VELMA 2.2 HOME
VELMA 2.0 Manual
I. Intro
II. Changes from 1.0
III. About
IV. Input Files
V. Sim Config
VI. Parameter Config
Appendicies
Overview of VELMA's Leaf-Stem-Root (LSR) Plant Biomass Submodel
Initializing a Spatial Data Pool Using an ASCII Grid
Creating Initial ASCII Grid Chemistry Spatial Data Pools
Overview of VELMA Simulator Output
Generating daily temperature and precipitation grids for running VELMA
Hydrological and Biochemical Model Descriptions
Creating Flat-Processed DEM Data For The VELMA Simulator
Supplemental Info (VELMA 2.1)
Organic Contaminant Modeling Using VELMA
Configure VELMA for Simulating Contaminant Fate and Transport
VELMA Contaminant Modeling Demonstration
Adding Stormwater Drains for Urban & Mixed-Use Watershed Applications
Creating Flat-Processed DEM Data for the VELMA Simulator
JPDEM Cell Highlighter
JPDEM Flow Accumulation (Facc) Threshold Display
JPDEM Flow Test Tool
JPDEM Saving Data to Files
JPDEM User-Specified Map Borders
JPDEM User-Specified Border Mask
JPDEM for Viewing Map Differences
JPDEM Sub-Reach Delineations
Flow Path Modification with the JPDEM Channel Cutter
VELMA Reach Mapping
How to Run VELMA in Parallel Mode
Rationale for Parallel Velma and Reach Segmentation
Acquisition & Generation of VELMA Input Data
Soil Data Mapping and Parameter Initialization
Initialize a Spatial Data Pool Using an Ascii Grid
Create Initial Soil and Plant Chemistry Spatial (ASCII Grid) Data Pools
Create Land-zoning Maps for a VELMA Application
Add Georeferenced Projection Information to VELMA Output ASCII Maps
Create Multiple-Location Weather Drivers
Development of Statistical Models Based on Monthly PRISM / Daymet Data
Cell Data Writer Configuration
Set Up VELMA biomass Outputs as Inputs to BlueSky
Default Tidewater Model Configuration
Mapping Surface Layer Permeabilities
VELMA Surface Chemistry Pools
Deposition of Surface Chemicals
Implementing Green Roof Applications
Irrigation Disturbance
Groundwater Storage Mechanism
Spatial Data Writer Key Words for Generating ASCII VELMA Outputs for Data Visualization
Developer Info
Clone Github to Local Machine
Cell Specific Burn Disturbance Config Guide
Configuration Checker Guide
Default Sediment Model Config Guide
Sediment Output Data Summary
Forest Burn LSR Disturbance Model
JPDEM Reaching Mapping Demo
Min Max Air Temp Weather Drivers
Modify Spatial Data by Map Guide
OBS Runnoff and NaNs
Organic Contaminant Overview
Organic Contaminant Redemption Config Guide
Organic Contaminant Tracter Config Guide
Reach Specific Observed Runnoff
Snow Depth Initialization Guide
Topo Files Output Summary
Velma Parallel Error Reports
Velma Parallel With Multiple Maps
Water Drain Disturbance Model
Velma Sim Cmd Line Guide
Velma Sim Alt Cmd Line Guide
Surface Evaporation Overview
Developer Utils
Ascii Map Oct Guide
Ascii Range Mask Guide
MOEA-to-VELMA Configuration Generator
Tool for Computing Nash-Sutcliffe Coefficients
NseQuarts Guide
VelmaSimRunner Quick Reference
VelmaSimRunner Full Guide
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Appendix 6.1: Hydrological Model Description
VELMA version 1.0, Part 1 of 2 HYDROLOGICAL Model Description
Catchment hydrological responses to forest harvest amount and spatial pattern
Appendix 6.2: Biochemical Model Description
VELMA version 1.0, Part 2 of 2 BIOGEOCHEMICAL Model Description
Effects of harvest on carbon and nitrogen dynamics in a Pacific Northwest forest catchment