Territorial Spatial Evolution Process And Its Ecological Resilience Volume Ii

Territorial Spatial Evolution Process and Its Ecological Resilience, volume II

This Research Topic is Volume II of a series. The previous volume can be found here: Territorial Spatial Evolution Process and its Ecological Resilience. The evolution of land space demonstrates the shift of land use types from natural and semi-natural land (e.g., forest land and cropland) to built-up land, altering ecosystem cycling patterns and leading to degradation of ecosystem services in terms of regulation, provisioning and support. At the same time, production and living space crowding out ecological space brings high potential threats, such as soil erosion, forest productivity decline and habitat fragmentation. Accordingly, in response to the problems of imbalanced territorial space development, inefficient resource utilization and ecological environment degradation, how to improve the diversity, stability and sustainability of ecosystems is an urgent issue to promote modernization and green development in the new era of territorial space evolution. High-resolution remote sensing images are commonly used to monitor the characteristics of national land space and ecological environment. This Research Topic welcome spatial studies that use field survey, remote sensing monitoring, model simulation and other technologies. This Research Topic aims to systematically investigate the evolutionary process of territorial space and ecological resilience to clarify the dynamic trend of ecological resilience under the action of nature and human. The Research Topic also focuses on the establishment of a territorial space simulation model for enhancing ecological resilience to enhance the stability and sustainability of the ecosystem and promote the modernization of the harmonious coexistence of human beings and nature.

Territorial Spatial Evolution Process and its Ecological Resilience

The evolution of land space demonstrates the shift of land use types from natural and semi-natural land (e.g., forest land and cropland) to built-up land, altering ecosystem cycling patterns and leading to degradation of ecosystem services in terms of regulation, provisioning and support. At the same time, production and living space crowding out ecological space brings high potential threats, such as soil erosion, forest productivity decline and habitat fragmentation. Accordingly, in response to the problems of imbalanced territorial space development, inefficient resource utilization and ecological environment degradation, how to improve the diversity, stability and sustainability of ecosystems is an urgent issue to promote modernization and green development in the new era of territorial space evolution.

Sustainable catalytic production of bio-based heteroatom-containing compounds, volume III