WEPP software output:

I have select a hillslope in my catchment area. In the above picture the channel is pointed. And run the software for 100 simulation year. And got the following results.


The channel slope is 174, the WEPP software gives the above result. So from this software run we get the segment length,average soil deposition of the selected channel. And also the hillslope profile and the erosion with respect to distance from the SOIL LOSS GRAPH. Here the simulation year is 100.
Report
Annual; abbreviated (English
Units)
USDA WATER EROSION PREDICTION PROJECT
-------------------------------------
HILLSLOPE PROFILE AND WATERSHED MODEL
VERSION
2008.907
September 29, 2008
TO REPORT PROBLEMS OR TO BE PUT
ON THE MAILING
LIST FOR FUTURE WEPP MODEL
RELEASES, PLEASE CONTACT:
WEPP TECHNICAL SUPPORT
USDA-AGRICULTURAL RESEARCH
SERVICE
NATIONAL SOIL EROSION
RESEARCH LABORATORY
275 SOUTH RUSSELL STREET
WEST LAFAYETTE, IN
47907-2077 USA
PHONE: (765) 494-8673
FAX: (765) 494-5948
email: wepp@ecn.purdue.edu
URL: http://topsoil.nserl.purdue.edu
HILLSLOPE INPUT DATA FILES - VERSION
2008.907
September 29, 2008
MANAGEMENT: p0.man
MAN. PRACTICE: description 1
description 2
description 3
SLOPE: p0.slp
CLIMATE: p0.cli
Station: DULCE NM CLIGEN
VERSION 4.30
SOIL: p0.sol
PLANE 1 Low severity fire-sasandy
loam
ANNUAL AVERAGE SUMMARIES
------------------------
I.
RAINFALL AND RUNOFF SUMMARY
-------- --- ------ -------
total summary: years 1 - 100
7334 storms produced 1641.2 in. of precipitation
107 rain storm runoff events produced 3.2
in. of runoff
349 snow melts and/or
events during winter produced 80.7 in. of runoff
annual averages
---------------
Number of years 100
Mean annual precipitation 16.4 in/yr
Mean annual runoff from rainfall 0.0 in/yr
Mean annual runoff from snow
melt
and/or rain storm during winter 0.8 in/yr
II.
ON SITE EFFECTS ON SITE
EFFECTS ON SITE EFFECTS
---------------
--------------- ---------------
A. AREA OF NET SOIL LOSS
** Soil Loss (Avg. of Net Detachment Areas) = 0.0
t/a **
** Maximum Soil Loss = 0.1
t/a at 1683.1 ft. **
Area of Soil Loss Soil Loss
MAX MAX Loss MIN
MIN Loss
Net
Loss MEAN STDEV
Loss Point Loss
Point
ft. t/a t/a t/a ft. t/a ft.
------------------------------------------------------------------------
0.0- 860.2 0.0 0.0 0.0 691.9 0.0
205.7
897.6- 1458.6
0.0 0.0 0.1
1084.6 0.0 916.3
1477.3- 1870.1 0.1
0.0 0.1 1683.1
0.0 1496.0
B. AREA OF SOIL DEPOSITION
** Soil Deposition (Avg. of Net Deposition Areas) = 0.0
t/a **
** Maximum Soil Deposition = -0.1
t/a at 897.6 ft. **
Area of Soil Dep Soil Dep MAX
MAX DepMIN MIN Dep
Net
Dep MEAN STDEV Dep
Point Dep Point
ft. t/a t/a t/a ft. t/a ft.
------------------------------------------------------------------------
860.2- 897.6 -0.1 0.1
-0.1 897.6 0.0
878.9
1458.6-
1477.3 0.0 0.0 0.0
1477.3 0.0 1477.3
Single Point Single Point
Soil Area Dep
ft. t/a
------------------------------
1477.3 0.0
C. SOIL LOSS/DEPOSITION ALONG
SLOPE PROFILE
Profile distances are from top to
bottom of hillslope
distance
soil flow distance
soil flow distance soil flow
ft. loss
elem ft. loss elem ft.
loss elem
t/a
t/a
t/a
------------------------------------------------------------------------
18.7 0.0 1
654.5 0.0 1
1290.3 0.1 1
37.4 0.0 1
673.2 0.0 1
1309.0 0.1 1
56.1 0.0 1
691.9 0.0 1
1327.7 0.0
1
74.8 0.0 1
710.6 0.0 1
1346.4 0.0 1
93.5 0.0 1
729.3 0.0 1
1365.1 0.0 1
112.2 0.0 1
748.0 0.0 1
1383.8 0.0 1
130.9 0.0 1
766.7 0.0 1
1402.5 0.0 1
149.6 0.0 1
785.4 0.0 1
1421.2 0.0 1
168.3 0.0 1
804.1 0.0 1
1439.9 0.0 1
187.0 0.0 1
822.8 0.0 1
1458.6 0.0 1
205.7 0.0 1
841.5 0.0 1
1477.3 0.0 1
224.4 0.0 1
860.2 0.0 1
1496.0 0.0 1
243.1 0.0 1
878.9 0.0 1
1514.7 0.0 1
261.8 0.0 1
897.6 -0.1 1
1533.4 0.0 1
280.5 0.0 1
916.3 0.0 1
1552.1 0.0 1
299.2 0.0 1
935.0 0.0 1
1570.8 0.1 1
317.9 0.0 1
953.7 0.0 1
1589.5 0.1 1
336.6 0.0 1
972.4 0.0 1
1608.2 0.1 1
355.3 0.0 1
991.1 0.0 1
1626.9 0.1 1
374.0 0.0 1
1009.8 0.0 1
1645.6 0.1 1
392.7 0.0 1
1028.5 0.0 1
1664.3 0.1
1
411.4 0.0 1
1047.2 0.1 1
1683.1 0.1 1
430.1 0.0 1
1065.9 0.1 1
1701.8 0.1 1
448.8 0.0 1
1084.6 0.1 1
1720.5 0.1 1
467.5 0.0 1
1103.3 0.1 1
1739.2 0.1 1
486.2 0.0 1
1122.0 0.1 1
1757.9 0.1 1
504.9 0.0 1
1140.7 0.1 1
1776.6 0.1 1
523.6 0.0 1
1159.4 0.0 1
1795.3 0.1 1
542.3 0.0 1
1178.1 0.0 1
1814.0 0.1 1
561.0 0.0 1
1196.8 0.0 1
1832.7 0.1 1
579.7 0.0 1
1215.5 0.0 1
1851.4 0.1 1
598.4 0.0 1
1234.2 0.0 1 1870.1
0.1 1
617.1 0.0 1
1252.9 0.0 1
635.8 0.0 1
1271.6 0.1 1
note:
(+) soil loss - detachment (-)
soil loss - deposition
III. OFF SITE EFFECTS OFF SITE EFFECTS OFF SITE EFFECTS
----------------
---------------- ----------------
A. AVERAGE ANNUAL SEDIMENT
LEAVING PROFILE
2.6 lbs/ft of width
17.1 lbs (based on profile width of 6.6
ft.)
0.0 t/a (assuming contributions from 0.3
acres)
B. SEDIMENT CHARACTERISTICS AND
ENRICHMENT
Sediment particle information leaving profile
-------------------------------------------------------------------------------
Particle Composition Detached Fraction
Class
Diameter Specific --------------------------------- Sediment
In Flow
(mm)
Gravity % Sand % Silt
% Clay % O.M. Fraction
Exiting
-------------------------------------------------------------------------------
1 0.002 2.60
0.0 0.0 100.0
50.0 0.026 0.027
2 0.010 2.65
0.0 100.0 0.0
0.0 0.170 0.176
3 0.030 1.80
0.0 77.8 22.2
11.1 0.180 0.187
4 0.300
1.60 75.3 13.4
11.4 5.7 0.299
0.309
5 0.200 2.65
100.0 0.0 0.0
0.0 0.325 0.300
-------------------------------------------------------------------------------
Average annual SSA enrichment ratio leaving profile = 1.04
IV.
EROSION OUTPUT SUMMARIES FOR SIMULATION
------- ------ --------- --- ----------
1 2 3 4 5 6 7 8 9 10
Year Month Tot.
Tot. ---------- Runoff
---------- Total Interrill
Total Sediment Enrich.
Precip. Irrig.
Rain Snowmelt Irrig.
Detach. Detach. Depos.
Yield Ratio
--------------------(mm)------------------------- ---------(kg/m^2)---------- (kg/m)
(m^2/m^2)
--------------------------------------------------------------------------------------------------------------
AVG ANN 416.87 0.00
0.81 20.50 0.00
0.007 0.001 -0.008
3.882 0.794
---------------------------------------------------------------------------------------------------------------
1:Total Precipitation depth
2:Total Irrigation depth
3:Total runoff from rainfall
4:Total runoff from snowmelt
5:Total runoff from irrigation
6:Total Detachment
7:Interrill detachment
8:Total Deposition
9:Sediment yield
9:Sediment yield
10:Sediment enrichment ratio
Note: Runoff values refer to runoff
from the entire hillslope. Total
detachment
is the average net detachment over all areas on the hillslope having
net detachment. Interrill
detachment is the weighted (by OFE length)
average over the entire hillslope.
Total deposition refers to the
average net deposition over all the areas on the hillslope experiencing
net
deposition. Irrigation depths are
averages over the entire hillslope.