Upcoming workshop on the future of Earth-observing satellites

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.

In the coming decade, new satellite missions will map Earth’s surface water and sea level (ocean topography) at a resolution that has not been possible before. These observations will provide critical information that is needed to assess water resources on land, track regional sea level changes, monitor coastal processes, and observe small-scale ocean currents and eddies. The first of these satellites, the NASA/CNES Surface Water Ocean Topography (SWOT) mission, is scheduled for launch in late 2021.

The workshop on future high-resolution satellite altimetry is organized by the Australian Bureau of Meteorology and the Australian Surface Water Ocean Topography (AUSWOT) working group, a consortium of researchers and stakeholders from industry, government, and academia that aims to develop Australia’s capability in the field of surface water and ocean topography and address key issues relevant to the Asia-Pacific region.

All researchers and partners are invited to participate in this free workshop. Click here to find out more information and to register.

Last chance to register for Frontiers of Fluid Dynamics workshop

Friday 7 December is the last day to register for this interdisciplinary workshop sponsored by the Bureau of Meterology, the Australian Meteorological and Oceanographic Society, and UNSW School of Mathematics and Statistics.

Find out more: https://mathsforearth.com/fluids2018

When: 8:30am-5:30pm, 14 December 2018 (lunch provided).

Where: Bureau of Meteorology, 16/300 Elizabeth St, Sydney

Registration: https://goo.gl/forms/7iss25mObI29yaNx2 (Deadline 7 December)

Frontiers in Fluid Dynamics workshop

Frontiers in Fluid Dynamics is an interdisciplinary workshop that aims to bring together researchers in academia, industry, and government working on all aspects of environmental and applied fluid dynamics, including forecasting, atmosphere-ocean modeling, observations and experiments.

Abstracts are invited for oral and poster presentations. Registration is free and lunch is provided. Students and early career researchers are particularly encouraged. The workshop will be followed by the AMOS-NSW public lecture and a workshop dinner in neighboring Surry Hills (self-funded).

When: 8:30am-5:30pm, 14 December 2018 (lunch provided).

Where: Bureau of Meteorology, 16/300 Elizabeth St, Sydney

Registration: https://goo.gl/forms/7iss25mObI29yaNx2 (Deadline 7 December)

Invited speakers:

Plenary lecture (9:00am): “Ensemble ocean forecasting and other next generation developments: what are the likely impacts to defence and other applications in Australia and NSW?” Dr Gary Brassington (Australian Bureau of Meteorology)

AMOS-NSW public lecture (6:00pm): “Schools weather and air quality (SWAQ): where citizen science meets urban climate research.” Dr Angela Maharaj (UNSW).


Sponsored by:


Dedalus workshop at ANU

Join us in Canberra this Fri Aug 24 for a special workshop on Dedalus, an open-source spectral PDE solver for Python.

Dedalus is a flexible framework for spectrally solving differential equations. Although it was developed for use in fluid dynamics research, Dedalus can be applied to any initial-value, boundary-value, and eigenvalue problems involving nearly arbitrary equations sets. You build a spectrally-representable domain, symbolically specify equations and boundary conditions, select a numerical solver, and go.


The workshop will be held at ANU’s Research School for Earth Science, and will begin with a seminar by Dedalus developer Dr Geoffrey Vallis (U. Sydney), followed by a hands-on workshop.

For more details please contact Taimoor Sohail.

When: Friday 24th August 2018, 1-3pm

Where: Hales Room, Jaeger 7, ANU Research School for Earth Science.

About the main image: Simulation of 2D flow over a wing-shaped obstacle with moderate Reynolds number (Re ~ 100). The flow is visualised by advecting a passive tracer concentration field; released from a perpetual localised source on the left-side of the domain. The wing is implemented with a volume-penalised immersed boundary method. Credit: Eric Hestor (U. Sydney).

To watch a movie of this and other examples, visit the Dedalus Project Vimeo page.