Record Details
page 84
Digital Collections at BYU
| Field | Value |
|---|---|
| Title | page 84 Final supplement to the final environmental impact statement : Diamond Fork System, Bonneville Unit, Central Utah Project, page 84 |
| Coverage | Electronic reproduction; |
| Format | 84 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 111 III ili AFFECTED environment AND environmental consequences 352 to 142 acres would limit the productivity table 34 trout standing crop would range from 2343 2 343 pounds per year at minimum water surface to 5808 pounds per year at maximum level over the longterm long term however trout standing crop would probably stabilize close to the average of 4075 pounds to reflect population adjustments to the summer irrigation drawdown to a minimum level in septemberoctober September October and winter refilling to the maximum level by may angler use would range from 1511 angler days per year to about 3745 angler days per year with an average of 2628 angler days at these same levels access to the reservoir for fishing would also be somewhat limited due to the steep rugged shoreline witheither with wit either heither elther plan trout standing crop and angler use with the 1984 FES plan would range from 3960 pounds to 5660 pounds and 2554 angler days to 3650 angler days respectively at minimum and maximum water levels longterm long term standing crop and angler use would stabilize at about 4810 pounds and 3102 angler days respectively at average water levels potential standing crop would be higher with this plan because the drawdown would not be as great as with the recommended plan and alternative A table 34 predicted trout productivity and angler use monks hollow reservoir alternative water level area acres standing crop lbsacre ibsacre Ib lb sacre total standing crop lbs ibs ibs lbs angler use days year recommended plan maximum 352 16.5 165 165 5808 3745 minimum 142 16.5 165 165 2343 1511 A maximum 352 16.5 165 165 5808 3745 minimum 142 16.5 165 165 2 2432 432 15 152z 1984 FES maximum 343 16.5 165 165 5660 3 360 cad ead minimum 240 16.5 165 165 3960 2554 strawberry reservoir angler use predictions for strawberry reservoir were based on the assumption that angler use would change with changes in standing crop in total pounds as predicted by a mathematical model developed by jenkins in 1982 the model predicts total fish standing crop using mean depth and nutrient predictions expressed as total dissolved solids TDS this method addresses potential changes in fish biomass relative to physical changes in the reservoir from project operation percentage differences in standing crop between historical conditions and project alternative plans were used to determine angler use with each plan the utah division of wildlife resources is currently planning to renovate the strawberry 84 93 |
| Identifier | http://cdm15999.contentdm.oclc.org/cdm/ref/collection/WesternWatersProject/id/13052 |
