Supporting the monitoring of the Earth’s condition by observing its changes and variability is the main target of the S2 mission. In the spirit of the S2 goals, AI4Sen2Cor is designed to extend the capability of the Sen2Cor_3 processor by applying a synergic approach that combines systematic AI-based algorithms with the existing and available Sen2Cor …
Microalgae blooms represent an increasingly present risk in coastal regions. They have in fact been favoured, in recent years, by the increasing anthropization of these areas and global warming throughout the world. Efflorescences, or blooms, lead to overconsumption of oxygen which can lead to attacks of anoxia, but they can also be toxic, or cause …
Background Environmental crime is growing at annual rates of 5% to 7% globally. Countering environmental crime is complex as it is often perpetrated by criminal organizations operating across borders. It also spans a broad range of activities, such as illegal waste management and shipment, illegal logging and trade in timber, illegal water abstraction, pollution, habitats …
Methane emissions from fossil fuel production are a major component of the anthropogenic methane emission budget. Emissions from this sector often occur as strong plumes from so-called point sources, which include infrastructure elements such as flares, compressor stations, storage tanks, or mine vents. Satellite remote sensing represents a key technology for systematic monitoring of methane …
Soil sealing, caused by urban development, poses serious environmental threats, from flooding to biodiversity loss, to exacerbated urban heat island effects. Soil sealing maps – at 10m resolution – along the entire Mediterranean coastline, spanning the period 2018-2022, have been generated from Sentinel-2 data within the Ulysses project, a Mediterranean Regional Initiative Land activity. In …
Project overview AIRSENSE’s main objective is to enhance the understanding of aerosol and aerosol-cloud interactions. This activity is part of Atmosphere Science Cluster of ESA’s EO Science for Society programme, an element of the ESA FutureEO programme, which aims at boosting Europe’s excellence in EO science and its applications. One of the goals of this …
The Greenland Ice Sheet is one of the biggest contributors to global sea level rise and, as the polar climate warms, this contribution is increasing. The decrease in the mass of the ice sheet is split approximately evenly between runoff of meltwater and flow of Greenland’s glaciers into the ocean. ESA’s 4DGreenland project aims to …
Fostering Advancements in Foundation Models via Unsupervised and Self-Supervised Learning for Downstream Tasks in Earth ObservationThe objectives will be achieved through the validation of the proposed FMs (Multimodal Foundation Models) on suitable downstream applications that address global societal challenges. More specifically, the validation of the proposed FM architectures will be conducted on six main use …
Summary The project “Foundation Models for Climate and Society” (FM4CS) seeks to leverage the breakthrough of Foundation Models (FMs) in shaping the future of Earth observation. During the last year, FMs have revolutionized the understanding and processing of data, in particular language data, paving the way for significant advancements in various fields. FM4CS aims to …
In the framework of the EO AFRICA initiative, from January 29 – February 23, 2024 an online course is being organised by the EO AFRICA R&D Facility. The course will review a variety of different publicly and freely available data sets and tools for surface water detection and modelling using a full 2D version of …
