Remote Sensing of Ecosystem Structure and Function Dynamics Due to Climate Change and Human Activities

Dear Colleagues,

The natural environment is being shaped and transformed by climate change and human activities, causing consequential alterations in ecosystem structure and function. These changes exhibit significant temporal and spatial variations in terms of their processes, rates, and extents. It is imperative to establish quantitative assessment indicators and technical methodologies to accurately characterize and comprehend the patterns and dynamics of ecological changes. This scientific foundation serves as a guide for making informed decisions concerning ecological protection, restoration, and management. The present era witnesses the emergence of multi-platform remote sensing technology, encompassing active and passive sensors integrated into satellites, unmanned aerial vehicles (UAVs), observation towers, and ground-based mobile devices. This technology has attained the capability to rapidly and accurately acquire key parameters pertaining to ecosystem structure and processes across continuous spatiotemporal scales. Consequently, it offers abundant data sources and diverse technical approaches for monitoring and assessing ecological status changes at various scales. This Special Issue is intended to provide a platform for academic exchange regarding progress in assessing ecosystem structure and function changes due to climate change and human activities, utilizing remote sensing technology. Specifically, studies including, but not limited to, the following topics are welcome:

• Ecological remote sensing assessment models and methods;
• The inversion of key parameters of multi-scale ecosystem structure and processes through remote sensing;
• The application of remote sensing technology in comprehensive assessment of ecosystem patterns, quality, and functions;
• Ecological space remote sensing monitoring and assessment;
• Ecological protection, restoration, and management;
• The impacts of climate change on ecosystems.

Dr. Jun Zhai
Dr. Yuanwei Qin
Dr. Wei Cao
Guest Editors

Manuscript Submission Information

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