lzwei196
Community@lzwei196
lzwei196 maintains 172 skills orchestrating end-to-end execution of hydrological, cryosphere, crop, coastal, and geophysical simulation models for earth-system researchers.
Agent Skills by lzwei196
Showing 97 vetted skills indexed across 2 GitHub repositories.
lzwei196FloPy
Build, run, and post-process MODFLOW groundwater models through FloPy Python scripting.
lzwei196VIC
Automates VIC hydrological model runs from basin shapefile to routed gauge discharge.
lzwei196RAPID
Route land-surface runoff through river networks with the RAPID Muskingum model and PETSc.
lzwei196BIOME_BGC
Runs BIOME-BGC 4.2 simulations of daily carbon, nitrogen, and water fluxes for natural ecosystems.
lzwei196CRHM
Configures, runs, and validates CRHM cold-regions hydrological simulations from HRU setup to discharge scoring.
lzwei196SHAW
Runs the SHAW v3.03 Fortran model to simulate coupled soil heat, water, freeze-thaw, and snow processes.
lzwei196APEX
Runs and validates APEX0806 agro-hydrological simulations via staged Fortran binary workflows.
lzwei196pySTEPS
Runs pySTEPS radar precipitation nowcasting pipelines with staged tools, diagnostics, and validation.
lzwei196MONICA
Runs the MONICA agro-ecosystem model to simulate daily crop growth, soil water, carbon, and nitrogen dynamics.
lzwei196TRIGRS
Automates TRIGRS rainfall-infiltration and slope-stability simulations from grid preparation to output parsing.
lzwei196OpenGeoSys
Automates OpenGeoSys 6 THMC subsurface simulations from forcing conversion to VTU output parsing.
lzwei196LDNDC
Runs LandscapeDNDC simulations of soil biogeochemistry, GHG emissions, and crop growth via XML-configured pipelines.
lzwei196MARRMoT
Run, calibrate, and validate MARRMoT conceptual rainfall-runoff models via Octave with unit-safe forcing conversion.
lzwei196KINEROS2
Runs and calibrates a lumped daily KINEROS2 watershed hydrology model with Green-Ampt infiltration.
lzwei196DuMux
Configure, run, and validate DuMux groundwater flow simulations with unit-safe conversion tools.
lzwei196SFINCS
Runs SFINCS 2D flood inundation simulations with validated tools, diagnostics, and coupling workflows.
lzwei196Noah_MP
Runs and calibrates Noah-MP land surface simulations via the HRLDAS offline driver.
lzwei196PCR_GLOBWB_2
Runs PCR-GLOBWB 2 global hydrological simulations from forcing preparation through discharge validation.
lzwei196Delft3D
Configures, runs, and validates Delft3D hydrodynamic simulations via scripted pipeline tools.
lzwei196ANUGA
Runs ANUGA 2D shallow-water flood simulations and extracts stage, discharge, and inundation outputs.
lzwei196HEC-RAS
Runs the real HEC-RAS steady-flow solver under WINE to compute and validate river water-surface profiles.
lzwei196OGGM
Simulate glacier mass balance, dynamics, and runoff with the OGGM flowline model.
lzwei196Ribasim
Build, run, and validate Ribasim water-resources network models from GeoPackage and TOML inputs.
lzwei196PRMS
Runs PRMS v5.1.0 watershed simulations through a validated five-tool Python pipeline.
Frequently Asked Questions About lzwei196
FAQPage SchemaWhat tasks can I automate using lzwei196's skills?▼
You can automate full simulation lifecycles for 172 earth-system models: input preparation, preflight validation, model execution, calibration, and output parsing across hydrology (VIC, SWAT+, PRMS), crops (DSSAT, EPIC, AquaCrop), glaciers (OGGM, PISM, Elmer/Ice), coastal flooding (SFINCS, ADCIRC), and subsurface flow (MODFLOW 6, PFLOTRAN).
Who are these skills designed for?▼
Hydrologists, agronomists, glaciologists, climate scientists, and geoscience engineers who need reproducible, scripted execution of established research models such as WRF-Hydro, HEC-HMS, DayCent, ROMS, and SimPEG without manually wiring each model's input formats and output parsers.
How do I run a simulation with these skills?▼
Select the model-specific skill, supply its required inputs (e.g., TxtInOut templates for SWAT+, GRanD data for Pywr, GeoJSON outlines for icepack), then follow the skill's staged pipeline: preflight validation, model execution, and standardized output parsing to JSON or CSV.
What prerequisites do these skills require?▼
Each skill requires the underlying scientific model it wraps (e.g., MODFLOW 6, WRF v4.7.1, EPA SWMM 5.2) plus model-specific inputs such as DEM data for HexWatershed, bathymetry for CE-QUAL-W2, or CMIP6 projections for climate-change assessments. Several skills couple models, like VIC-to-CaMa-Flood routing.
Do the skills support coupled or multi-model simulations?▼
Yes. Several skills explicitly orchestrate coupled runs: MODFLOW 6 with VIC recharge and CaMa-Flood routing, OGGM glacier modeling coupled to VIC for HydroCraft basins, WRF-Hydro with Noah-MP land surface, and BMI-wrapped models using initialize, update, and finalize lifecycle functions.