The geological environment in Qinling-Dabashan Areas is fragile due to Meteorological and hydrological conditions, topographic features, geological structures, stratum lithology and human activities. This article selected Shanyang County, a disaster-prone area in Qinling-Dabashan Areas, as the study area, based on the analysis of present situation and the driving factors of the ecological vulnerability, and selected 16 indicators to construct the evaluation index system from three aspects sensitivity, resilience and pressure. The results show that: The proportion of areas with moderate vulnerability and above in Shanyang County is 61.4%, and the overall ecological vulnerability is at a moderate to high level. Severe and extremely vulnerable...
The various patterns of spatial heterogeneity in the eco-environment of the Silk Road Economic Belt ...
Guizhou Plateau is a region in China that typically shows the contradictory human-earth system. A vu...
National Key Technology R&D Program of China 2008BAK50B05This paper presents a new method for quant...
The research on assessing the eco-environment vulnerability contributes to ecological environmental ...
Ecological vulnerability evaluations can provide a scientific foundation for ecological environment ...
AbstractThe ecosystem seriously degraded in the southwestern mountain region of China is very vulner...
In recent years, with the implementation of the South-to-North Water Diversion Project, the land use...
National Natural Science Foundation of China (NSFC) 41101115;Key Technologies R&D Program of China ...
This paper presents a spatial analysis of likely/potential hotspots of sustainability issues in Main...
Ecological red lines (ERLs) are one of innovation regional ecological management systems, and a majo...
Sustainable restoration of degraded ecosystems is a major environmental concern in several regions o...
Abstract Rapid urbanization and natural hazards are posing threats to local ecological processes and...
With the deterioration of the global ecology, the eco-environment fragility has been an important to...
Ecological disasters have been occurring more frequently in recent years. As a result, ecological ri...
Changes in ecological vulnerability were analyzed for Northern Shaanxi, China using a geographic inf...
The various patterns of spatial heterogeneity in the eco-environment of the Silk Road Economic Belt ...
Guizhou Plateau is a region in China that typically shows the contradictory human-earth system. A vu...
National Key Technology R&D Program of China 2008BAK50B05This paper presents a new method for quant...
The research on assessing the eco-environment vulnerability contributes to ecological environmental ...
Ecological vulnerability evaluations can provide a scientific foundation for ecological environment ...
AbstractThe ecosystem seriously degraded in the southwestern mountain region of China is very vulner...
In recent years, with the implementation of the South-to-North Water Diversion Project, the land use...
National Natural Science Foundation of China (NSFC) 41101115;Key Technologies R&D Program of China ...
This paper presents a spatial analysis of likely/potential hotspots of sustainability issues in Main...
Ecological red lines (ERLs) are one of innovation regional ecological management systems, and a majo...
Sustainable restoration of degraded ecosystems is a major environmental concern in several regions o...
Abstract Rapid urbanization and natural hazards are posing threats to local ecological processes and...
With the deterioration of the global ecology, the eco-environment fragility has been an important to...
Ecological disasters have been occurring more frequently in recent years. As a result, ecological ri...
Changes in ecological vulnerability were analyzed for Northern Shaanxi, China using a geographic inf...
The various patterns of spatial heterogeneity in the eco-environment of the Silk Road Economic Belt ...
Guizhou Plateau is a region in China that typically shows the contradictory human-earth system. A vu...
National Key Technology R&D Program of China 2008BAK50B05This paper presents a new method for quant...