The geo-environment is composed of the atmosphere, pedosphere, hydrosphere, and lithosphere. Due to population expansion and economic growth, human activities, including industrialization, agriculturalization, and urbanization, become intensive and greatly affect the geo-environment. Widespread human activities bring significant convenience for human lives. On the other hand, the geo-environment would be damaged by active human activities as well, leading to a series of geohazards (e.g., collapse, landslide, debris flow, surface subsidence, water and soil loss, water degradation, and land desertification). Harmony between humans and nature has been the chief topic globally. Therefore, protecting the geo-environment influenced by human engineering activities has been a significant issue so far.
To protect the geo-environment under human influence, we call for both original research articles and comprehensive reviews that employ the latest theoretical research and practical methodology to improve the knowledge of (1): Real-time monitoring on Spatio-temporal changes of geohazards; (2) Field investigation and formation analysis of geohazards; (3) Risk evaluation and remediation techniques for geo-environment; (4) Policy managements of geo-environment protection. To enhance the breadth of the Research Topic, we are especially welcome to the interdisciplinary approaches between natural and social sciences.
Potential topics include but are not limited to the following:
1) Advanced real-time monitoring approaches for geohazards.
2) Formation mechanism and affecting factors of geohazards.
3) Spatio-temporal risk analysis for geo-environment by GIS technique.
4) Novel mathematical analysis and numerical simulation applied in risk evaluation for geo-environment.
5) Spatial-temporal prediction modeling and early warning of geohazards.
6) Field and laboratory techniques for geo-environment remediation.
7) Optimizing decision-making policy in the context of geo-environment protection.
The geo-environment is composed of the atmosphere, pedosphere, hydrosphere, and lithosphere. Due to population expansion and economic growth, human activities, including industrialization, agriculturalization, and urbanization, become intensive and greatly affect the geo-environment. Widespread human activities bring significant convenience for human lives. On the other hand, the geo-environment would be damaged by active human activities as well, leading to a series of geohazards (e.g., collapse, landslide, debris flow, surface subsidence, water and soil loss, water degradation, and land desertification). Harmony between humans and nature has been the chief topic globally. Therefore, protecting the geo-environment influenced by human engineering activities has been a significant issue so far.
To protect the geo-environment under human influence, we call for both original research articles and comprehensive reviews that employ the latest theoretical research and practical methodology to improve the knowledge of (1): Real-time monitoring on Spatio-temporal changes of geohazards; (2) Field investigation and formation analysis of geohazards; (3) Risk evaluation and remediation techniques for geo-environment; (4) Policy managements of geo-environment protection. To enhance the breadth of the Research Topic, we are especially welcome to the interdisciplinary approaches between natural and social sciences.
Potential topics include but are not limited to the following:
1) Advanced real-time monitoring approaches for geohazards.
2) Formation mechanism and affecting factors of geohazards.
3) Spatio-temporal risk analysis for geo-environment by GIS technique.
4) Novel mathematical analysis and numerical simulation applied in risk evaluation for geo-environment.
5) Spatial-temporal prediction modeling and early warning of geohazards.
6) Field and laboratory techniques for geo-environment remediation.
7) Optimizing decision-making policy in the context of geo-environment protection.