05 August 2019
The rapidly changing climate in the Arctic is not only linked to melting glaciers and declining sea ice, but also to thinning ice on lakes. The presence of lake ice can be easily monitored by imaging sensors and standard satellite observations, but now adding to its list of achievements, CryoSat can be used to measure the thickness of lake ice – another indicator of climate change.
Earth Observation Events
9 - 11 September 2019
A CEOS WMO-GSICS workshop will be hosted by the UK Space Agency at National Physical Laboratory (NPL), London, UK from 09 to 11 September 2019.
Recent years have seen an increasing urgency from international coordinating bodies such as CEOS, WMO-GSICS, GCOS, climate researchers, and policy makers to establish a space-based climate observing system capable of unambiguously monitoring indicators of change in the Earth's climate, as needed for international mitigation strategies such as the 2015 Paris climate accord. Such an observing system requires the combined and coordinated efforts of the world's space agencies.
To deliver data that can be considered unequivocal on decadal timescales, facilitating policy makers to make decisions in a timely manner, requires improvements to heritage, existing, and in-development space assets. In particular, observations spanning the electromagnetic spectrum from the near-UV to microwave need to be of sufficient accuracy and duration, traceable to the International System of Units (SI), and sampled to ensure global representation in order to detect change in as short a timescale as possible. The harshness of launch and the space environment has to date limited any satellite mission's ability to robustly demonstrate SI traceability on-orbit at the accuracy and confidence levels needed.
An order of magnitude improvement is typically required for robust climate observations. Although not as demanding in terms of long-term accuracies, implementing such a system also facilitates improvements to operational applications, particularly where data harmonisation enables ‘information on-demand' for a wider range of applications such as health, a sustainable food supply, and pollution.
Bringing together experts from space agencies, industry, academia, and policy makers, the intent of this international workshop is a community strategy to quantify the benefits and consequential specifications of a space-based climate observing system along with a roadmap to implementation.
9 - 12 September 2019
The 2019 SPIE Remote Sensing symposium will be held at the Palais de la Musique et des Congrès in Strasbourg, France, from 9 to 12 September 2019.
The event, Co-located with SPIE Security + Defence, will offers engineers, scientists, programme managers and policy makers access to the latest developments in Earth observation, next generation satellites, atmospheric propagation, and imaging analytics.
More details can be found in the event programme.
Early registration deadline: 19 August 2019
30 September - 1 October 2019
On the occasion of the 12th EARSel Forest Fires SIG Workshop that will be held from 3 to 5 October 2019 in Rome, Italy, a Training Course will be held on the application of active and passive remote sensing techniques for fire research.
The course 'Remote Sensing for Forest Fires' will take place from 30 September to 1 October 2019 at ESA / ESRIN, Frascati, Italy (near Rome). The purpose of this course is to disseminate and discuss research methods and technologies of active and passive Earth Observation for applications related to forest fires.
The experts leading the course will focus on the use of optical and radar sensors for active fire mapping, burned area mapping, soil organic matter, soil moisture, fire emissions and time series analysis.
The practicals will utilise Virtual Machines from RUS Copernicus, and will use a variety of data (Sentinel-1, Sentinel-2, Sentinel-3, Sentinel-5P) and software (e.g. SNAP, EOBrowser).
Applications are open for early career researchers, students, phD students and young professionals from European institutions and Canada with background in Remote Sensing and working in topics related to wildfire. Applicants from other countries are welcome to apply subject to availability of space.
Extended application deadline: 6 September 2019
04 - 08 November 2019
ESA, in cooperation with the Technical University of Crete, is organising an advanced Ocean Synergy Training Course devoted to training the next generation of Earth Observation scientists to exploit data from ESA and Third Party Mission instruments for ocean science and application development (e.g. with the Copernicus Sentinels). The course will be held at the Venetian Arsenali building at the Center of Mediterranean Architecture, Chania, in Crete (Greece) from 04 to 08 November 2019.
Using a series of lectures and laboratory classes, group-work and discussion, the aim of the course is to develop new skills in the application of complementary satellite ocean remote sensing data sets and their application in synergy for science and applications serving society.
11 - 14 November 2019
The purpose of this workshop is to gather feedback from the S5PVT about the uncertainty characterisation of all Sentinel-5P products that have been released to the public by the time of the S5PVT Workshop.
The objectives of the S5PVT workshop are to:
9 - 13 December 2019
The AGU Fall Meeting 2019 Conference is scheduled to take place from 09 to 13 December 2019, in San Francisco, California, USA.
Particularly interesting for the SMOS User community, the session "The global water cycle: Coupling and Exchanges between the ocean, land, and atmosphere" highlights water cycle research that describes linkages between the ocean, atmosphere, and land hydrology.
Contributions are invited on all aspects of water cycle research including analyses undertaken using in situ and spaceborne observations from current (e.g., SMAP, SMOS, GRACE-FO, GPM, GCOM-W), past (e.g., Aquarius, TRMM, GRACE), and future (e.g., SWOT, CIMR) satellite missions, estimates based on numerical models, data assimilation systems, as well as climate model projections and theoretical contributions.
We particularly welcome studies that consider multiple realms (the ocean, atmosphere, land surface and subsurface), and provide compelling evidence for linkages between these, describing coherent water cycle variability and change.
We welcome global and regional assessments across these interfaces, and contributions that demonstrate what needs to be observed to ensure that long-term changes in the water cycle are accurately quantified.