Transboundary Cooperation

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Space technologies for transboundary water management

Water is an essential natural resource for human survival as well as the health of the entire ecosystem, including agriculture. It is fundamental for long-term sustainable growth of economies and societies globally and locally. Water resources, which cross political boundaries, are vital for both the environment and human populations. Transboundary water management refers to the cooperative process of managing shared water bodies across political boundaries, ensuring the equitable and sustainable use of water resources by riparian states (Bernauer & Böhmelt, 2020).

CryoWatch: Leveraging open Earth observation data for transboundary snow hydrology monitoring in the European Alps and Danube Basin

Spring melt-out from mountain regions sustain lives, economies and ecosystems downstream. Each spring, massive volumes of meltwater cascade from Alpine regions into the Danube. Although Alpine catchments make up only 10 per cent of the Danube basin, approximately 26 per cent of its total discharge comes from them ​(Wesemann, Herrnegger, and Schulz 2018)​. This water feeds reservoirs, irrigate croplands and sustain over 80 million people across 19 countries ​(ICPDR 2021)​.

Capacity Building and Training Material

Water: addressing the global crisis

Overview 

The SDG Academy and the Stockholm International Water Institute have come together to offer this MOOC on some of the most important water issues. They focus on the key role water plays in the achievement of the Sustainable Development Goals, not least SDG 6, about sustainable water and sanitation for all. The course intends to explain the global water crisis through linkages between water, environment, and societal development, focusing on how to tackle issues such as growing water uncertainty and deteriorating water quality.

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Stakeholder

Stimson Center

The Energy, Water, & Sustainability Program at the Stimson Center addresses important and timely policy issues and technical opportunities concerning energy, water, and sustainable development in the Global South from a multidisciplinary perspective.

Our work on transboundary river basins identifies pathways towards enhancing water security and optimizing tradeoffs between water, energy, and sustainable development options in the Mekong, Ganges-Brahmaputra, Indus, Aral Sea and Euphrates-Tigris river basins.

International Groundwater Resources Assessment Centre

IGRAC is a research centre that provides groundwater data and information to enhance knowledge and wisdom, support decision making, and promote a world where groundwater is managed sustainably and equitably. Through monitoring and assessment, based on in-situ data and information, we focus our research on groundwater quantity, groundwater quality and transboundary aquifers. IGRAC contributes to capacity development, advocacy and awareness-raising, through knowledge exchange at multiple levels.

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