Few places on Earth have been as affected by climate change than the mountain cryosphere, making it an ideal environment to study the policy concept of Loss and Damage.
A recent article in Regional Environmental Change by Mattias Borg Rasmussen explores the nexus of climate change, retreating glaciers, and conservation landscapes in the context of Pastoruri Glacier in Peru’s Huascarán National Park.
A recent study from Environmental Science and Policy reviews a pilot program in the Indian Himalayas that considers climate risk for glacial lake outburst floods (GLOFs) and other weather-related flooding to create an adaptation plan specific to the region.
The 2018 St Andrews Prize for the Environment was awarded on April 26 to The Mountain Institute, Peru and indigenous communities for efforts to help mountain communities adapt to the loss of glaciers.
Glacier protection laws have been developed to protect glacial environments from commercial activities such as mining. However, they also pose a potential conflict with the mitigation of glacial hazards and adaptation to climate change.
Xinjiang is an arid region in China with droughts posing a key problem to future sustainability. With meltwater as a major water source, new research shows that glaciers in the region are responding differently to climate change.
A recent study of the vulnerability of small-scale farmers in Ancash, Peru, suggests that climate change is just one of several factors placing pressure on farmers. Instead, a collection of socio-political and economic factors are the main cause of vulnerability.
A new study investigates the adaptive capacities of mountain societies in Central Asia to reduce their vulnerability to climate change and help them better cope with weather extremes. The vulnerability of mountain societies in the Pamir and Tien Shan mountains is impacted by their often remote locations, outdated infrastructure, and poor access. The need is high to develop effective strategies and adaptation measures to mitigate the severe impacts of climate change.
In the arid and semi-arid regions of Central Asia, including western China, the glaciers of the Tianshan Mountains are an important water source for the inhabitants of the area. But accelerated glacier retreat is an unfortunate product of the changing climate, and the Tianshan glaciers are no exception.
Human activities have drastically reduced the natural habitats of Polylepis, a rare genus of tree species that dominates the high altitude forests of the Andes and can grow from an elevation of 3000 meters close to the glacier line, at approximately 5000 meters above sea level. A recent analysis by Beatriz Fuentealba and Steven Sevillano of reforestation efforts centered on Polylepis in Ancash, Peru, has highlighted the importance of local communities for the successful implementation of these activities.
When the poisoned river ran red with heavy metals, people from nearby communities didn’t believe at first that climate change was to blame. In remote mountain villages around the Rio Negro, adaptation efforts took a curious and innovative form.