Overview
Modelling and emission data preparation activities in CAMS apply a wide range of LULC data sets. A summary can be found in this document:
CAMS Land use and vegetation data survey:
https://docs.google.com/document/d/1EQNCfYBNT1Tl9UE5mleTpXjORZGqhsmD2GNaQk9EHQI/edit?usp=sharing
1st Meeting (17/02/2021)
(31 participants from global , regional CAMS projects, and ECMWF)
Presentations
- Introduction (Johannes Flemming), CAMS_land_use_land_cover_meeting_20210217.pptx
- Land use and vegetation data in the IFS for NWP and carbon cycle applications (Souhail Bousetta) Boussetta_LU_in_IFS_17022021 (1).pdf
- Simple comparison of land cover datasets for biogenic and fire emission estimation within CAMS. (Katerina Sindelarova) CAMS-81_2021-02-17_CAMS_landcover_comparison_v2.pptx
- Land use and vegetation data in the CAMS regional models (Augustine Collete) CAMS50_20210217_Landuse.pptx
- Land use and vegetation data for GAFIS (Mark de Jong) CAMS44_KCL_fire_biome_map_MarkdeJong (1).pptx
- Discussion (issues, next steps)
Summary of discussed points:
- Planned IFS (NWP/Carbon Cycle) developments
- Move from to GLCC1.2 to ESA-CCI data
- Improved disaggregation into high and low vegetation LAI
- NRT LAI data assimilation developments are planned as COCO2 effort
- Potential to include fire / burnt area surface class in collaboration with CAMS
- Strong interest by global and regional AQ groups in availability of NRT LAI data
- Urban tile will be important input for IFS-CAMS (e.g. dry deposition)
- Online modelling of biogenic VOC emissions modelling requires more detailed PFT breakdown (e.g. for isoprene) and also PTF -specific LAI information in IFS
- GFAS development and operational configuration uses different LULC data sets
- Steps for improved harmonisation of global LULC data in IFS / CAMS
- Be aware of the specific needs for different processes / projects
- Agree to upgrade together to ESA-CCI or Copernicus-Land data sets
- Introduce sub-classification where needed
- Share cross-walking tables