News
Building Resilience in Water Management with Multi-stakeholder Engagement
UNU-IAS organised an interactive discussion session on resilience in water management during the annual World Water Week conference.
Project
Global Water and Climate Adaptation Center - Aachen, Bangkok, Chennai, Dresden
The project aims to establish a global hub for water security and climate adaptation, educate future environmental leaders, promote dialogue
Article
Water Scarcity: Coming Soon
An urgent paradigm shift of water management and use is needed to ensure global taps don't run dry sooner than we expect.
News
UNU-IAS Organises Webinar on Sustainable Water Resource Management in Asia
The online event discussed sustainable water resource management in Asia.
Project
Barriers to the Adaptation and Implementation of Innovations related to Environmental Resources (water-soil-waste-energy) in Sub-Saharan Africa - the Case of Germany
This project aims to analyse and understand the barriers to the adaption of innovations related to environmental resources in Sub-Saharan Africa.
Article
Water: A Matter of Survival in the World of Pandemics
With the pandemic negatively impacting SDGs achievement, intense focus is needed on the world’s most chronic water, sanitation, and hygiene problems.
Announcement
Call for Papers: ‘The Soil-Water-Atmosphere Nexus’ Thematic Issue in "Environmental Earth Sciences"
UNU-FLORES is inviting manuscripts for a special thematic issue of Springer’s "Environmental Earth Sciences".
Series
6 Facts on Oceans, Life, and Livelihoods
Covering more than 70% of the planet and producing at least 50% of earth’s oxygen, the ocean is of paramount importance in our daily actions.
News
UNU Senior Vice-Rector Taikan Oki Awarded 2021 International Hydrology Prize
The recipient of the 2021 International Hydrology Prize (Dooge medal) is Prof. Taikan Oki of Japan, UNU Senior Vice-Rector.
Project
Water Reuse through Nexus Perspective: Assessing the Sustainability and Opportunities of Urban Systems under Public-Private Partnership
The project defines barriers/drivers for water reuse uptake and the feasibility of water reuse in industrial settings via public private partnership