| LATEST RSSRG NEWS |
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| Bee's and remote sensing | RSSRG part of a winning bid to the ARC Special Research initiative on Excellence in Antarctic Research | Measurement uncertainties and Monte Carlo methods | ||||
| April 2020 Tristan Campbell, who is close to completing his PhD with Peter Fearns RSSRG, has published a paper in the Remote Sensing journal, where they predict honey harvests in SW of Western Australia using machine learning and remotely-sensed observations. Really innovative stuff! Read more here |
April 2020 RSSRG is part of a large consortium of Australian Universities, research intitutions and international partners in a successful bid to the Australian Research Council's Special Research Initiative (ARC SRI) in Excellence in Antarctic Science, announced by the Minister for Education on 21 April. This project, led by the University of Tasmania, has been awarded $20 million over three years to establish the Australian Centre for Excellence in Antarctic Science, .. Read more here |
April 2020 RSSRG has published an innovative paper in the Journal of Atmospheric and Oceanic Technology (American Meteorological Society), where Monte carlo techniques are used in assessing uncertainties in measurements of under-water radiometric quantities, avoiding approximations normally impairing such assessments when dependencies among multiple sources of uncertainties are ignored. Read more here Back to top of page |
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| IMOS 2020 Annual Planning Meeting, Hobart | Thetis redeployed! | IMOS STAR task team report published | ||||
| March 2020 IMOS has been having planning meetings every year since inception. These meetings are the occasion for the community involved in IMOS to gather, to assess the status of the programme, and to plan for the future. In 2020 the focus was on the strategy refresh that will happen in 2020, and also on improving engagement with IMOS stakeholders This year RSSRG reported on the WA IMOS node activities and on the STAR task team work. Read more here |
March 2020 RSSRG's Thetis profiler has been redeployed off Rottnest island on 5th March 2020, as part of our IMOS satellite ocean colour sub-facility work. The Thetis, which is an instruments package named after a sea nymph in Greek mythology, allows studying the chemical, physical, optical and biogeochemical properties of waters off the West coast of Perth. It also provides field data in support to the validation of international satellite ocean colour missions (e.g., the European Space Agency Sentinel3/OLCI). Read more here |
March 2020 The IMOS community formed a task team who worked in 2018/19 on analysing IMOS data to assess state and trends of Australia's marine environments. The report is now published. RSSRG co-authored 2 chapters on the spatial and seasonal trends in chlorophyll-a and phytoplankton around Australia. Both chapters utilise data products from the NASA MODerate resolution Imaging Spectroradiometer (Aqua-MODIS) satellite.The chapters of interest can be read and downloaded here and here Read more here Back to top of page |
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| Highlights from our IMOS-supported activities | ROSACE final presentation, EUMETSAT, 4th December |
JAXA Annual GCOM-C PI meeting, Tokyo, 20-23 January 2020 |
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| November 2019 RSSRG has published a number of reports on their IMOS-supported activities, including validation of satellite products, characterisation of optical properties of waters off Western Australia and some other cool stuff using radiative transfer simulations. These activities were carried out as follow-ups of the recommendation from the Radiometry Task Team work that we did in 2016-2017 Read more here |
December 2019 In his role of PI of the BOUSSOLE long-term time series project, D. Antoine led a study funded by the European Organisation for the Exploitation of Meteorological Satellites (EUMETSAT), with the aim of proposing a preliminary design for the future Copernicus System Vicarious Calibration (SVC) infrastructure, to be used for the Sentinel3 missions. The final meeting of the project was held on 4th December in Darmstadt, Germany Read more about ROSACE here |
January 2020 We delivered a presentation on the progress of our activities under JAXA (Japan Aerospace Exploration Agency) funding for the GCOM-C mission. The GCOM-C mission is among JAXA's flagships. It carries the Second-Generation Global ocean colour Imager (S-GLI) We deliver field data to JAXA, which they incorporate into the vicarious calibration of the sensor Read more on GCOM/S-GLI here Back to top of page |
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| RSSRG at the 2020 AMSA conference | CEOS Working Group Cal/Val in Perth | New RSSRG staff | ||||
| July 2019 RSSRG actively participated to the 2019 AMSA conference, Fremantle, through a number of presentations and posters and also through being part of the organising committee. Read more here |
July 2019 The calibration/validation Working Group (WGCV) of the International Committee on Earth Observation Satellites (CEOS) had their 45th meeting in Perth. RSSRG (D. Antoine) reported on satellite ocean colour cal/val activities across the country, on behalf of the Australia's research community being active in this domain Read more here |
November 2019 Kadija Oubelkheir has joined RSSRG as a new Research Associate. Kadija will be responsible for our activities under the IMOS Satellite Ocean Colour sub-facility Read more here Back to top of page |
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| RSSRG get their feet wet! The 110E-line research voyage was carried out onboard R/V Investigator |
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| May-June 2019 On 14th May, RSSRG (D. Antoine, C. Robinson and M. Slivkoff) and 30 other scientists boarded the CSIRO research vessel Investigator in Fremantle and embarked on a voyage to the eastern Indian Ocean. There, the research teams spent a month gathering data on the area’s marine ecosystem, to determine its physical and biogeochemical changes and any connections to climate change. Antoine’s project is contributing to the Second International Indian Ocean Expedition (IIOE-2) – a comprehensive UNESCO science program that’s providing new information about the Indian Ocean’s currents, marine ecosystems and influence on climate. The IIOE-2 is a vital scientific endeavour, given that in the past 50 years the surface layers of the eastern Indian Ocean have warmed by more than a degree. Since it commenced in 2015, the program has enhanced our understanding about heat and mass transport in and around the Indian Ocean, which is vital for predicting climate variability and change. Read more here and here Back to top of page |
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