Water Accounting: Assessing Water Use and Availability for Allocation Read more about Water Accounting: Assessing Water Use and Availability for Allocation Lisa-Maria Rebelo discussed how water accounting approaches could enhance multisectoral benefits.
Water-Energy-Food NEXUS, Water Accounting and IWRM Read more about Water-Energy-Food NEXUS, Water Accounting and IWRM Jonathan Lautze presented an overview of innovative approaches and tools that advance water security and climate resilience.
Jonathan Lautze Keywords water energy food water accounting food security Read more about Jonathan Lautze Dr. Jonathan Lautze is a research group leader and senior researcher in IWMI’s office in South Africa. He has led and contributed to a range of applied interdisciplinary research and development projects focused on water governance, water security, transboundary water management, climate change and water, and water and health.
Lisa-Maria Rebelo Keywords water management water accounting agriculture water productivity Read more about Lisa-Maria Rebelo Dr. Lisa-Maria Rebelo is a principal researcher at IWMI. Her research involves the development of new, innovative Earth Observation (EO) based methodologies to improve the understanding of interactions between basin-scale hydrological and ecological functioning, and water availability and allocation, as well as identifying options for improved management of water resources at multiple scales.
Poolad Karimi Keywords water accounting irrigation water productivity water resources management Read more about Poolad Karimi Dr. Poolad Karimi is a water resources & irrigation engineer with more than 10 years international experience in Asia and Africa. He works at UNESCO-IHE as a senior lecturer/researcher in irrigation management. He has worked on a range of issues related to water resources and agricultural water management. This includes having a leading role in the development of the Water Accounting Plus framework. He has been involved in numerous research projects pertaining water accounting, basin and field level productivity, water productivity assessments, and irrigation.
Webinar on Improved Decision-Making for Water Security Using Water Accounting Read more about Webinar on Improved Decision-Making for Water Security Using Water Accounting Elga Salvadore gave an overview of Water Accounting Plus (WA+) methodology, and provided examples on how water accounting can be used in decision-making.
Elga Salvadore Keywords water accounting GIS adb agriculture water system Read more about Elga Salvadore Dr. Elga Salvadore obtained a Master in Civil and Environmental Engineering from the Universita degli Studi di Genova (Italy) in 2008 with a thesis focusing on hydraulic simulations of river and flood protection systems. She obtained a PhD scholarship from the Research Foundation Flanders (FWO) and VITO (Flemish Institute for Technological Research) and completed her PhD in Engineering at the Vrije Universiteit Brussels (Belgium) in 2015 with a research on spatially-distributed hydrological modelling of urbanized catchment.
Lauren Zielinski Keywords hydrology water resources water accounting water system Read more about Lauren Zielinski Lauren Zielinski is a project assistant for the Water Accounting and Water Productivity Team under the Land and Water Management Department at IHE Delft, where she contributes to technical and project management activities.
Asian Water Development Outlook 2016: Strengthening Water Security in Asia and the Pacific Read more about Asian Water Development Outlook 2016: Strengthening Water Security in Asia and the Pacific The Asia and Pacific region is making progress in strengthening water security, according to a key finding from the Asian Water Development Outlook 2016, a publication of the Asian Development Bank. The report reveals how countries score and compare in the five dimensions of water security.
Water Accounting and Productivity Using Remote Sensing Read more about Water Accounting and Productivity Using Remote Sensing Producing more food using less water is possible with the use of modern and innovative technology. This video focuses on how remote sensing and satellite technology can be used to improve crop water productivity and irrigation systems planning.