A unified algorithm for retrieving a variety of atmospheric properties is applicable to remote sensing observations obtained from space, ground, and aircraft.
Today we introduce you to GRASP Labs, a small tool aimed to simulate different scenarios on atmosphere and surface phenomena. Our team will deliver exercises in a regular basis.
Want to know more? 🤔
https://t.co/sR1oVSFbpB
#WorldHealthDay#DYK that the data provided by #Copernicus and #Galileo, 2⃣of the components of the #EUSpace 🇪🇺🛰️Programme, are helping health authorities monitor parameters essential for our well-being?
This includes:
☁️Air and💧Water quality
🌞Solar radiation
and many more!
We are so proud to share with you the publication of a paper in the @Nature journal about the use of #MultiAngularPolarimeters (MAP) to estimate global #aerosol absorption optical depth (AAOD) and its effect:
https://t.co/wJz9bx2nNm
Thanks to @RechercheUlille and @LOA_labo.
@GraspSas travelled to Oslo for the 21th #Aerocom / 10th #AeroSat meeting hosted by the Norwegian Meteorological Institute.
We would like to thank the attendees and the hosts for the outstanding time we spent there, full of fruitful discussions and gorgeous skies! 😍
In September, GRASP travelled to #Izaña, an Atmospheric Reseach Center in the Canary Islands, to do the first in-situ progress meeting of the #MAPP Project (Metrology for #Aerosol Optical Properties ), hosted by #AEMET.
This was a really fruitful event, thanks to the organizers!
New paper about #aerosol and #landsurface retrieval from #OLCI/Sentinel-3A based on GRASP algorithm is out! Check the full open acces text here: https://t.co/LiwK8FDM06
We are happy to announce the release of S5p/TROPOMI GRASP aerosol and surface data products in the framework of ESA S5p+Innovation AOD/BRDF project. https://t.co/Dl38GmNdgF
Within another interesting collaboration with @EUMETSAT, GRASP algorithm has been adapted to retrieve OLCI/Sentinel-3A aerosol and surface products. Check our website to access the data and get more info: https://t.co/Rj0pMKRuH2
We are very happy and proud of the welcome in the LIDAR community. We have seen extensive use of GRASP at @ELC2020granada at #ELC2021 synergies session!
Read the new article "A Comprehensive Description of Multi-Term LSM for Applying Multiple a Priori Constraints in Problems of Atmospheric #RemoteSensing" published within our #SatelliteMissions section led by the Specialty Chief Editor Dr. Oleg Dubovik: https://t.co/gUBOt38T62.
Usually scientific papers are not simple for broad audience but it doesn't mean they cant make noise in press! Check out this article from AAAS summarizing the discussion of a paper where GRASP results led to interesting conclusions: https://t.co/SFNabIPmpp
Finally @ESA MOOC Chapter "Impact of COVID-19 measures on Atmospheric Composition" is out: https://t.co/MHgf96LLmH
We are proud to take part in it creation and to show our results in Topic D - Changes in Aerosols 🌏
Many thanks to our partners and lecturers!
We are proud to present our latest most exciting #POLDER GRASP/components product providing some insights about aerosol chemical composition 😊
https://t.co/7XTCgYgPfN
#remotesensing#aerosol#atmosphericcomposition
GRASP is a universal algorithm and can be applied to various instruments. Recently it was used for AirHARP data retrieval by scientific group at the University of Maryland and NASA Langley. Check out their new paper: https://t.co/fbyyU78YeD