Haidong New City district, located on the east bank of Erhai Lake in Dali, is characterized by complex topography and significant mountainous relief. Over the past decade, extensive urban development and construction have substantially altered and disrupted the original geomorphology, resulting in multiple potential ge...
Yu-Han Chen, Dongsheng Li, Yu-Ning Zhang et al.· Journal of Physics, Conferen...· 0 citations
Urbanization has been increasing at a rapid rate, which has led to transformation in the land use/land cover (LULC) and thus has a significant impact on groundwater resources and land surface temperature (LST) in rapidly developing cities. The present study aims to identify the spatio-temporal dynamics of LULC, LST, an...
Wetlands provide indispensable ecological, hydrological and socio-economic services, yet remain among the most rapidly altered ecosystems worldwide due to encroaching agriculture, urbanisation and hydrological disruption. This study presents a cloud-based, multi-temporal assessment of Koonthankulam, a Ramsar-designated...
A. Varsha, Mahendiran Mylswamy, R. Sakthivel· Asian Journal of Geographica...· 0 citations
This study examined the impact of land use and land cover (LULC) changes on the width of the Bua River in Malawi, recognizing LULC change as a major environmental challenge with significant consequences for water and land resources. Deforestation, soil erosion, and agricultural expansion have contributed to land degrad...
Nellie Chisomo Reuben, Chitsanzo Damazio, P. Nkwanda et al.· Discover Water· 0 citations
Land subsidence has become one of the most critical environmental hazards affecting coastal cities in Indonesia, particularly North Semarang, where rapid urban expansion, industrial development, and intensive groundwater extraction have accelerated ground deformation and increased the vulnerability of urban infrastruct...
G. R. Gaffara, M. Marfai, J. Sartohadi et al.· Indonesian Journal of Geogra...· 0 citations
Mountain watersheds in the Mediterranean region are highly susceptible to land degradation because steep slopes, variable rainfall, erodible substrates, and human pressure interact to accelerate runoff and sediment production. This study used Geographic Information Systems (GIS) and multi-temporal Landsat imagery to as...
El Houcine Chettar, Brahim Aammari, Abdellatif Essanbri et al.· Nova Geodesia· 0 citations
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