SWAT+ Documentation

Introduction to SWAT+
SWAT/SWAT+ Literature
Watershed Configuration
- Spatial Objects
- Connectivity
Land Use and Management
Calibration
Output Analysis
- Basin Water Balance
SWAT+ Input Files
SWAT+ Output Files
Theoretical Documentation
- Climate: Energy
Atmospheric Water
Weather Generator
- Precipitation
  Occurrence of Wet or Dry Day
  Amount of Precipitation
  Maximum Half-Hour Rainfall
  Monthly Maximum Half-Hour Rain
  Daily Maximum Half-Hour Rain Value
  Distribution of Rainfall Within Day
  Normalized Intensity Distribution
  Generated Time to Peak Intensity
  Total Rainfall and Duration
  Solar Radiation & Temperature
  Daily Residuals
  Generated Values
  Adjustment for Clear/Overcast Conditions
  Solar Radiation
  Relative Humidity
  Mean Monthly Relative Humidity
  Generated Daily Value
  Adjustment for Clear/Overcast Conditions
  Wind Speed
Climate Customization
Section 2: Hydrology
Surface Runoff
Chapter 2:2 Evapotranspiration
Soil Water
Groundwater
Nitrogen
Phosphorus
Pesticides
Bacteria
Carbon
Sediment
Nutrient Transport
Pesticide Transport
Bacteria Transport
Water Quality Parameters
Growth Cycle
Optimal Growth
Actual Growth
General Management
Water Management
Urban Areas
Septic Systems
- Biozone Algorithm
  Buildup of Live Bacterial Biomass
  Fate and Transport of Bacterial Biomass
  Field Capacity
  Clogging Effect on Hydraulic Conductivity
  Soil Moisture and Percolation
  Nitrogen, BOD, Fecal Coliform
  Phosphorus Removal
  Model Assumptions
- Integration of Biozone Algorithm
  Simulating Active and Failing Systems
Filter Strips and Grassed Waterways
- Filter Strips
  Empirical Model Development
  Sediment Reduction Model
  Nutrient Reduction Models
  Total Nitrogen
  Nitrate Nitrogen
  Total Phosphorus
  Soluble Phosphorus
  VFS SWAT+ Model Structure
- Grassed Waterways
Water Routing
Sediment Routing
In-Stream Nutrient Processes
In-Stream Pesticide Transformations
Bacteria Routing
- Bacteria Decay
- Bacteria Sediment
Heavy Metal Routing
Impoundment Water Routing
Sediment In Water Bodies
Nutrients In Water Bodies
Pesticides In Water Bodies
Bacteria In Water Bodies
- Bacteria Decay
References

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hyd_typ

Type of hydrograph that is sent to the receiving object

Last updated 1 month ago

#1315: katie.mendoza's Oct 3 ET chapter

Change request updated 1 month ago

The types of hydrographs that can be sent depend on the object. The code tot is used for several spatial objects, but its meaning differs between objects.

Code

Object

Definition

tot

Channel

Streamflow

tot

Aquifer

Groundwater flow

tot

Reservoir

Reservoir outflow

tot

Outlet

Flow at the outlet

tot

Recall

Flow from point source or inlet

tot

HRU & Routing Unit

Surface runoff + lateral flow + tile flow

sur

HRU & Routing Unit

Surface runoff

lat

HRU & Routing Unit

Lateral flow

til

HRU & Routing Unit

Tile flow

rhg

HRU, Routing Unit, aquifer, reservoir

Seepage that recharges the receiving object