In recent years, the growing availability of global satellite-derived burned area (BA) products
has led to the development of methods and protocols to rigorously estimate their accuracy …

This paper presents the generation of a global long-term Burned Area (BA) product based
on Advanced Very High Resolution Radiometer (AVHRR) images. The BA product was …

We bring a practical and comprehensive GIS-based framework to utilize freely available
remotely sensed datasets to assess wildfire ignition probability and spreading capacities of …

Wildfires pose an increasing risk to expanding urban population centers, and to critical
habitats for plant and animal species. Improving current wildland management strategies …

Burned forests were detected using remote sensing techniques. Yet, identifying long-term
burned forests in the mountains, especially at a large spatial extent, remains a great …

The accurate detection of burned forest area is essential for post-fire management and
assessment, and for quantifying carbon budgets. Therefore, it is imperative to map burned …

Background Fires in the boreal forest occur with natural frequencies and patterns. Burned
area (BA) is an essential variable in assessing the impact of climate change in boreal …

The variation of land surface phenology (LSP) in natural ecosystems has received much
attention at the regional and global scales. In this paper, we explore the relationship …

Context Accurate mapping of mountain agriculture is important for both a food-security and
an environmental degradation perspective. Remote sensing provides a large and diverse …

The validation of low-resolution remote sensing products using high-resolution data may be
affected by different error factors that would eventually imply unrealistic accuracy …