Track 5-1-2: Effects of Climate Change on Biodiversity
Description
Long term monitoring of grassland being the largest ecosystem on earth plays an important role in understanding its productivity and transformation (changes) over time. With the availability of remote sensing data, most ecological and environmental problems caused either by human activities such as extensive agriculture, pastoralism which might lead to desertification, land degradation, loss of biodiversity and climate change amongst others can be monitored. For this study, vegetation cover was selected as the main source of examination and subsets of area covered with grasslands were profiled for further monitoring of grassland increasing and decreasing trends in selected areas of Central Asia.
Citation
Aralova, Dildora; Osunmadewa, Babatunde A.; Kristina, Toderich; Gafurov, Dilshod; and Csaplovics, Elmar, "Evaluate the Interactions between Grassland Ecosystems and Precipitation Anomalies under Changing Grazing Intensity in Central Asia" (2020). IGC Proceedings (1993-2023). 4.
https://uknowledge.uky.edu/igc/23/5-1-2/4
Included in
Evaluate the Interactions between Grassland Ecosystems and Precipitation Anomalies under Changing Grazing Intensity in Central Asia
Long term monitoring of grassland being the largest ecosystem on earth plays an important role in understanding its productivity and transformation (changes) over time. With the availability of remote sensing data, most ecological and environmental problems caused either by human activities such as extensive agriculture, pastoralism which might lead to desertification, land degradation, loss of biodiversity and climate change amongst others can be monitored. For this study, vegetation cover was selected as the main source of examination and subsets of area covered with grasslands were profiled for further monitoring of grassland increasing and decreasing trends in selected areas of Central Asia.
