Search filters
Search in all categories...
 Bounding box
 
Latitude:
Longitude:
 Project
3 
 Variables
0 
 Keywords
32 
 Aggregation
0 
 Code Type
0 
 Organization
9 
 Persons
14 
 Format
0 
 Status
3 

Results

3 results found for "*:*"
of 1
Sentinel-3 OLCI daily averaged earth observation data of water constituents
Identifier
doi:10.26050/WDCC/AquaINFRA_Sentinel3
Summary
Sentinel-3 OLCI images processed with the Atmospheric Correction for Optical Water Types, A4O [Hieronymi et al. in prep & 2023], and the water algorithm OLCI Neural Network Swarm, ONNS [Hieronymi et al.,
Project
AquaINFRA
Authors
Hieronymi, Martin; Bi, Shun; Behr, Daniel
Keywords
  • Baltic and North Sea
  • CHL
  • OLCI
  • Sentinel-3
  • clouds
Creation Date
2024-11-26
Temporal Coverage
2023-06 TO 2023-09
Spatial Coverage
Longitude: -4.00, 30.00 Latitude: 49.00, 66.00
Additional Info
AquaINFRA_Sentinel3_vars
Status
completely archived
[Entry acronym: AquaINFRA_Sentinel3] [Entry id: 5282063] [ Score: 22.43901]
IceCloudNet: 3D reconstruction of cloud ice from Meteosat SEVIRI - data
Identifier
doi:10.26050/WDCC/IceCloudNet_3Drecon
Summary
IceCloudNet is a novel method based on machine learning able to obtain high-
quality vertically resolved predictions for ice water content and ice crystal number concentration of clouds containing ice.
Project
IceCloudNet (IceCloudNet: 3D reconstruction of tropical cloud ice from Meteosat SEVIRI)
Authors
Jeggle, Kai; Czerkawski, Mikolaj; Serva, Federico; Le Saux, Bertrand; Neubauer, David; Lohmann, Ulrike
Keywords
  • cirrus clouds
  • clouds
  • deep learning
  • deep learning-based 3D reconstruction
  • machine learning
Creation Date
2024-05-07
Temporal Coverage
2010-03 TO 2010-08
Spatial Coverage
Longitude: -30.00, 30.00 Latitude: -30.00, 30.00
Status
will be continued
[Entry acronym: IceCloudNet_3Drecon] [Entry id: 5275192] [ Score: 22.222176]
DeepFate: Unraveling Deep Convective Systems Life Cycle with AI
Identifier
https://www.wdc-climate.de/ui/entry?acronym=DeepFate
Summary
The objective of the project is to better understand what controls the size of intense storms, also known as deep convective systems. The larger the storm is the more it has consequences in terms of extreme
Project
nextGEMS (Next Generation Earth Modelling Systems)
Authors
Abramian, Sophie; Muller, Caroline; Risi, Camille; Roca, Rémy; Fiolleau, Thomas
Keywords
  • Life cycle
  • clouds
  • convection-permitting
  • deep convective systems
  • global cloud resolving model
Creation Date
2024-09-06
Temporal Coverage
2016-08 TO 2016-09
Spatial Coverage
Longitude: -180.00, 180.00 Latitude: -30.00, 30.00
Status
metadata only
[Entry acronym: DeepFate] [Entry id: 5281163] [ Score: 17.333958]
Export Dataset Acronyms