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ameriflux-namelist-generator

Create EcoSIM Fortran namelist files and workable EcoSIM run folders for AmeriFlux site runs from site-specific grid, plant management, climate forcing, and greenhouse-gas inputs. Use when preparing or updating an EcoSIM `.namelist`, run folder, runfolder, run directory, or executable-ready site case for AmeriFlux or FLUXNET sites, especially after generating `*_ecosim_grid.nc`, `*_ecosim_climate_<first>-<last>.nc`, and `*_pft_mgmt.nc` inputs.

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查看安装方法

包含的文件(12)

  • SKILL.md5.0 KB
  • agents/openai.yaml229 B
  • assets/ameriflux_namelist.template2.4 KB
  • references/namelist_contract.md3.4 KB
  • references/runfolder_workflow.md17.2 KB
  • scripts/create_ameriflux_namelist.py11.2 KB
  • scripts/create_site_run_folder.py11.5 KB
  • scripts/create_site_smoke_run.py18.4 KB
  • scripts/run_site_full.py10.0 KB
  • scripts/test_create_site_run_folder.py5.8 KB
  • scripts/test_create_site_smoke_run.py7.5 KB
  • scripts/test_run_site_full.py4.4 KB

SKILL.md(原文)

安装前可以查看交给 AI 代理的指令内容。

AmeriFlux Namelist Generator

Overview

Use this skill to create EcoSIM run namelists and executable-ready run folders for AmeriFlux sites. The namelist follows the Blodgett Blodget.ndlf.nolig.namelist pattern: one regression_test block, one ecosim block with site-specific forcing paths and output controls, an empty bbgcforc block, and one ecosim_time block.

Read references/namelist_contract.md when you need the field contract, forcing-period rules, path conventions, or validation checklist.

For any request to create a run folder, runfolder, run directory, or runnable site case, read and follow references/runfolder_workflow.md before writing files.

When asked to create a run folder for a site, build it under result/<SITE_ID>/ with two subfolders: input/ for every input file (site NetCDF, sidecars, reports, and copies of the PFT, GHG, and microbial parameter files) and run_dir/ for the namelist alone. Use scripts/create_site_run_folder.py --site-id <SITE_ID> after the site inputs exist, then always run scripts/create_site_smoke_run.py --site-id <SITE_ID> for a 2-year smoke run in result/<SITE_ID>/smoke_run/ followed by the plant-trait evaluation of the .desc file it writes; severe trait findings are corrected from literature-backed ranges in a site PFT parameter copy and the smoke run is repeated until they are fixed (see the run-folder workflow). Track the request with the ecosim-site-run-tracker skill.

Workflow

  1. Identify the AmeriFlux site_id such as US-Ha1, US-MMS, or US-Var.
  2. Confirm that site artifacts exist. Prefer:
    • result/<SITE_ID>/<SITE_ID>_ecosim_grid.nc
    • result/<SITE_ID>/<SITE_ID>_ecosim_climate_<first>-<last>.nc (climate files carry their forcing years)
    • result/<SITE_ID>/<SITE_ID>_pft_mgmt.nc
    • result/<SITE_ID>/<SITE_ID>_ecosim_site.json Then search result/, inputs/, data/, and the repository root.
  3. If climate, grid, soil, or plant-management files are missing, use the relevant AmeriFlux skills first: ameriflux-era5-to-ecosim, ameriflux-surgo-grid-extract, ecosim-natural-plant-mgmt, or unified-ameriflux-extractor.
  4. Generate the namelist with the bundled script:
python .agents/skills/ameriflux-namelist-generator/scripts/create_ameriflux_namelist.py \
  --site-id US-Var \
  --output result/US-Var/US-Var.namelist \
  --pft-file /Users/jinyuntang/work/github/ecosim_workspace/croots/input_data/ecosim_pftpar_20260520.nc \
  --atm-ghg-file /Users/jinyuntang/work/github/ecosim_workspace/croots/input_data/fatm_hist_GHGs_1750-2023.nc
  1. If writing the namelist into an EcoSIM run directory, pass --run-dir /path/to/run_dir so input paths are written relative to the run directory, matching the Blodgett example.
  2. Review start_date, forc_periods, and stop_n. The script can infer forcing years from year in the climate NetCDF, but simulation chronology is a modeling decision.
  3. Validate that referenced files exist from the namelist execution directory.

Common Overrides

  • Use --case-name for a model case label different from the site ID.
  • Use --grid-file, --pft-mgmt-file, and --climate-file when auto-discovery chooses the wrong artifact.
  • Use --force-start-year, --spinup-end-year, --force-end-year, --spinup-cycles, --start-year, and --stop-n to control chronology.
  • Use --lignification true for lignified root experiments; default is .false..
  • Use --micpar-file to include a micpar_file_in line.

Cautions

  • Do not set missing climate, grid, or plant-management files to NO; that can make EcoSIM run with physically meaningless forcing or no active plant management.
  • Keep delta_time=3600. when using hourly AmeriFlux/EcoSIM climate forcing.
  • Ensure the greenhouse-gas forcing spans the requested simulation period. Historical-only fatm_hist_GHGs_1750-2023.nc is not sufficient for future SSP runs.
  • If forc_periods repeats a short forcing window for spinup, make that intentional and document it in the run notes.

Validation

Run:

python .agents/skills/ameriflux-namelist-generator/scripts/create_ameriflux_namelist.py --site-id US-Var --dry-run

Then inspect the output and verify:

  • case_name matches the site/case.
  • grid_file_in, pft_mgmt_in, and clm_hour_file_in point to the intended NetCDF files.
  • forc_periods uses valid years available in the climate forcing.
  • hist_fincl1, hist_mfilt, and hist_nhtfrq match the intended output diagnostics.

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