This study evaluates the socioecological consequences of the potential trade-offs between maintaining environmental flows (e-flows) and providing water for sustainable subsistence agriculture and livelihoods to the vulnerable human communities living along the lower Great Letaba River in South Africa.

This white paper is an earnest endeavour to facilitate a change in the current water management practices in cities that are typically engineering-driven, carried out in ‘silos’, and rely on grey infrastructural interventions.

This policy brief, published by T20 India, draws on experience and lessons from G20 and other countries in achieving Target 6.1 of the sustainable development goals (SDGs) — it envisages ways to achieve universal and equitable access to safe and affordable drinking water for all by 2030.

This paper introduces a machine learning-based model to forecast reservoir water volumes in India. In areas with high water stress, having access to timely information on forecasted water availability could help decision-makers avoid the risk of acute water-driven power outages and advocate for long-term, water-prudent policies and management.

This paper aims to review the state of gender equality in Sustainable Development Goal 6 (SDG 6) and showcases how a gender perspective can inform and strengthen the discourse around SDG 6 acceleration.

This paper aims to review the state of gender equality in Sustainable Development Goal 6 (SDG 6) and showcases how a gender perspective can inform and strengthen the discourse around SDG 6 acceleration.

Industry over the years has been undertaking measures to improve their water usage towards attaining water neutrality.

This compendium was developed through a synthesis of cases of best practices for water management in the G20 countries.

This Compendium of Best Practices is a repository of unique and effective water management strategies applied nationally as well as internationally.

This policy brief analyses how blockchain and the Internet of Things (IoT) can aid drinking water supply management.