The fate of the Hindu Kush Himalayan glaciers has been a topic of heated debate due to their rapid melting and retreat. The underlying reason for the debate is the lack of systematic large-scale observations of the extent of glaciers in the region owing to the high altitude, remoteness of the terrain, and extreme climatic conditions. Here we present a remote sensing–based comprehensive assessment of the current status and observed changes in the glacier extent of the Hindu Kush Himalayas. It reveals highly heterogeneous, yet undeniable impacts of climate change
Glaciers are among the best indicators of terrestrial climate variability, contribute importantly to...
Climate change and related impacts over the Indian Himalayan Region (IHR) remains poorly quantified....
Glaciers in the Ladakh Range lie between the Himalaya, a monsoon-forced region of glacier retreat, a...
The fate of the Hindu Kush Himalayan glaciers has been a topic of heated debate due to their rapid m...
The fate of the Hindu Kush Himalayan glaciers has been a topic of heated debate due to their rapid m...
This chapter summarizes the current state of remote sensing of glaciers in the India, Nepal, and Bhu...
A remote-sensing based consistent semi-automated glacier mapping methodology with minimum manual int...
In this study, mass balance for Chorabari glacier of the Central Himalaya, India has been estimated....
Glaciers in Afghanistan and Pakistan are parts of an Asian “critical region” having significant role...
While glacier mass changes in the Himalaya since the year 2000 are relatively well investigated, the...
Remote sensing-based observations prove to be critical for the monitoring and assessment of cryosphe...
We present a comprehensive review of the status and changes in glacier length (since the 1850s), are...
Glacier outlines are mapped for the upper Bhagirathi and Saraswati/Alaknanda basins of the Garhwal H...
Climatic differences between monsoonal and cold-arid parts of the South Asian mountain arc account f...
Climate change and related impacts over the Indian Himalayan Region (IHR) remains poorly quantified....
Glaciers are among the best indicators of terrestrial climate variability, contribute importantly to...
Climate change and related impacts over the Indian Himalayan Region (IHR) remains poorly quantified....
Glaciers in the Ladakh Range lie between the Himalaya, a monsoon-forced region of glacier retreat, a...
The fate of the Hindu Kush Himalayan glaciers has been a topic of heated debate due to their rapid m...
The fate of the Hindu Kush Himalayan glaciers has been a topic of heated debate due to their rapid m...
This chapter summarizes the current state of remote sensing of glaciers in the India, Nepal, and Bhu...
A remote-sensing based consistent semi-automated glacier mapping methodology with minimum manual int...
In this study, mass balance for Chorabari glacier of the Central Himalaya, India has been estimated....
Glaciers in Afghanistan and Pakistan are parts of an Asian “critical region” having significant role...
While glacier mass changes in the Himalaya since the year 2000 are relatively well investigated, the...
Remote sensing-based observations prove to be critical for the monitoring and assessment of cryosphe...
We present a comprehensive review of the status and changes in glacier length (since the 1850s), are...
Glacier outlines are mapped for the upper Bhagirathi and Saraswati/Alaknanda basins of the Garhwal H...
Climatic differences between monsoonal and cold-arid parts of the South Asian mountain arc account f...
Climate change and related impacts over the Indian Himalayan Region (IHR) remains poorly quantified....
Glaciers are among the best indicators of terrestrial climate variability, contribute importantly to...
Climate change and related impacts over the Indian Himalayan Region (IHR) remains poorly quantified....
Glaciers in the Ladakh Range lie between the Himalaya, a monsoon-forced region of glacier retreat, a...