2018-08-08_PERMIT FILE - C1982056 ‎(18)‎

• Permit No: C1982056
• IBM Index Class Name: Permit File
• Doc Date: 8/8/2018
• Section_Exhibit Name: EXHIBIT 13 GROUND WATER MODEL DOCUMENTATION
• Media Type: D
• Archive: No

u.. .

The first line contains the title which describes the data
C~ file. The maximum length of TITLE is 80 characters. The ID is
~ the 8-digit identification code of a node. I1'R and C are the
water year and the monthly data associated with that water year
~ as described above. The ID's and IYR in the file should be in
ascending order. Each C element is a monthly mean strramflow
)•
for a given water year IYR. This file is not optional and should
~ be supplied by the user prior to executing the WATBAL program.

•} 7.4 The WATBALP Module
--- ------- ------
~ Structurally, WATBALP is very similar to WATBALC except
instead of having Lhe option of computing data from correlations,
all the input data must be read from data files. In addition,
. execution of WATBALP requires the specification of a "base" year
or years from which the calibrated data are selected for a given
~ model run. All data related to the "base" years in the
~ calibrated data file (CFTC) will be used as input. for the nodes
described in the streamflow network system. The user may
~ override she calibrated data by supplying data for any node in
~ the system through the mine plan data file (PFIL).
Fundamentally, the water-balance analyses performer by the
~ WATBALP and the WATBALC modules are different. In the WATBALC
analysis, Lhe flow and water quality for a node are calculated
from the input data (marked as "I") of the node(s) immediately
~ upstream. Whereas, in the WATBALP calculations, the hydrological
quantities are obtained from the predicted data (marl~:ed as "U" or
"P") of the node(s) immediately upstream from that same node.
The "U" and "P" data will be e~cplained lacer.
Ex. 13-15