A dataset containing the Weighted Usable Area (WUA) in square feet per 1000 feet as a function of flow in cubic feet per second

clear_creek_instream

Format

dataframe with 23 rows and 11 variables:

flow_cfs

integer flow value in cubic feet per second

FR_fry_wua

fall run fry (up to 50 mm) WUA in square feet per 1000 feet

FR_juv_wua

fall run juvenile WUA in square feet per 1000 feet

FR_spawn_wua

fall run spawning WUA in square feet per 1000 feet

SR_fry_wua

spring run fry (up to 50 mm) WUA in square feet per 1000 feet

SR_juv_wua

spring run fry juvenile WUA in square feet per 1000 feet

SR_spawn_wua

spring run fry spawning WUA in square feet per 1000 feet

ST_fry_wua

steelhead fry (up to 50 mm) WUA in square feet per 1000 feet

ST_juv_wua

steelhead juvenile WUA in square feet per 1000 feet

ST_spawn_wua

steelhead spawning WUA in square feet per 1000 feet

watershed

name of watershed

Source

FWS 2007-2013

Details

The spawning and rearing WUA were derived from a FWS River2D model. The WUA values are from three river segments, Upper Alluvial (2.27 miles), Canyon Segment (7.33 miles), and Lower Alluvial (8.81 miles). Fall Run are only in the Lower Alluvial Segment and there is a segregation weir that prevents the Spring Run from spawning in the Lower Alluvial Segment.

Examples

clear_creek_instream
#> # A tibble: 23 x 10 #> flow_cfs FR_spawn_wua FR_fry_wua FR_juv_wua SR_spawn_wua SR_fry_wua #> <dbl> <dbl> <dbl> <dbl> <dbl> <dbl> #> 1 50 13000 11526. 4835. 34.3 3139. #> 2 75 13000 11367. 5341. 65.5 3094. #> 3 100 13000 11082. 5753. 98.4 3116. #> 4 125 13000 10788. 6090. 128. 3179. #> 5 150 13000 10549. 6382. 157. 3192. #> 6 175 13000 10280. 6642. 187. 3237. #> 7 200 13000 10114. 6841. 212. 3280. #> 8 225 13000 9967. 6996. 235. 3399. #> 9 250 13000 9847. 7099. 257. 3482. #> 10 275 13000 9769. 7197. 278. 3659. #> # ... with 13 more rows, and 4 more variables: SR_juv_wua <dbl>, #> # ST_spawn_wua <dbl>, ST_fry_wua <dbl>, ST_juv_wua <dbl>