The Atmosphere Virtual Lab is based on three main pillars. It adopts the concept of Exploitation Platforms and Cloud Based services. There is a strong focus on making sure that users can work with the vast amounts of satellite data without having to download all data locally. Providing analysis environments inside cloud-based environments close to …
The Aeolus Ocean Color (AOC) project aims at assessing the potential of the Aeolus mission to monitor ocean sub-surface optical and biogeochemical properties based on the measurements from the wind lidar ALADIN (Atmospheric Laser Doppler Instrument) at 355 nm. AOC is funded by ESA within the framework of the Aeolus + Innovation project. The retrieval …
Educational materials from the 11th ESA Training Course on Earth Observation 2021 held online from 22-26 March 2021. Download specific blocks here below or access the full theory and practicals from the link on the left side window. Recordings from some of the session are available as well (click on the icon ), and the …
The educational materials from the 9th Earth Observation Summer School 2018 (EOSS 2018) , held at ESA-ESRIN in Rome, Italy, from 30 July to 10 August 2018, are accessible via the links below: The replays of the livestreamed lectures are available here. Day 1 – Monday 30 July 2018: The Earth System; past and present …
In the SWAILS+ project the Aeolus lidar surface returns are used in combination with collocated wind speed observations to retrieve the aerosol optical depth. The retrieval algorithm under development, LARISSA (Lidar Aerosol Retrieval based on Information from Surface Signal of Aeolus), will complement the standard Aeolus (L2) aerosol profile products. Not only as LARISSA provides …
The objective of the COLOR (CDOM-proxy retrieval from aeOLus ObseRvations) project is to assess the feasibility of deriving an in-water AEOLUS product from the analysis of the ocean sub-surface backscattered component of the 355 nm signal acquired by the ALADIN (Atmospheric LAser Doppler INstrument). The project will focus on the potential retrieval of the ocean …
Welcome to the SEA-FLECT project page. The winds from Aeolus lidar SEA surface reFLECTance (SEA-FLECT) aims to demonstrate the potential of the Aeolus observations for monitoring of sea surface winds. This project is funded by ESA under the Aeolus + Innovation project. Objective The objectives of the Aeolus Ocean Surface Wind project are to Demonstrate if the Aeolus observations can be …
Atmospheric moisture strongly controls Earth’s radiative budget and transports energy through latent heat. Uncertainties in the atmospheric moisture transport pathways have large effects on climate modelling and prediction. Isotopologues of water offer further insights into the water cycle due to fractionation processes on phase changes. High-quality measurements of the vertical distribution of water vapour isotopologues …
The European Space Agency (ESA) in cooperation with the Malta Council for Science and Technology (MCST) organised a Training Course on Earth Observation, that took place online from 22-26 March 2021. The main aim of this course was to promote and disseminate Earth Observation (EO) technologies in various scientific and industrial fields, covering optical and …
Atmospheric aerosol particles strongly influence climate by scattering and absorbing light (direct forcing) and by changing cloud properties (indirect forcing). The corresponding radiative forcing represents one of the most uncertain radiative forcing terms as reported by the Intergovernmental Panel on Climate Change (IPCC). To improve our understanding of the effect of aerosols on climate and …
