijan SSR. Baku: Elm, 184 p.
4. Averyanov S.F. (1987). The fight against salinization of irrigated lands. M.: Kolos, 288 p.
5. Lebedev A.V. (1976). Methods of studying the balance of groundwater. M.: Gosgeoltehizdat, 192+223 p.
6. Safarov S.H., Mahmudov R.N. (2011). Modern climate change and Azerbaijan. Baku: Ziya, 312 p.
7. Akhmadzade A.Ch., Aslanov R.S., Guliyev Z.B., Hashimov A.Ch., Hasanov S.T. (2017). Instructions on the organization of effective use of lands included in the new crop rotation. Baku: Radius, 158 p.
8. Hasanov S.T. (2009). Indirect energy losses in the water sector // Collection of scientific papers of AzETVEMI EIB. Volume XXIX, Baku: Ilm, pp. 479-487.
9. Behbudov A.K. (1977). Experimental base for improving saline lands of the Kuro-Araks lowland. Baku: Azernesh, 178 p.
10. Alimov A.K. (2009). Karabakh regional water balance station, its purpose and the results of ecological and hydrogeological experiments. Baku: TPP Tahsil, 478 p.
11. Mustafaev R.M. (2018). Operation mode of subartesian wells and optimal // Journal of the International Academy. WEB ESCHOLAR,No.7 (25), pp.45-49.
12. R. M. Hajiyev, R.A.Saidov, G.B.Mammadov,U.T.Tagiyev, G. Allakhverdieva. (2022). Analysis of the main design and operating parameters of the device for fermentation of bird droppings / EUREKA: Physics and Engineering, 5, 00-00. https://doi.org /10.21303/2461-4262.2022.002306 reference_1 or reference_2 https://journal.eu-jr.eu/engineering/issue/view/217
13. Hajiyev R., Salmanova K., Mammadov G., U.T.Tagiyev. (2022). The use of intensive technologies to improve production processes in poultry farms./ Eastern European Journal of Corporate Technologies, 4 (1 (118)), (2022) pp.90–102. doi: https://doi.org/10.15587/1729-4061.2022.262999
2. Aliyev F.S. (2000). Groundwater, resource use and geological problems of the Republic of Azerbaijan. Baku: Chashioglu, 326 p.
3. Rustamov S.G., Kashkai R.M. (1989). Water resources of the Azerbaijan SSR. Baku: Elm, 184 p.
4. Averyanov S.F. (1987). The fight against salinization of irrigated lands. M.: Kolos, 288 p.
5. Lebedev A.V. (1976). Methods of studying the balance of groundwater. M.: Gosgeoltehizdat, 192+223 p.
6. Safarov S.H., Mahmudov R.N. (2011). Modern climate change and Azerbaijan. Baku: Ziya, 312 p.
7. Akhmadzade A.Ch., Aslanov R.S., Guliyev Z.B., Hashimov A.Ch., Hasanov S.T. (2017). Instructions on the organization of effective use of lands included in the new crop rotation. Baku: Radius, 158 p.
8. Hasanov S.T. (2009). Indirect energy losses in the water sector // Collection of scientific papers of AzETVEMI EIB. Volume XXIX, Baku: Ilm, pp. 479-487.
9. Behbudov A.K. (1977). Experimental base for improving saline lands of the Kuro-Araks lowland. Baku: Azernesh, 178 p.
10. Alimov A.K. (2009). Karabakh regional water balance station, its purpose and the results of ecological and hydrogeological experiments. Baku: TPP Tahsil, 478 p.
11. Mustafaev R.M. (2018). Operation mode of subartesian wells and optimal // Journal of the International Academy. WEB ESCHOLAR,No.7 (25), pp.45-49.
12. R. M. Hajiyev, R.A.Saidov, G.B.Mammadov,U.T.Tagiyev, G. Allakhverdieva. (2022). Analysis of the main design and operating parameters of the device for fermentation of bird droppings / EUREKA: Physics and Engineering, 5, 00-00. https://doi.org /10.21303/2461-4262.2022.002306 reference_1 or reference_2 https://journal.eu-jr.eu/engineering/issue/view/217
13. Hajiyev R., Salmanova K., Mammadov G., U.T.Tagiyev. (2022). The use of intensive technologies to improve production processes in poultry farms./ Eastern European Journal of Corporate Technologies, 4 (1 (118)), (2022) pp.90–102. doi: https://doi.org/10.15587/1729-4061.2022.262999