The integration of carrying capacity and sustainable development (sustainability) has
prevailed since the end of the 20th century, but the connotation evolution and practice of …

The shortage of water resources in karst areas is mainly caused by the development of karst
landforms, poor availability of water resources and the difficulty of utilization. To reasonably …

High-intensity exploitation of land resources and the natural environment can upset the
balance of ecosystems, causing multiple ecological problems and affecting regional …

The Chinese water environment system is severely degraded by intensive anthropogenic
activities. To relieve these problems, the national government has proposed to establish a …

The scientific evaluation of carrying capacity and the formulation of adaptive regulation
policies are powerful ways to achieve sustainable development goals. In order to …

Spatial patterns are essential for examining the sustainability derived from land systems.
Constructing spatial patterns for sustainable land development is now high on the global …

Implementing an integrated assessment system for the carrying capacity of water
environments should include recognizing and eliminating warning signs based on future …

Population growth and rapid economic development have led to serious and widespread
negative ecological impacts, so the world is faced with the task of ecological recovery …

Resources and environment carrying capacity (RECC) is an important concept for regional
and urban sustainable development. This study constructs a comprehensive RECC indicator …

Due to insufficient understanding of human-water interaction, many water-related problems
arise in watersheds, posing severe threats to the sustainability of watershed development …