The main objective of this study is to investigate land degradation and environmental change in Mongolia using time series of multi-sources remotely sensed data and advanced...

Global maps of bioclimatic variables currently exist only at very coarse spatial resolution (e.g. World-Clim). For ecological studies requiring higher resolved information, this...

Potential natural vegetation (PNV) is the vegetation that would be predicted given environmental constraints (geomorphology, climate, geology) without human activities or a...

Bornuur sum is located in the northern part of the Tuv aimag and covers an area of 114.68 km2. The soum belongs to the forest-steppe and mountain-steppe zones. The main purpose...

We used the Radial basis function kernel of the SVM classification method to classify the land cover of Uvs aimag. The 2018 summer season data from the Landsat-8 satellite with...

The main purpose of the research is to assess ecological factors of reliefs in Mongolia based on information of basic morphometric parameters and digital elevation model [ASTER,...

Lakes play a valuable role in the surface water resources of Mongolia. Understanding surface water dynamics and climate change over various spatiotemporal scales from local to...

The aim of this study was to develop a robust methodology to estimate pasture biomass across the huge land surface of Mongolia (1.56 × 106 km2) using high-resolution Landsat 8...

This study aims to reconstruct paleoclimate change in eastern Mongolia inferred from sedimentological and geochronological records from Lake Yakhi in the drainage basin of the...

This study reconstructs the Late Quaternary paleoclimatic history of Mongolia based on multi-proxy sedimentary records from lakes in Mongolia. The high-proxy data show that in...