ASSESSMENT OF THE DYNAMICS OF CHANGES IN THE HYDROLOGICAL STATE IN AL-HWIZEH ALLUVIAL MARCHES IN SOUTHERN IRAQ
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Dec 18, 2020
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The article is devoted to the study of the spatial and temporal dynamics of the hydrological state of the Mesopotamian alluvial marсhes of Iraq. Various geoecological indicators that determine its state are considered. Such indicators are: human economic activity and other anthropogenic interference, climate and other hydrological indicators.
According to the Landsat 8 satellite for 2017-2019, and using processing programs such as ArcGIS, the water coverage area of Al-Hwizeh AM was calculated.
It is noted that the increase in the water surface area of Al-Hwizeh AM in 2019 due to the increase in precipitation from November 2018 to April 2019, and the influx of water from rivers fed by the Iraqi and Iranian sides.
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1. Dehghanpisheh B. Fall of Eden: Rehabilitation Needed for Marshlands of Southern Iraq // Newsweek International, June 23, pp. 48. (2003).
2. UNEP. The Mesopotamian Marshlands: Demise of an Ecosystem, Division of Early Warning and assessment // United Nations Environment programmer. Nairobi,Kenya.(2001).
3. Evans M.I. The Ecosystem. In: Iraqi Marshlands: Prospects // The conference of the AMAR international Charitable Foundation, London. (2001).
4. Al-Malikey R. N., Hashim B. M., Abduljabbar S. A. Using GIS to Analyze Some Heavy Metals Concentrations in Water of Hammar, Central and Hawizeh Marshes in Southern Iraq // Al-Mustansiriyah J. Sci. 2011, vol. 22, № 6.
5. Jaquet, J. M. Allenbach, K. Schwarzer, S. Iraqi Marshlands Observation System // UNEP Technical Report (2005). Available at: https://www.researchgate.net/publication/290446747.
6. Avad V.R. Reshenie problemy vodosnabzheniya territorii Iraka v usloviyakh progressiruyushchego opustynivaniya // Vestnik SPBGU. Ser. 7. Vyp. 2. 2014. s.170-183.
7.Mesopotamian Marshes // Available at: https://ru.qwertyu.wiki/wiki/Mesopotamian_Marshes.
8. Tsentr vosstanovleniya Irakskogo allyuvial'nogo marsha i vodno-allyuvial'nogo ugod'ya (Fondovye neopublikovannye dannye Ministerstva vodnykh resursov). –2019g. (na arabskom yazyke).
9. Ministerstvo vodnykh resursov Iraka. filial Maisan. (Fondovye neopublikovannye dannye Ministerstva vodnykh resursov). 2019 g. (na arabskom yazyke).
2. UNEP. The Mesopotamian Marshlands: Demise of an Ecosystem, Division of Early Warning and assessment // United Nations Environment programmer. Nairobi,Kenya.(2001).
3. Evans M.I. The Ecosystem. In: Iraqi Marshlands: Prospects // The conference of the AMAR international Charitable Foundation, London. (2001).
4. Al-Malikey R. N., Hashim B. M., Abduljabbar S. A. Using GIS to Analyze Some Heavy Metals Concentrations in Water of Hammar, Central and Hawizeh Marshes in Southern Iraq // Al-Mustansiriyah J. Sci. 2011, vol. 22, № 6.
5. Jaquet, J. M. Allenbach, K. Schwarzer, S. Iraqi Marshlands Observation System // UNEP Technical Report (2005). Available at: https://www.researchgate.net/publication/290446747.
6. Avad V.R. Reshenie problemy vodosnabzheniya territorii Iraka v usloviyakh progressiruyushchego opustynivaniya // Vestnik SPBGU. Ser. 7. Vyp. 2. 2014. s.170-183.
7.Mesopotamian Marshes // Available at: https://ru.qwertyu.wiki/wiki/Mesopotamian_Marshes.
8. Tsentr vosstanovleniya Irakskogo allyuvial'nogo marsha i vodno-allyuvial'nogo ugod'ya (Fondovye neopublikovannye dannye Ministerstva vodnykh resursov). –2019g. (na arabskom yazyke).
9. Ministerstvo vodnykh resursov Iraka. filial Maisan. (Fondovye neopublikovannye dannye Ministerstva vodnykh resursov). 2019 g. (na arabskom yazyke).