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A field team was soon on its way, an example of the quick response to the needs of its regional member countries that ICIMOD is poised to provide. The scientific team, put together by the SERVIR-Himalaya Initiative and Cryosphere Monitoring

With warming in the HKH being higher than the global average (ICIMOD, 2007), climate induced natural hazards are likely to be exacerbated, including severe glacial melting and the formation of glacial lakes and, GLOFs.

and hydrologists to the glacial lakes and villages of Lunana Gewog. Accompanied by ten helpers and

Study of a satellite image of Tsho Rolpa taken on 17 May – five days after the nearby magnitude 7.3 aftershock – by NASA’s EO-1 satellite, and more recently by the Japan/U.S. instrument ASTER (Advanced Spaceborne Thermal Emission and

Much of Nepal and bordering areas of the Tibet Autonomous Region of China were heavily shaken by the moment magnitude 7.8 (7.6 ML, NSC) earthquake on 25 April 25 2015 and its aftershock of moment magnitude 7.3 (USGS; 6.8 ML, NSC). After the two

the different types of flood early warning systems in flood prone areas of Pakistan, three delegates from Pakistan visited the International Centre of Integrated Mountain Development (ICIMOD) and its community based flood early warning system

In the mountains, permafrost stabilizes rock slopes, moraines and debris-covered slopes. For instance, moraines consist of loose sediment often held together by permafrost. When permafrost thaws, slopes become more vulnerable to erosion. Debris and

ICIMOD shares results of glacial lakes studies

community-based flood early warning system (CB-FEWS) is an integrated system of tools and plans to detect and respond to flood emergencies. It’s managed by the communities themselves and, if properly designed and implemented, can make the

2015, Lemthang Tsho (Memari) Lake filled beyond capacity and burst over its embankment creating a glacial Lake outburst flood (GLOF). This incident caused minimal damage downstream but other GLOFs can be catastrophic.

The region has high hydropower potential, but the changing climate and likely changes in the hydrological regime may pose a risk to future hydropower development. The changing probabilities and magnitudes of extreme events can place an additional

to investigate recent glacial lake outburst

visited community based flood early warning system (CBFEWS) sites along the Ratu River in early August 2016 to check on instruments and document community experience with

The training is a regular annual activity conducted under the Cryosphere Monitoring Programme (CMP) of the International Centre for Integrated Mountain Development (ICIMOD). It aims to build the capacities of national partners on the use of Remote

The attention of a large number of scientists within Nepal and outside Nepal has been drawn to the potential secondary risks that might arise in the future. These geohazards include landslide‐dammed rivers, future mass movements (landslides/debris

The 2015 Gorkha earthquake and its repeated aftershocks not only triggered thousands of landslides, but also weakened the soil and destabilized Nepal’s steep slopes. The 2015 monsoon was anticipated to further weaken the slopes and trigger

an advanced community-based flood early warning system with telemetry (CBFEWS with telemetry) was successfully conducted at Khokhana in Kathmandu on 28 March 2017. A joint team comprising of officials from the International Centre for

water levels rise in flood-prone rivers, villagers are increasingly able to react quickly enough to save lives and livelihoods – whether they live in Assam, India, or the Koshi River basin of Nepal, or, in the latest upscaling of a successful

Quest to unravel the cause of the Seti flash flood, 5 May 2012

Flash flood in Nepal causes loss of life and property