Page Index - FASSt-simulation/fasst_simulation_tools GitHub Wiki
27 page(s) in this GitHub Wiki:
- Home
- How to communicate during this workshop
- Background on Docker
- Some resources to learn more about Docker (right-click, open in a new tab):
- How we will use Docker in this workshop:
- 1. Setting up your Docker Environment for the NGEE-Arctic modeling workshop
- 2. NGEE-Arctic ELM Docker Demos
- 3. How will we look at model output?
- 4. Hands on Demos
- 5. Additional resources
- AK K64G Demo Quick Start Guide 2: one year simulation of transient run
- AK K64G Demo Quick Start Guide 2a: Modifying the vegetation parameter Specific Leaf Area
- AK K64G Demo Quick Start Guide 2b: C Cycle (adjusting Vcmax via flnr)
- AK K64G Demo Quick Start Guide 2c: Hydrology (soil hydraulic parameters via texture and or OM)
- AK K64G Example Ensemble Simulation
- AK K64G OLMT Meteorology Scaling Demo
- AK K64G OLMT Scaling N and P Deposition Demo
- Analyzing ELM Output in Jupyter Lab
- Helpful Docker Commands
- Jupyter Lab Container with Google Earth Engine: for model data evaluation
- Restarting transient year simulations and Changing a parameter value
- Running ELM for NGEE Arctic Field Sites using OLMT
- Setting up a custom OLMT simulation
- Setting up your Docker desktop
- Setting up your environment to run OLMT w ELM on modex
- US Brw non OLMT Simulation Example
- Using host directories instead of Docker volumes for model data or ELM output