total_diverted.Rd
A named list with datasets containing the diverted flow in cms within watersheds for use with the CVPIA SIT Salmon Population Model. The components of the list contain output from three different Calsim runs:
biop_2008_2009: output from the 2008-2009 Calsim II BiOp run.
biop_itp_2018_2019: output from the 2018-2019 Calsim II BiOp run.
calsim_run_of_river: output from the Calsim Run of River run.
total_diverted
a named list of two components, each containing a 31 by 12 by 21 array watershed, month, year (1980-2000)
Data Wrangling: Sadie Gill sgill@flowwest.com
Node Selection: Mark Tompkins mtompkins@flowwest.com and Mike Urkov mike.urkov@gmail.com
CALSIM Model Output: Michael Wright mwright@usbr.gov
The proportion diverted was calculated using 'FLOW-CHANNEL' and 'FLOW-DELIVERY' nodes from CALSIM II. The nodes and calculation for each watershed are outlined below
The diversions of Antelope Creek, Deer Creek and Mill Creek are represented by one diversion node. Diversions for these creeks were estimated in proportion to their flow. Elder Creek and Thomes Creek are also represented with a single node and their diversions were estimated using the same method.
D104
(C11307 / (C11307 + C11308 + C11309) * D11305)
no modeled diversions
no modeled diversions
no modeled diversions
(C217B + D217)
no modeled diversions
no modeled diversions
no modeled diversions
(C11309 / (C11307 + C11308 + C11309) * D11305)
(C11303 / (C11303 + C11304) * D11301)
(C11308 / (C11307 + C11308 + C11309) * D11305)
no modeled diversions
D17301
(C11304 / (C11303 + C11304) * D11301)
(D109 + D112 + D113A + D113B + D114 + D118 + D122A + D122B + D123 + D124A + D128_WTS + D128)
no modeled diversions
D285
(D201 + D202 + D7A + D7B)
D230
(D129A + D134 + D162 + D165)
no modeled diversions
D302
(D167 + D168 + D168A_WTS)
(D506A + D506B + D506C + D507)
no modeled diversions
(D503A + D503B + D503C + D502A + D502B)*
(D562 + D566)
D528
D545
(D637 + D630B + D630A + D620B)
*Mokelumne River flow and diversions are from a separate model provided by EBMUD.