Supplementary material for "Filter-feeding gelatinous macrozooplankton response to climate change and implications for benthic food supply and global carbon cycle"
Authors/Creators
- 1. LMD / IPSL, Ecole normale supérieure / Université PSL, CNRS, Ecole Polytechnique, Sorbonne Université, Paris, France
- 2. LOCEAN / IPSL, IRD, CNRS, Sorbonne Université, MNHN, Paris, France
Description
Simulation Outputs Description
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This text file outlines the contents of the simulation outputs utilized in the analysis presented in Clerc et al. (2023). Pre-treated outputs are not provided for storage reasons, but the complete output can be made available upon request. Spatial files are regridded to a 1-degree resolution regular grid using the treatment: cdo remapdis,r360x180 in.nc out.nc.
Folder Names:
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Here is a brief overview of the content within each folder.
- TS_PICONTROL: Globally averaged time series for the PI-control runs spanning 1850-2100. (Units: PgC, or PgC/yr for "fluxes" filenames.)
- TS_RCP85: Globally averaged time series for the RCP8.5 runs spanning 1850-2100. (Units: PgC, or PgC/yr for "fluxes" filenames.)
- TS_RCP26: Globally averaged time series for the RCP2.6 runs spanning 1850-2100. (Units: PgC, or PgC/yr for "fluxes" filenames.)
- EXPORT_LAYERS_PICONTROL: Time-averaged Pi-control flux outputs at specified depth horizons over the indicated period. (Regular 360x180 grid; Units: gC/m2/yr.)
- EXPORT_LAYERS_RCP85: Time-averaged RCP8.5 flux outputs at specified depth horizons over the indicated period. (Regular 360x180 grid; Units: gC/m2/yr.)
- EXPORT_LAYERS_RCP26: Time-averaged RCP2.6 flux outputs at specified depth horizons over the indicated period. (Regular 360x180 grid; Units: gC/m2/yr.)
- SURFACE_LAYERS_RCP85: Vertically integrated (0-300m) time-averaged RCP8.5 outputs over the specified period. (Regular 360x180 grid; Units: mmolC/m3.)
- SURFACE_LAYERS_RCP26: Vertically integrated (0-300m) time-averaged RCP2.6 outputs over the specified period. (Regular 360x180 grid; Units: mmolC/m3.)
- SURFACE_LAYERS_PICONTROL: Vertically integrated (0-300m) time-averaged PiControl outputs over the specified period. (Regular 360x180 grid; Units: mmolC/m3.)
- CHLOROPHYLL: Surface chlorophyll on a 360x180 degree grid, time-averaged over the indicated period. (Units: mg Chl/m3.)
- TS_BIOME: Biome-specific averaged time series spanning 1850-2100. (Units: PgC, or PgC/yr for "fluxes" filenames.)
- TS_CFLX: Globally averaged carbon uptake time series spanning 1850-2100. (Units: PgC/yr.)
- BIOMES: Biome masks on a regular 360x180 grid.
Filename Conventions:
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Please refer to the following conventions for filenames.
MODEL:
- PISCES-FFGM: SLP
- PISCES-v2: STD
- PISCES-GM: MAC
FORCING:
- Pi-control: PI
- Climate-change scenario: AD
PERIOD:
- 1881-1900: PRI
- 1995-2014: HIS
- 2081-2100: FUT
DEPTH:
- 0-300 m: dmin0_dmax300
- 100 m: ilevel9
- 1000 m: ilevel21
- Seafloor: seafloor
BIOMES:
- High Chlorophyll: HC
- Intermediate Chlorophyll: IC
- Low Chlorophyll: LC
- Southern Ocean: SO
- Arctic Ocean: LCA
NetCDF Variables:
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- SALP: Filter-feeding gelatinous Macrozooplankton (FFGM)
- ZOO3: Generic Macrozooplankton (GM)
- ZOO2: Mesozooplankton
- ZOO: Microzooplankton
- PHY: Nanophytoplankton
- PHY2: Diatoms
- POC: Small particles (quantity or flux)
- GOC: Large particles (quantity or flux)
- SPCC: FFGM carcasses carbon (content or flux)
- SPFC: FFGM fecal pellets carbon (content or flux)
- MPCC: GM carcasses carbon (content or flux)
- MPFC: GM fecal pellets carbon (content or flux)
- CHL: Chlorophyll
- Cflx: Carbon uptake
- NO3: Nitrate
- PO4: Phosphate
- O2: Oxygen
For any inquiries or data access requests, please contact corentin.clerc -at- usys.ethz.ch.
Files
CC-ZENODO.zip
Files
(90.4 MB)
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Additional details
Funding
- European Commission
- COMFORT - Our common future ocean in the Earth system – quantifying coupled cycles of carbon, oxygen, and nutrients for determining and achieving safe operating spaces with respect to tipping points 820989
- Agence Nationale de la Recherche
- CIGOEF - Climate change Impacts on Global Oceanic Ecosystems & Fisheries. ANR-17-CE32-0008
- European Commission
- ESM2025 - Earth system models for the future 101003536