Threatened lifelines

NTNU Community

Threatened lifelines

Analysing and managing the impacts of shrinking glaciers and snow cover on water flows, land use, and livelihoods in mountain communities of the Indian Himalayas.

Picture of the Indian Himalaya
Photo: Martin C. Lukas / NTNU. Mountain communities in Ladakh: Oases sustained by meltwater flows from snow and glaciers.

About the project

Threatened Lifelines integrates expertise across human and physical geography and hydrological modelling to analyse the impacts of climate change on mountain communities and promote just and sustainable adaptation pathways. It focuses on communities in the semiarid Himalayan region of Ladakh that are highly dependent on seasonal meltwater flows, which are prone to decrease.

The physical geography and modelling component uses climate scenarios, regional climate modelling and glacio-hydrological modelling, calibrated with new in situ measurements, to quantify how climate-induced cryospheric changes affect seasonal meltwater flows. The project’s human geography component analyses the impacts of changing water flows and adaptation strategies to date and links them to processes of societal change. 

Taking transdisciplinary approaches, the project explores potential future adaptation strategies and their implications for equity and community agency, with the goal of supporting sustainable, community-centred water governance and development pathways in the region.

person-portlet

Project Leaders

Oddbjørn Bruland
Professor, Study program leader for MSc. in HydroPower Development
oddbjorn.bruland@ntnu.no
+47-73594755
+4747607202
Martin C. Lukas
Associate Professor
martin.c.lukas@ntnu.no
+47-73412064

person-portlet

Project participants

Pascal Emanuel Egli
Associate Professor
pascal.e.egli@ntnu.no
+47-73592034
+4741145024
Akshayi Ajaykumar Shyma
PhD Candidate
akshayi.a.shyma@ntnu.no
+4748677657
+919744295192
Niklas Toresson
PhD Candidate
niklas.toresson@ntnu.no

Picture from dwindling water flows

Picture of the Himalaya mountains
Photo: Martin C. Lukas / NTNU. Shrinking ice in the catchments leads to dwindling water flows during the growing season.