Researchers and partners from industry, government, and academia are invited to a free workshop on May 24th 2019 to discuss the future of satellite-based remote sensing of Earth’s water resources and ocean dynamics. The workshop will be held at the Sydney Bureau of Meteorology and streamed live to the web.
Title: Droughts and flooding rains – statistical methods for hydrological extremes Date/Time: Wednesday the 17th of April 4pm-5pm Location: UNSW School of Mathematics and Statistics, Red Centre room 2060 (level 2) Talk summary Hydrological extremes by their very nature are rare events and require careful use of statistical methods to ensure robust and reliable predictions. This presentation focuses on two case studies of application of statistical methods in hydrological engineering. The first example is the use of discrete wavelet transforms to better understand the drivers of multi year droughts in the Murray… Read More
UNSW Sydney is collaborating with the non-profit Brian Holden Vision Institute and medical device company TeleMedC in a new $445,000 research project to develop a state-of-the-art computational model of tear film dynamics of a blinking eye. Each time you blink, your eyes replenish the tear film, a thin fluid interface between the surface of the eye and the environment. Although it is less than a tenth the thickness of a human hair, the tear film plays an important role in cleaning and protecting the delicate ocular surface while maintaining clear vision. Chronic… Read More
Title: Convergent Estimates of Marine Nitrogen Fixation Speaker: Francois Primeau (UC Irvine) Date: Mon, 18/02/2019 – 4:00pm Venue: RC-4082, The Red Centre (School of Mathematics and Statsitics), UNSW Abstract: Uncertainty in the global patterns of marine nitrogen fixation limits our understanding of the response of the ocean’s nitrogen and carbon cycles to environmental change. The geographical distribution and ecological controls on nitrogen fixation are difficult to constrain with limited in-situ measurements. Here Prof. Primeau will present an inverse model to constrain the residual mean circulation of the ocean and to estimate rates… Read More