The Symposium focuses on work that makes use of CryoSat-2 or ICESat-2 or a combination of both satellites.
Abstract submission - Deadline: 10 May 2024

Missions Status: including CryoSat-2 and ICESat-2 satellite systems, sensors, and data operations, calibration and validation. Sea Ice: including lead detection, snow loading, sea ice freeboard, roughness, thickness, dynamics and thermodynamics. Ice Sheets and Ice Shelves: including long-term, seasonal, and episodic changes in ice sheet, ice shelf, and iceberg elevation, thickness, and mass, ice sheet grounding line migration, and iceberg calving, and subglacial lakes and hydrology. Mountain Glaciers and Ice Caps: including long-term, seasonal, and episodic changes in elevation, thickness, and mass. Oceans and hydrology: including polar and coastal oceans, regional and global sea level rise, marine gravity, and land hydrology. Synergies and follow-on missions: including planned and future missions that build on the heritage of polar altimetry.

Data: 02/05/2024, Ora: 15:45
Luogo: Auditorium Danilo Mainardi - Campus Scientifico Ca' Foscari - (VE) UniveZoom 

Meeting ID: 868 6224 7416 Passcode: g62GA1
Presenta: Antonello Pasini,CNR - IIA
Organizzatore: Carlo Barbante (Dottorato in Scienze Polari)
Abstract: The climate system has always been studied by means of dynamic models that use our theoretical knowledge of the functioning of its subsystems. Recently, however, data-driven analysis methods have joined them in an alternative or complementary way. In this seminar we will introduce neural network modeling for climate applications and show some of its uses in this field, from attribution of recent global warming to downscaling and local future projections, to forecasting PM10 in the Arctic.