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Follow the links below to read the latest news on OzEWEX-related topics or to subscribe to news feeds for your favourite RSS reader. Water News (ABC) Weather News (ABC) Climate Change News (ABC) GEWEX News (GEWEX) […]
Read moreFollow the links below to read the latest news on OzEWEX-related topics or to subscribe to news feeds for your favourite RSS reader. Water News (ABC) Weather News (ABC) Climate Change News (ABC) GEWEX News (GEWEX) […]
Read moreCo-chairs: Dongryeol Ryu University of Melbourne Members: Mohammed Bari, Bureau of Meteorology Okke Batelaan, Flinders University Beth Ebert, Bureau of Meteorology Jason Evans, University of New South Wales Fiona Johnson, University of New South Wales Anthony Kiem, University of Newcastle […]
Read moreChair: Brad Evans, University of Sydney Members: Mark Adams, University of Sydney Nicolas Boulain, University of Technology Sydney James Cleverly, University of Technology Sydney Edoardo Daly, Monash University Remko Duursma, University of Western Sydney Derek Eamus, University of Technology Sydney […]
Read moreChair: Seth Westra, University of Adelaide (web page) Members: Lisa Alexander, University of New South Wales Karl Braganza, Bureau of Meteorology Jason Evans, University of New South Wales Pandora Hope, Bureau of Meteorology Doerte Jakob, Bureau of Meteorology […]
Read moreChair: Dr Luigi Renzullo, CSIRO Land and Water (homepage) Members: Thomas Bishop, University of Sydney Matteo Camporese, Monash University Imtiaz Dharssi, Bureau of Meteorology Gift Dumedah, Monash University Jason Evans, University of New South Wales Andrew Frost, Bureau […]
Read moreCo-chairs: Chris Rudiger, Monash University Marta Yebra, Australian National University Members Mark Adams, University of Sydney James Cleverly, University of Technology Sydney Derek Eamus, University of Technology Sydney Juan Pablo Guerschman, CSIRO Land and Water Alfredo Huete, […]
Read moreThis Theme pursues the OzEWEX aim to improve and provide hydrological predictions over time scales of hours to decades. Activities include testing existing and develop improved methods of hydrological prediction at a wide range of time scales. Of particular interest are […]
Read moreThe Vegetation Processes Working Group aims to better understand the role of different vegetation types and functioning in coupling the energy, water and carbon cycles through field experimentation, analysis of field data and modelling. We will analyse observational data […]
Read moreThis Theme pursues the OzEWEX objective to describe, analyse and attribute observed variability and change in averages and extremes of water- and energy-related variables. Detection and attribution of changes to the averages and extremes of climate variables such as rainfall, temperature, […]
Read moreThis Theme aims to pursue successful new approaches for data observation into energy and/or water balance models. The assimilation of a range in situ and satellite observations of atmosphere, ocean and land is a critical factor in the success of […]
Read moreChair: Dr Gab Abramowitz, University of New South Wales (homepage) Members: Barry Croke, Australian National University Beth Ebert, Bureau of Meteorology Jason Evans, University of New South Wales Andrew Frost, Bureau of Meteorology Juan Pablo Guerschman, CSIRO Land […]
Read moreOzEWEX promotes the use of observations to evaluate and compare biophysical models and data products describing energy and water cycle components and related variables. Biophysical models of particular interest include those of particular importance to the Australian research community or […]
Read moreThe CMRSET product provides estimates of actual (not potential) evapotranspiration based on MODIS reflectance and short wave infra-red data, and gridded meteorological surfaces. User’s are cautioned that these data products are still under test and may change […]
Read moreView or download historic and recent estimates of water stores and flows in the Australian landscape. Available estimates include soil water, groundwater, streamflow and evapotranspiration, among others. Most data are daily and have a resolution of around 5 […]
Read moreThe Australian Cosmic Ray Sensor Network (CosmOz) is a near-real time soil moisture measurement network. The network was developed through collaboration between CSIRO and several universities. The goals of CosmOz are to (1) test the utility of cosmic ray […]
Read moreThe CSIRO Environmental Earth Observation web site is a portal to several Water Research Experimental web services and research data. The web services and research data on this portal are made available as demonstrators for research and educational use only. […]
Read moreExperimental near-real time water balance information. The Asia-Pacific Water Monitor uses satellite and on-ground measurements, weather forecasts and a hydrological model to produce near-real time water balance estimates for the Asia-Pacific region. Maps show precipitation, streamflow, catchment water storage, […]
Read moreDaily satellite data from two NASA satellites is processed to identify surface water using the Open Water Likelihood algorithm developed by CSIRO. Imagery for the whole of Australia is processed. Surface water maps are overlaid onto a digital elevation model to estimate the […]
Read moreIf you want to know more about OzEWEX or about this web site, contact the current chair, Albert van Dijk (contact details) 60 SHARES Share on Facebook Tweet Subscribe to newsletter Share Share Share Share Share
Read moreOn 6 December 2012 the OzEWEX web site has gone live. Please give it a good road test and submit your articles, events and links to web sites and data sets at will! If you have any suggestions […]
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