Griffith University supports the Sustainable Development Goals

Goal 6 - Clean Water and Sanitation

Climate Resilient Sanitation in South East Asia

Research

The International WaterCentre at Griffith University was commissioned by World Health Organization (WHO) to undertake desk-based research and prepare a report on climate resilient sanitation in South East Asia. This contributed to WHO’s support to its eleven member states in advocating and raising awareness of the health impacts of climate…

Water Leadership Program – 2022

Learning and Teaching

The Water Leadership Program (WLP) is an award-winning program that helps emerging leaders to develop the ability to exert influence, drive change and advance challenging integrated water management projects – abilities associated with the most effective integrated water management leaders. The WLP is a feedback-intensive, 10-month professional development program,…

Digital technologies for a Climate Resilient Water Sector

Learning and Teaching

The Asia-Australia online short course – “Digital technologies for a climate resilient water sector” – aims to build the capacity of the Asian Development Bank (ADB) project teams and Developing Member Country (DMC) counterpart staff in the knowledge and use of digital technologies to improve water management and inclusive participation in…

The Common Pool Resource Heatmap: A Tool to Drive Changes in Water Law and Governance

Research

Anticipated water-related impacts of climate change heighten the need for tools supporting proactive efforts to address current and future conflicts involving water. Analysing a regulatory framework for a water resource using Ostrom’s (1990) Common Pool Resource (CPR) theory can assist in identifying regulatory weaknesses that may contribute to deterioration of…

Legislative Mechanisms for Managed Aquifer Recharge in Queensland, Australia: A Framework for managing Risk and Unlocking Opportunities for Water

Research

This article presents an examination of the legal mechanisms that regulate the most common types of managed aquifer recharge (MAR) projects in Queensland: infiltration basins and recharge dams using river water and direct injection using treated coal seam gas associated water. The article provides general guidance to potential MAR proponents and also…