RSSRG has been working with the Japanese Aerospace Exploration Agency (JAXA) for 9 years, after a first contract was awarded in 2016. Our role is to provide field observations of radiometric quantities and optical properties to support the “System Vicarious Calibration” of the Global Change Observation Mission – Climate (GCOM-C) Second generation GLobal Imager (SGLI) ocean colour instrument, as well as validation of the geophysical products that this mission provides.

Principal investigators gather every year for a joint meeting where updates are provided about the mission status and the various funded activities, which include algorithm development, validation activities and science projects using data from SGLI and other JAXA satellite Earth Observation missions.

Every other year since 2012, the International Ocean Colour Coordinating Group (IOCCG) organises a Summer Lecture Series on “Frontiers in Ocean Optics and Ocean Colour Science”.

After having initiated the series and managed the first 5 editions in France at the “Laboratoire d’océanographie de Villefranche”, the coordinator (Prof David Antoine) handed over the event to the Indian National Centre for Ocean Information Services (INCOIS) at their International Training Centre for Operational Oceanography (ITCOocean) located in Hyderabad, India.

The 6th edition took place there from 4 to 16 November 2024, with a cohort of 30 students from 18 nationalities. Curtin RSSRG contributed with lectures from Prof D. Antoine and instrumentation for the hands-on labs.

See full details on the IOCCG web page here.

October 2024

The 26th biennial Ocean Optics Conference was held in Las Palmas de Gran Canaria on 6-11 October. RSSRG participated as authors or co-authors of 4 posters covering major current research activities and projects.

One of these  contributions presented a summary of the work and results obtained over the past few years on bio-optics of the Southern Ocean. Another one was from post-Doctoral Research Associate Chandanlal Parida, about his work on Indian Ocean phytoplankton carbon, and two were about our NASA MarONet project: here and here.

September 2024

After several weeks of preparation in our new Belmont facility, we deployed the first element of our “Marine Optical Network” (MarONet) off Rottnest Island, WA. This 15-m tall buoy is a large sea-deployable spectrometer that records sunlight emerging from the ocean in the near UV, visible and near infrared range. The data are used to “vicariously calibrate” the NASA Plankton, Aerosol, Cloud, ocean Ecosystem (PACE) mission.

More details about MarONet can be found in this article published by the US National Institute of Standards and Technology  (NIST), who is a major partner in this project, along with the University of Miami (lead) and the San Jose State University, Moss Landing Marine Laboratories.

Two identical MarONet systems will be swapped on site about every 6 months to ensure a continuous time series of high-quality measurements.

June 2024

Prof David Antoine joined a new working group of the InternationalOcean Colour Coordinating Group (IOCCG) on modelling of Ocean Primary Production from Space, along with 18 other experts on this topics from aroundthe World.

Within the coming ~2 years, this new working group will deliver a report that will discuss and evaluate new methods and novel manned and unmanned technologies for measuring Ocean Primary Production (PP) at sea, and approaches designed to harness multi-spectral and hyperspectral ocean colour datasets anticipated from new missions (e.g. PACE, GLIMR , Sentinels, EnMap, CHIME, EarthCARE). The group will also harness lessons learned from recent large multi-institutional and multi- disciplinary programs (e.g. EXPORTS, NAAMES, BICEP, MAPPS, POCO), long-term observational programs (e.g. HOT, BATs, AMT, CARIACO, LTER), and standardized protocols for developing field datasets, to improve the accuracy of satellite PP estimates.

May 2024

The speaker for our 29th May 2024 monthly seminar was Brendon McAtee. Bredon presented the “Natural Hazards Research Australia https://www.naturalhazards.com.au” (NHRA), whose role is to support research in the natural hazards space which is useful, usable, and used by the emergency management sector across Australia.

Brendon McAtee did his PhD in the RSSRG looking at “Surface—Atmosphere Interactions in the Thermal Infrared 8-13 micron” so he studied the physics of how electromagnetic radiation interacts with the atmosphere, in order to derive new algorithms for Earth observation (EO) with a focus on Land Surface Temperature. He worked at the WA Land Information Authority (Landgate) for a number of years as part of their operational remote sensing team in Satellite Remote Sensing Services with emphasis on the use of EO for managing natural disasters like bushfires (FireWatch), flooding (FloodMap) and carbon accounting (CarbonWatch) before having the chance to lead Landgate’s Innovation and Research Program. This led to wider work in the Australian innovation ecosystem, then back to the space and geospatial sector and to his current role with Natural Hazards Research Australia as the Node Research Manager for Western Australia and South Australia.

Abstract
Natural Hazards Research Australia (NHRA) is a not-for-profit organisation that was formed after the conclusion of the Bushfire and Natural Hazards CRC (BNHCRC). It continues to enable utilisation of the IP from the BNHCRC and funds new research of value to participant agencies from the Emergency Management (EM) sector and is funded by the Australian Government and the Centre’s consortium of participants. The Centre’s role is to support research in the natural hazards space which is useful, usable, and used by the EM sector across Australia. NHRA works to articulate the knowledge gaps and challenges of its participant organisations and join these up with the research capability to solve them. In this presentation we will talk about NHRA’s industry-research engagement model, examples of projects the Centre supports, and opportunities for researchers and students to work with NHRA.

March 2024

On 26th March 2024, we embarked on CSIRO’s R/V Linnaeus for daily sampling operations at the IMOS National Reference Station (NRS) , located some nautical miles off the western end of Rottnest Island. Weather was perfect to resume our operations, which will continue now on a monthly basis.

This reference site has been monitored for decades, and IMOS-funded operations started there some 15 years ago. Our addition to the program includes measurements of optical properties and radiometric quantities, all to be used for research in bio-optics and also for validation of satellite ocean colour observations.

RSSRG’s Tim Burrell and David Antoine were onboard and got crucial help from long-term collaborator and former RSSRG student Matthew Slivkoff (In-situ Marine Optics Pty Ltd). Big thanks to the CSIRO crew as well for their support.

March 2024

On 13th March 2024, the Western Australia Department of Jobs, Tourism, Science and Innovation (JTSI) organised a consultation workshop as part of the development of a new strategic 10-year Science and Technology Plan for Western Australia.

RSSRG’s lead, Prof D. Antoine contributed, along with Curtin colleagues from other discipline areas, to the discussions and brainstorming sessions. The workshop led to a report, which then will be used as a basis for the Department to layout strategic initiatives and future funding opportunities.
We will stay posted!

March 2024

As every year, RSSRG have participated to the annual planning meeting of the Australia Integrated Marine Observing System, to which we contribute since 2014.

This year the meeting was held in Hobart, Tasmania, 5th – 7th March, 2024.

As indicated on the meeting web page, “A major focus of this meeting will be on new elements of the program including coastal observing, enhanced data delivery and building linkages for Sea Country observing as well as updates on priorities for the year ahead.

As IMOS works to enhance observing of the Australian coastline, we need to also consider how we will collectively meet this new challenge including intersections with Sea Country and inclusion of First Nations people in the IMOS community. This is an important question for the IMOS community to consider and discuss as we plan for the future.”

Full agenda here (https://imos.org.au/fileadmin/user_upload/shared/IMOS_General/AM_2024/2024_IMOS_Annual_Meeting_Agenda_FINAL.pdf).

February 2024

The “Marine Optical Network” (MarONet) is a NASA-funded project by which Curtin’s RSSRG are responsible for deployment and operation of a large marine infrastructure used for so-called “system vicarious calibration” of the NASA PACE mission
The new facility is where the 2 MarONet moorings and buoys will be assembled, calibrated, tested and prepared for successive 4- to 6-month deployments at sea.

The facility combines a large warehouse (~400 sqm) where all equipment and operations will take place, and office space where our technical team will be able to work and where we will regularly host our collaborators from the US part of this program.

February 2024

MarONet, has been specifically developed to support the Plankton, Aerosol, Cloud, ocean Ecosystem (PACE) mission, the first global hyperspectral ocean colour mission.
MarONet consists of two identical buoys deployed off Hawaii and Perth, which host a new generation of field deployable state-of-the-art spectrometers used for calibration of the satellite sensors. The rationale for 2 sites as part of MarONet is to collect more data in any given time frame, to include different atmospheric and oceanic conditions in the SVC, and to combine geometries of observation by having sites in both hemispheres. The Perth site was chosen in particular for its often extremely clear atmosphere, moderate variability of ocean optical properties.
The second part of the system, a 15-m tall spar buoy hosting the sea-deployable spectrometer, will be connected to the mooring around April 2024.

February 2024

Tim joined the RSSRG in February 2024 and will divide his time between two projects: the Marine Optical Network (MarONet) Project and the Ocean Color–Blue Water Calibration/Validation Project under the Australian Integrated Marine Observing System (IMOS).

Before joining RSSRG, Tim earned his PhD from Victoria University of Wellington, New Zealand. He then pursued a post-doctoral fellowship at the University of Hawai’i Center for Microbial Oceanography: Research and Education (C-MORE) before transitioning into a role as a Senior Research Specialist at the University of Hawai’i. During this time, Tim actively participated in the monthly Hawai’i Ocean Time-series (HOT) project and contributed to the Simons Collaboration on Ocean Processes and Ecology (SCOPE) supported by the Simons Foundation. With a strong foundation in field-based oceanographic science, Tim brings a diverse skill set to his work at Curtin University and looks forward to applying his expertise.

November 2023

Prof D. Antoine and Dr. Chandan Parida attended the 5th IOCS meeting in St Petersburg, Florida.
As said on the meeting website, “The primary focus of the IOCS is to serve as a venue for the ocean colour community to communicate their views, ideas, concerns and issues with the satellite agencies. The programme for the IOCS-2023 meeting included invited keynote lectures, agency talks, breakout workshops, poster sessions and community Town Halls. Training events and side meetings were also scheduled”

C. Parida presented a poster on his work, and D. Antoine chaired the opening session and participated to 2 side meetings on the modelling of ocean primary production from space and on the newly established “System Vicarious Calibration” task force.

November 2023

The ARC Australian Centre for Excellence in Antarctic Science (ACEAS) research community gathered at the Hobart Function and Conference Centre, Tasmania, for their 3rd research forum.
Curtin’s RSSRG is part of this ARC-funded Centre and contributed to this event.
PhD student Rony Golder presented a poster on his research and Prof D. Antoine attended as co-lead of ACEAS program 1 and to contribute to the forum breakout and plenary sessions.

October 2023

RSSRG participated to a forum of the AFRAN on “Developing research connections for the Indian Ocean”.
The 2023 AFRAN Forum was held on Thursday 26 and Friday 27 October 2023 at Murdoch University in Perth and was supported by the Department of Foreign Affairs and Trade of the Australian Government.

Research capability presentations and discussions of potential collaborative project in the Indian Ocean region were at the centre of this event. Follow up meetings should happen in 2024.

October 2023

The goal of this 2-day conference (23-24 October) was to bring together leaders from across the Indo-Pacific and beyond for opportunities in space and cross-sector technologies and innovation.
Prof D. Antoine attended as RSSRG lead, to network for possible connections in the frame of developing an “Earth observation training centre” at Curtin.

September 2023

The SmartSAT CRC -funded project named “AquaWatch Pathfinders: Earth Observation Sensor Design Simulator Testbed (End to End Simulator)” was completed in 2022. This project was a collaboration with Cyanolakes Pty Ltd , CSIRO, ANU, UQ and SatDek Pty Ltd, and was part of the development of the Aquawatch Australia mission

The project lead, Mark Matthews, had led publication of a demonstration study using the simulator, published in Sensors . In this work, RSSRG’s role was to define and run the numerical simulation of radiative transfer needed for the forward part of the simulator.

14th – 18th August 2023

In August, the RSSRG lead plus our research associate Juan Li and PhD student Md Rony Golder attended the 2023 symposium of the Southern Ocean Observing System. The event was held in Hobart, Tasmania, and gathered SO experts from around the World.
The post-symposium statement highlights the dramatic lack of observations for this ocean that is a critical component of the global climate system.
Satellite remote sensing observations have therefore a very significant role to play in improving monitoring and understanding of this part of the World oceans.

July 2023

In July, we welcomed Andrew Gray, moving to Perth from Hawaii to become the lead engineer on our new MarONet project.
MarONet stands for “Marine Optical Network” and will consist in deploying a specifically-designed optical buoy off Perth, in support to the “System Vicarious Calibration” of the upcoming NASA PACE mission  (“Plankton, Aerosol, Cloud and ocean Ecosystem”).
The optical system has been developed under leadership by the US NIST in particular. It is a unique prototype allowing extremely accurate and stable measurement of the ocean reflectance, which is the primary product the PACE mission will derive, and from which multiple parameters of the marine ecosystem can be inferred.

Welcome Andrew!

July 2023

The WA Government, through its Department of Jobs, Tourism, Science and Innovation (JTSI), has selected a 4-year project involving four Perth Universities (UWA, lead, plus Curtin, Murdoch and Edith Cowan), and developed as part of the WA Government will to answer the challenges of the United Nations “Decade of Ocean Science for Sustainable Development (2021-2030)”

RSSRG’s role will be to use satellite Earth Observation to characterise past MHWs off WA and to analyse their large-scale drivers. This work will be carried out by a PhD student under supervision by Prof. D. Antoine.

February 2023

This year the meeting was held in Hobart, Tasmania, 20th – 23rd February 2023.
As indicated on the meeting web page “The intent for this meeting is to provide updates on key topics and elements of the program, as well emerging NCRIS processes for the years ahead. The IMOS Governing Board will open the 2023 meeting with a discussion on the national research landscape, national challenges, and the relevance of IMOS. We will also discuss the emerging topic of observing in Sea Country and what the IMOS partnership should play.”

Full agenda here

February 2023

The 2023 annual meetings of Steering Committee, IOGOOS, IndOOS Resource Forum (IRF) and SIBER were held in Perth 6-10 February 2023, at the Indian Ocean Marine Research Centre (IOMRC).

Chandanlal Parida, research associate with RSSRG, and Prof. D. Antoine, RSSRG lead, attended various sessions in order to keep existing connections with these programs alive and to develop new ones.

June 2025

Analysing physical drivers of long-term changes in phytoplankton in the Southern Ocean, revealing how phytoplankton fluorescence can help assessing their physiological status, and making recommendations about System Vicarious Calibration for climate and global long-term operational ocean colour applications are the subjects of some of our recent publications.

June 2025

Md Shahin Hossain Shuva has started his HDR at Curtin in June 2025, as part of the WA Government (JTSI)-funded project “Advancing predictions of WA marine heatwaves (MHW) and impacts on marine ecosystems”. Shahin will work on characterising MHW off WA by using satellite ocean colour data in particular, trying to understand their connections to the large-scale functioning of the Indian Ocean and assessing the potential impact on the phytoplankton ecosystem.

June 2025

Prof David Antoine participated to the One Ocean Science Congress, which was held in Nice, 3 – 6 June 2025. This gathering of ocean scientists from all over the world (> 2,000 attendees) was preparatory to the United Nation Ocean Conference number 3 (UNOC3) that was held the following week.

Recommendations have been issued at the end of the OOS2025 congress and presented to UNOC3:
https://one-ocean-science-2025.org/oos2025-infographic-recommendations.png

May 2025

In the frame of the MarONet project, we have installed a sun photometer on Rottnest Island, as part of the NASA-led AERONET. This instrument allows determining the load of aerosols in the atmosphere and their type. These data will be combined with those of the MarONet buoy to allow System Vicarious Calibration (SVC) of the NASA PACE mission.

All details here:
https://www.linkedin.com/posts/school-of-earth-and-planetary-sciences_curtinuniversity-aeronet-remotesensing-activity-7331122161622863874-BB5S?utm_source=share&utm_medium=member_desktop&rcm=ACoAAAIrrnUBR4eMBx21R8gcJEnLCUe8-R5vn3M
And here:
https://aeronet.gsfc.nasa.gov/cgi-bin/data_display_aod_v3?site=Rottnest_WA_Aus&nachal=2&level=1&place_code=10

April 2025

As part of his PhD work under the ARC Australia Centre for Excellence in Antarctic Science (ACEAS), Rony Golder has been awarded a travel grant by the French “Isblue” program. This award will allow him to travel to Brest at the LOPS to be trained about machine learning techniques for data reconstructions and for projections in response to scenarios of climate change .

All details here:
https://www.linkedin.com/feed/update/urn:li:activity:7307196683942055937/
and here
https://www.linkedin.com/posts/ronygolder_internship-lops-isblue-activity-7336722189850681344-lKG4?utm_source=share&utm_medium=member_desktop&rcm=ACoAAAIrrnUBR4eMBx21R8gcJEnLCUe8-R5vn3M

Prof David Antoine participated to the Indian Ocean Forum Perth, organised by the Minderoo and Forrest Research foundations and the Embassy of France to Australia. This event was preparatory to the United Nation Ocean Conference 3 (UNOC3) to be held in Nice, France, June 2025.

As indicated on the meeting web page (https://www.iofperth.org), “The Indian Ocean Forum 2025, hosted by Minderoo Foundation and the French Embassy in Australia, brings together leaders, scientists and policymakers to drive meaningful action for ocean conservation and sustainable management. Over two days, participants will engage in thought-provoking discussions, share cutting-edge solutions and foster stronger regional collaboration as we chart a course to UNOC3.

The Indian Ocean is home to some of the world’s most vibrant marine ecosystems, vital fisheries and coastal communities. By amplifying key priorities – sustainable fisheries, marine conservation, ocean-based economies and climate resilience – the Forum aims to influence global decision-making at UNOC3 and beyond. This is an opportunity to ensure that the Indian Ocean region is not only represented but actively shaping the future of our shared ocean. ”

Full agenda here (https://www.iofperth.org).

February 2025

Prof David Antoine participated to the 2025 annual planning meeting of IMOS (Australia ”Integrated Marine Observing System”), as part of our ongoing and enduring collaboration with this NCRIS facility. This year the meeting was held in Adelaide, 25 – 27 February.

As indicated on the meeting web page, “The 2025 IMOS Annual Meeting brings together key discussions on national marine science strategy, industry partnerships, and emerging opportunities to expand marine observation, while also beginning preparations for IMOS’s upcoming 20-year milestone. ”

Full agenda here (https://imos.org.au/wp-content/uploads/2025/02/2025-IMOS-Annual-Meeting-Agenda-FINAL.pdf).

As indicated on the meeting web page, the IMOS
community recently came together in nipaluna, Hobart to celebrate two decades of nationally coordinated ocean observing at the 20th Anniversary Annual Meeting. The milestone event highlighted the critical role of IMOS, enabled by National Collaborative Research Infrastructure Strategy, in delivering long-term observations that underpin marine science, climate research, and decision-making.

Read more here

Read more here

Read more here Read more here

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Read more about Rony here