Geoinformatics Evaluations of Environmental Dynamism and Future Sustainability

Dear Colleagues,

Environmental monitoring and modelling have accumulated advances in terms of methodologies, analytical tools, and utilisable datasets. However, continuously increasing anthropogenic and natural stressors have led to a lack of integrated sustainability worldwide. Environmental dynamism is influencing a range of human–nature interactions. The current Special Issue aims to present and discuss advances in modelling and monitoring techniques to further understand human–environmental processes at the landscape scale, including eco-geomorphic, hydro-metrologic, cultural, socio-economic, and socio-sustainability for human sustainable development that can, at the same time, conserve ecosystems for the safe prosperity of the future generations.

Subject areas include: (relating to Sustainability and the Environment)

• Environmental science (miscellaneous);
• Management, monitoring, policy and law;
• Social sciences;
• Geography, planning and development;
• Agricultural and biological sciences;
• Ecology, evolution, behaviour and systematics.

Preferred Subjects will be focusing on two main areas, including (but not limited to):

1. Environmental sustainability:
• Manuscripts that analyse pure environmental dynamism, anthropogenic
• natural interactions, environmental applications (e.g., applied
• climate, severe weathers in coastal communities, or even agricultural
• environmental interactions) as well as specific topics are invited, relating to eco-geomorphology, riverine systems, catchment, estuaries, coastal wetlands, saltmarsh, mangroves, deltaic system, fluvial, lacustrine, coastal clastic sedimentology, water demand, saltwater intrusion, and hydrometeorological changes.
2. New utilisable monitoring and modelling techniques and datasets:applied-Geoinformatics (RS, GIS, and GEE) and Earth observation system techniques for environmental issues during global climate change and anthropogenic stressors. Topics including: the environmentally applied remote sensing, GIS applications, modelling applied to hydrology, time series analysis, etc.

Prof. Dr. Brian G Jones
Dr. Ali K. M. Al-Nasrawi
Dr. Ignacio Fuentes
Topic Editors