Back to news
1 May 2019 | CryoHub

More research needed to understand the impact of cryosphere changes on mountain communities in the HKH

The role and importance of cryosphere services in the Hindu Kush Himalaya (HKH) remain largely undefined and consequently unrecognized, despite the growing demand as pointed out in a recent review by researchers at ICIMOD. The review identifies various knowledge gaps in the cryosphere’s contributions to high-mountain communities, which are among the world’s most vulnerable societies.

1 min Read

70% Complete
The high mountains are home to some of the world’s most vulnerable societies. In picture, a woman in Darchula, far-west Nepal, struggles up the hill fetching water for domestic use. (Photo: Jitendra Bajracharya)

The review brings the much needed discussion on cryosphere services and their importance to the spotlight. The high-mountain societies that live in the vicinity (within approximately 30 km) of glaciers, ice, snow, permafrost, and glacier lakes are often directly dependent on the cryosphere for their livelihoods and affected by cryosphere-related hazards.

The knowledge about the physical basis of cryospheric change in the HKH has greatly improved in recent years. However, very little is known about which social groups are most affected and how, and how politics and power influence societal responses to changes in the cryosphere.

“Any research on cryospheric changes in the HKH is only partially useful if the information about impacts on mountain communities as well as downstream users of cryosphere services does not exist,” said Anna Sinisalo, an author of the review.

One of the key messages of the study is the need to facilitate more dialogue among scientists, users of cryosphere services, and decision makers to achieve a deeper understanding about cryosphere services and their resilience. Such dialogues are important in formulating ways to address the needs of the different types of users and ensure the sustainability of cryosphere services in the HKH.

Read in detail: Contributions of the cryosphere to mountain communities in the Hindu Kush Himalaya: a review

Stay current

Stay up to date on what’s happening around the HKH with our most recent publications and find out how you can help by subscribing to our mailing list.

Sign Up

RELATED CONTENTS

Continue exploring this topic

30 Apr 2020 Cryosphere
New study finds that crevasses in Himalayan glaciers can play a key role in influencing ice temperature

Glaciers in cold and arid climates, such as in High Mountain Asia, can warm up much faster than expected because ...

25 May 2015 News
ICIMOD provides relief to earthquake-affected local staff

In the aftermath of the Great Earthquake of 25 April that ripped through north-central Nepal, ICIMOD put together ...

11 Aug 2015 News
Experts stress need for collaboration to protect the natural heritage of earthquake-affected areas of Nepal

Over 50 experts and conservation practitioners from the region stressed the need for greater collaboration to overcome the socio-ecological impacts ...

18 Jul 2019 News
Combining top–down and bottom–up: Designing a watershed management plan for Dhankuta Municipality

In the first consultation meeting with the vice mayor, there was a consensus that the conservation of water sources is ...

26 Feb 2016 KSL
Access and Benefit Sharing Between Nepal and India

As part of transboundary cooperation within Kailash Sacred Landscape Conservation and Development Initiatives (KSLCDI), the International Centre for Integrated Mountain ...

24 Jul 2018 CBFEWS
Communities in Four Countries Gear Up to Fight Floods

At least four communities across the Hindu Kush Himalaya (HKH) are better prepared to fight floods this year. Floods and ...

13 Oct 2015 News
Improving Accuracy of Measuring Stream Discharge for Reducing Flood Vulnerabilities

  ICIMOD took another step in improving the quality of hydrometeorological data collection that will contribute to reducing flood vulnerabilities in ...

3 Sep 2019 KDKH
The KDKH’s transboundary working group to study impacts of GLOF events in the Koshi basin

In June 2019, a study that used declassified military satellite data showed that a staggering