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X-WR-CALDESC:Events for geodesy.science - IAG website
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DTSTART;VALUE=DATE:20261031
DTEND;VALUE=DATE:20261101
DTSTAMP:20260928T053844Z
CREATED:20260928T050739Z
LAST-MODIFIED:20260928T053844Z
UID:39265-1793404800-1793491199@geodesy.science
SUMMARY:International Competition “Ecoview”
DESCRIPTION:The Laboratory of GIS and Remote Sensing of the National Centre “Junior Academy of Sciences of Ukraine\,” a member of the Copernicus Academy\, is organising the international competition “Ecoview” for students aged 14 to 18 years. \nBy participating in the competition\, students will learn to create a science project using publicly available remote sensing data. We believe that satellite imagery is a powerful tool for environmental science and climate education. Using accessible data\, students can explore how the climate crisis affects the environment and how it has impacted their home regions over time. \nThe competition will be held online\, and participation is free of charge. The working language of the event is English. The main requirement for participation is to use remote sensing data in the research project. \nThe competition will take place from 20 May to 4 December 2026 and will include three stages: \nStage 1 (20 May – 31 October 2026): Registration and Project Preparation\nParticipants will complete a registration form and develop a scientific project on an environmental topic of their choice. They are free to select the issue\, geographic location\, research scale\, materials\, and tools according to their interests. The project must use satellite data. \nStage 2 (1–20 November 2026): Project Evaluation\nThe jury will evaluate the submitted projects and select the finalists. \nStage 3 (4 December 2026): Final Presentations\nFinalists will present their projects online via Zoom. Following the presentations\, the jury will announce the winners. \n\n\nIf you want to participate in the Competition\, please complete the registration form. The deadline is the 31st of October. More information about the terms and conditions can be found on the JASU website and in the Participant’s Guide\, which provides useful information for participants. If you have any questions\, do not hesitate to ask gis_rs@man.gov.ua
URL:https://geodesy.science/event/international-competition-ecoview/
LOCATION:Pretoria
CATEGORIES:ECS,🌐 Other,📚 Education & Training
ATTACH;FMTTYPE=image/jpeg:https://geodesy.science/wp-content/uploads/ecoview_Copyright-SvitlanaBabiichukJASU_2026-09-26_5HUWM9xpeHP6.jpg
ORGANIZER;CN="Junior Academy of Sciences of Ukraine (JASU)":MAILTO:gis_rs@man.gov.ua
END:VEVENT
BEGIN:VEVENT
DTSTART;VALUE=DATE:20260701
DTEND;VALUE=DATE:20260704
DTSTAMP:20260122T083045Z
CREATED:20260122T083045Z
LAST-MODIFIED:20260122T083045Z
UID:32764-1782864000-1783123199@geodesy.science
SUMMARY:ICERS 2026
DESCRIPTION:The University of Zagreb – Faculty of Geodesy is organizing the 2nd International Conference of Environmental Remote Sensing and GIS (ICERS) from July 1-3\, 2026\, in Zagreb\, Croatia. ICERS serves as a unique meeting point for sharing the latest advancements and applied solutions in the fields of remote sensing and GIS\, offering fresh perspectives on addressing complex environmental challenges. Special emphasis will be placed on geospatial solutions for climate change\, sustainable development\, and effective resource management. We invite you to engage in dynamic discussions shaping the future of our planet\, with a particular focus on the transformative power of geospatial data. This conference provides an ideal platform for collaboration\, strengthening partnerships\, and presenting your latest research activities and projects at the global level. \n\n\n\n\n\n\nConference deadlines: \n\n1st February 2026 – Abstract submission\n1st April 2026 – Full paper submission (up to 8 pages)\n1st May 2026 – Registration\n1st – 3rd July 2026 – ICERS Conference (Zagreb\, Croatia)\n\nConference topics: \n\nRemote Sensing for Environmental Monitoring\nGIS for Sustainable Development\nDisaster Management and Response\nConservation and Biodiversity\nInnovations in spatial data-acquiring technologies\nMulticriteria decision-making and GIS\nClimate Change mitigation politics\nData interoperability\nArtificial intelligence and big data
URL:https://geodesy.science/event/icers-2026/
LOCATION:National and University Library\, Hrvatske bratske zajednice 4\, Zagreb\, 10000\, Croatia
CATEGORIES:🌐 Other,📚 Education & Training
ATTACH;FMTTYPE=image/jpeg:https://geodesy.science/wp-content/uploads/ICERS_Logo_Copyright-MateoGasparovic_2026-01-21_29ca8a.jpeg
ORGANIZER;CN="The University of Zagreb %E2%80%93 Faculty of Geodesy":MAILTO:icers@geof.unizg.hr
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DTSTART;TZID=UTC:20260708T150000
DTEND;TZID=UTC:20260708T160000
DTSTAMP:20260513T080930Z
CREATED:20260513T080930Z
LAST-MODIFIED:20260513T080930Z
UID:36272-1783522800-1783526400@geodesy.science
SUMMARY:Talks on GIA Seminar
DESCRIPTION:Tao Yuan (University of Colorado\, USA) working with\nShijie Zhong\, Glenn Milne\, Donna dePolo \nwill present \nReconciling inferences of mantle viscosity and late Quaternary ice history – the importance of an asthenosphere and 3-D viscosity \nDeglaciation history models from the last glacial maximum (LGM) and accompanying mantle viscosity structures have been jointly constrained by fitting the paleo-sea level data through glacial isostatic adjustment (GIA) modeling. However\, some GIA-inferred 1-dimensional (1-D) viscosity models\, including the widely used VM5a\, contradict the mantle viscosity structure inferred using other approaches\, such as seismic imaging\, mineral physics and geodynamics. Here we show that GIA models with realistic 3-D mantle viscosity derived from seismic structures with an effective activation energy of 300-400 kJ/mol and a weak asthenosphere fit paleo-sea level data in North America better than several widely used 1-D GIA models. Our results also demonstrate that the inclusion of the asthenosphere and lateral viscosity variations permits a larger range of North American ice sheet reconstructions that produce quality fits to the sea-level data\, including models with substantially greater volume at LGM\, thus identifying a potential solution to balancing the sea level budget during this key climate event. To fit far-field sea level data\, the ice volume at LGM in North America is required to be 10%-20% larger than that in ICE-6G\, if ice models outside North America are unchanged.
URL:https://geodesy.science/event/talks-on-gia-seminar-7/
LOCATION:Pretoria
CATEGORIES:Commission 3,IACS
ATTACH;FMTTYPE=image/jpeg:https://geodesy.science/wp-content/uploads/AdobeStock_236598424_landscape.jpeg
ORGANIZER;CN="Joint IAG-IACS Commission on Cryospheric Deformation (Sub-Commission 3.4)":MAILTO:matthias.willen@tu-dresden.de
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