Record Details

page 135

Digital Collections at BYU

Field Value
Title page 135 Central Utah Project, Bonneville Unit : Diamond Fork Power System : final Environmental Impact Statement, page 135
Coverage Electronic reproduction;
Format 135 text/PDF
Rights Brigham Young University; http://lib.byu.edu/about/copyright/generic.php Public Domain Public
Language English; eng; en
Relation Central Utah Project; Western Waters Digital Library; CHAPTER IV AFFECTED environment AND environmental consequences table 29 reservoir sediment load summary alternativereservoir Alternative reservoir sixth water flow through syar sixth water monks hollow fifth water pumped storage fifth water monks hollow sixth water pumped storage syar sixth water monks hollow 1964 DPR syar sixth water hayes drainage area square miles annual sediment inflow acre feet year sediment retention percent 100 year sediment deposition acre feet percent of reservoir capacity annual sediment release acre feet year I 1 1 17 2.3 23 23 15 30 5 2.0 20 20 89 13.9 139 91 1300 4 1.3 13 13 10 1.3 13 13 92 120 0.2 02 02 1 .1 96 13.0 130 130 91 1200 4 1.2 12 12 17 2.3 23 23 15 30 5 2.0 20 20 89 13.9 139 91 1300 4 1.3 13 13 17 2.3 23 23 28 60 6 1.7 17 17 140 20.4 204 204 93 1.900 1900 4 1.4 14 lg ig 1 insignificant table 30 stream sediment load summary scream stream location fifth water below adamsite damsite sixth water below adamsite damsite diamond fork at monks hollow below monks hollow dam at mouth reduction at mouth of diamond fork alternative present sediment load sixth water flow through fifth water pumped storage sixth water pumped storage 1964 DPR no power tonsyear Tons year 2070 2070 160 2070 2070 2070 3660 3.180 3180 3660 3180 2700 3660 22500 22100 20700 22100 I 1 1 22500 22500 2070 1860 2070 V I 1 22500 33400 12.970 12970 12760 12970 2230 33400 percent 61 62 61 93 0 I 1 1 some increase in channel and bank erosion is expected however total sediment load should not increase significantly 135
Identifier http://cdm15999.contentdm.oclc.org/cdm/ref/collection/WesternWatersProject/id/4744

© Western Waters Digital Library - GWLA member projects - Designed by the J. Willard Marriott Library - Hosted by Oregon State University Libraries and Press