The Goyder Institute for Water Research provides collaborative, multidisciplinary research partnership opportunities to address complex water-related challenges, utilising the exceptional research and management expertise within its partner organisations to deliver critical knowledge to inform management decision making and policy.
Finding the balance between environmental protection and development - an innovative approach to assessing environment flow requirements.
Participatory and citizen science approach to groundwater monitoring and management at the village level.
Innovative environmental sensing and monitoring solutions powered by IoT and big data analytics for water quality with industry applications in wastewater monitoring, groundwater monitoring, wastewater-based epidemiology, micro-invertebrate detection, and rapid microbial detection
Contactless Water Quality Sensors which monitors parameters like turbidity and algae concentration from above the water bodies. This sensor system enables simple and low-maintenance site deployment, and revolutionizing water quality monitoring methods like measurement directly from aerial drones and from bridges or structures.
World’s first of its kind AI-enabled and IoT integrated I2BioS (Intelligent Integrated BioSensor System) system for real-time water quality monitoring of heavy metals in sewer networks and water resources
Designs markets of tomorrow using blockchain, tokenisation and automation to accelerate accountability and transparency in the global water value chain where trust matters.
Algaesys offers a carbon-negative algal wastewater treatment and resource recovery system that runs on solar power, absorbs CO2, and works at any scale
Ten large Asian river basins (the Amu Darya, Indus, Tarim, Ganges, Brahmaputra, Irrawaddy, Salween, Mekong, Yangtze, and Yellow) originate in the Hindu Kush Himalayas (HKH) region. They supply water to more than 1.3 billion people, a fifth of the world’s population, providing the means for food and energy production, livelihoods and a range of other crucial social and environmental services.
This document aims to guide the design, implementation, and use of studies to value the benefits and costs of Nature-Based Solutions (NBS) for climate resilience projects. Reliable quantification of the costs and benefits of NBS for climate resilience can facilitate further mainstreaming of these interventions by articulating the value proposition of NBS across sectors, improve impact evaluation, and for identifying additional funding and financing for projects.