Large and ecologically functioning steppe complexes have been lost historically across the globe, but recent land‐use changes may allow the reversal of this trend in some regions. We aimed to develop and map indicators of changing human influence using satellite imagery and historical maps, and to use these indicators to identify areas for broad‐scale steppe rewilding.Peer Reviewe
Agricultural expansion, driven by the increasing demand on crops, poses a severe threat to the globa...
The Mongolian Steppe is one of the largest remaining grassland ecosystems. Recent studies have repor...
The Mongolian Steppe is one of the largest remaining grassland ecosystems. Recent studies have repor...
Large and ecologically functioning steppe complexes have been lost historically across the globe, bu...
Die Steppen Kasachstans haben seit dem Zusammenbruch der Sowjetunion einen tiefgreifenden Wandel erf...
Proxy global assessment of land degradation using satellite AVHRR measurements of NDVI since 1981 re...
This article considers the environmental legacy of Soviet central planning, that began in the late-1...
<p>The collapse of the Soviet Union in 1991 has been a turning point in the World history that left ...
Globally, grasslands are shaped by grazing and fire, and grassland plants are adapted to these distu...
Satellite observations identify the Mongolian steppes as a hotspot of global biomass reduction, the ...
<div><p>Satellite observations identify the Mongolian steppes as a hotspot of global biomass reducti...
An improved understanding of increased human influence on ecosystems is needed for predicting ecosys...
Palaearctic grasslands encompass a diverse variety of habitats, many of high nature value and vulner...
During the Soviet Virgin Lands Campaign, approximately 23 million hectares (Mha) of Eurasian steppe ...
Abstract Changes in the spatiotemporal pattern of vegetation alter the structure and function of lan...
Agricultural expansion, driven by the increasing demand on crops, poses a severe threat to the globa...
The Mongolian Steppe is one of the largest remaining grassland ecosystems. Recent studies have repor...
The Mongolian Steppe is one of the largest remaining grassland ecosystems. Recent studies have repor...
Large and ecologically functioning steppe complexes have been lost historically across the globe, bu...
Die Steppen Kasachstans haben seit dem Zusammenbruch der Sowjetunion einen tiefgreifenden Wandel erf...
Proxy global assessment of land degradation using satellite AVHRR measurements of NDVI since 1981 re...
This article considers the environmental legacy of Soviet central planning, that began in the late-1...
<p>The collapse of the Soviet Union in 1991 has been a turning point in the World history that left ...
Globally, grasslands are shaped by grazing and fire, and grassland plants are adapted to these distu...
Satellite observations identify the Mongolian steppes as a hotspot of global biomass reduction, the ...
<div><p>Satellite observations identify the Mongolian steppes as a hotspot of global biomass reducti...
An improved understanding of increased human influence on ecosystems is needed for predicting ecosys...
Palaearctic grasslands encompass a diverse variety of habitats, many of high nature value and vulner...
During the Soviet Virgin Lands Campaign, approximately 23 million hectares (Mha) of Eurasian steppe ...
Abstract Changes in the spatiotemporal pattern of vegetation alter the structure and function of lan...
Agricultural expansion, driven by the increasing demand on crops, poses a severe threat to the globa...
The Mongolian Steppe is one of the largest remaining grassland ecosystems. Recent studies have repor...
The Mongolian Steppe is one of the largest remaining grassland ecosystems. Recent studies have repor...