Channel

SWAT+ prints two channel output files per time step, one for general channel output and one for channel morphology output. The printing of channel output is controlled by entering "y" or "n" in the channel_sd line in print.prt. In addition, a basin average of all channels can be printed by entering "y" in the basin_sd_cha line in print.prt. Channel output can be printed at daily, monthly, yearly, and average annual time steps. The names of the channel output files are as follows:

  • channel_sd_day.txt

  • channel_sd_mon.txt

  • channel_sd_yr.txt

  • channel_sd_aa.txt

  • channel_sdmorph_day.txt

  • channel_sdmorph_mon.txt

  • channel_sdmorph_yr.txt

  • channel_sdmorph_aa.txt

  • basin_sd_cha_day.txt

  • basin_sd_cha_mon.txt

  • basin_sd_cha_yr.txt

  • basin_sd_cha_aa.txt

  • basin_sd_chamorph_day.txt

  • basin_sd_chamorph_mon.txt

  • basin_sd_chamorph_yr.txt

  • basin_sd_chamorph_aa.txt

Field

Description

Unit

jday

Julian Day

n/a

mon

Month

n/a

day

Day of the month

n/a

yr

Year

n/a

unit

ID of the object

n/a

gis_id

Object ID in GIS

n/a

name

Name of the object or SWAT+ setup (basin outputs)

n/a

area

Area of the channel

ha

precip

Precipitation on the channel surface

ha-m

evap

Evaporation from the channel surface

ha-m

seep

Seepage out of the channel bottom

ha-m

flo_stor

Flow storage in the channel

m3

sed_stor

Sediment storage in the channel

tons

orgn_stor

Organic nitrogen storage in the channel

kg

sedp_stor

Sediment phosphorus storage in the channel

kg

no3_stor

Nitrate nitrogen storage in the channel

kg

solp_stor

Soluble phosphorus storage in the channel

kg

chla_stor

Chlorophyll-a storage in the channel

kg

nh3_stor

Ammonia nitrogen storage in the channel

kg

no2_stor

Nitrite nitrogen storage in the channel

kg

cbod_stor

Carbonaceous Biochemical Oxygen Demand storage in the channel

kg

dox_stor

Dissolved oxygen storage in the channel

kg

san_stor

Sand storage in the channel

tons

sil_stor

Silt storage in the channel

tons

cla_stor

Clay storage in the channel

tons

sag_stor

Small aggregate storage in the channel

tons

lag_stor

Large aggregate storage in the channel

tons

grv_stor

Gravel storage in the channel

tons

null

flo_in

Flow into the channel

m3

sed_in

Sediment entering the channel

tons

orgn_in

Organic nitrogen entering the channel

kg

sedp_in

Sediment phosphorus entering the channel

kg

no3_in

Nitrate nitrogen entering the channel

kg

solp_in

Soluble phosphorus entering the channel

kg

chla_in

Chlorophyll-a entering the channel

kg

nh3_in

Ammonia nitrogen entering the channel

kg

no2_in

Nitrite nitrogen entering the channel

kg

cbod_in

Carbonaceous Biochemical Oxygen Demand entering the channel

kg

dox_in

Dissolved oxygen entering the channel

kg

san_in

Sand entering the channel

tons

sil_in

Silt entering the channel

tons

cla_in

Clay entering the channel

tons

sag_in

Small aggregates entering the channel

tons

lag_in

Large aggregates entering the channel

tons

grv_in

Gravel entering the channel

tons

null

flo_out

Flow out of the channel

m3

sed_out

Sediment leaving the channel

tons

orgn_out

Organic nitrogen leaving the channel

kg

sedp_out

Sediment phosphorus leaving the channel

kg

no3_out

Nitrate nitrogen leaving the channel

kg

solp_out

Soluble phosphorus leaving the channel

kg

chla_out

Chlorophyll-a leaving the channel

kg

nh3_out

Ammonia nitrogen leaving the channel

kg

no2_out

Nitrite nitrogen leaving the channel

kg

cbod_out

Carbonaceous Biochemical Oxygen Demand leaving the channel

kg

dox_out

Dissolved oxygen leaving the channel

kg

san_out

Sand leaving the channel

tons

sil_out

Silt leaving the channel

tons

cla_out

Clay leaving the channel

tons

sag_out

Small aggregates leaving the channel

tons

lag_out

Large aggregates leaving the channel

tons

grv_out

Gravel leaving the channel

tons

null

Last updated

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

Change request updated