The study and assessment of desertification and/or the advance or retreat of arid areas as a
function of natural and anthropogenic causes is necessary for the prediction of future risks …

As an important indicator of terrestrial ecosystems, vegetation plays an important role in the
study of global or regional ecological environmental changes. Northern Shaanxi is located …

Long-term monitoring of the ecological environment changes is helpful for the protection of
the ecological environment. Based on the ecological environment of the Sahel region in …

Desertification causes not only a reduction of vegetation cover and surface moisture but also
the expansion of sandy land. Considering that the modified soil adjusted vegetation index …

Long-term vegetation time series (TS) forecasting based on climatic data is one of the most
challenging topics, capable of assisting in advanced estimation and management for …

The Cerrado is considered the most biodiverse savanna in the world, as well as the second
largest Brazilian Biome. In recent decades, primarily due to agricultural expansion and …

Owing to the combined effects of climate change and human activities, the type of
desertification in the arid regions of Asia has undergone profound changes, and the problem …

Abstract The Normalized Difference Vegetation Index (NDVI) indicates vegetation condition
and is a vital index in monitoring and forecasting vegetation. Forecasting vegetation aids in …

Mangrove ecoregions of the Indian Sundarbans (IS) are highly productive ecosystems in the
Bengal delta of the Indian subcontinent. These mangroves are crucial in reducing the …

Scalable and accurate normalized difference vegetation index (NDVI) prediction is
necessary to track the status of vegetation and the environment and to support proper …