FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3130572446> ?p ?o ?g. }

• W3130572446 endingPage "e0237686" @default.
• W3130572446 startingPage "e0237686" @default.
• W3130572446 abstract "Rearing habitat for juvenile Chinook Salmon ( Oncorhynchus tshawytscha ) in California, the southernmost portion of their range, has drastically declined throughout the past century. Recently, through cooperative agreements with diverse stakeholders, winter-flooded agricultural rice fields in California’s Central Valley have emerged as ecologically functioning floodplain rearing habitat for juvenile Chinook Salmon. From 2013 to 2016, we conducted a series of experiments examining methods to enhance habitat benefits for fall-run Chinook Salmon reared on winter-flooded rice fields in the Yolo Bypass, a modified floodplain managed for flood control, agriculture, and wildlife habitat in the Sacramento River Valley of California. Investigations included studying the effect of 1) post-harvest field substrate; 2) depth refugia; 3) duration of field drainage; and 4) duration of rearing occupancy on in-situ diet, growth and survival of juvenile salmon. Post-harvest substrate treatment had only a small effect on the lower trophic food web and an insignificant effect on growth rates or survival of rearing hatchery-origin, fall-run Chinook Salmon. Similarly, depth refugia, created by trenches dug to various depths, also had an insignificant effect on survival. Rapid field drainage yielded significantly higher survival compared to drainage methods drawn out over longer periods. A mortality of approximately one third was observed in the first week after fish were released in the floodplain. This initial mortality event was followed by high, stable survival rates for the remainder of the 6-week duration of floodplain rearing study. Across years, in-field survival ranged 7.4–61.6% and increased over the course of the experiments. Despite coinciding with the most extreme drought in California’s recorded history, which elevated water temperatures and reduced the regional extent of adjacent flooded habitats which concentrated avian predators, the adaptive research framework enabled incremental improvements in design to increase survival. Zooplankton (fish food) in the winter-flooded rice fields were 53-150x more abundant than those sampled concurrently in the adjacent Sacramento River channel. Correspondingly, observed somatic growth rates of juvenile hatchery-sourced fall-run Chinook Salmon stocked in rice fields were two to five times greater than concurrently and previously observed growth rates in the adjacent Sacramento River. The abundance of food resources and exceptionally high growth rates observed during these experiments illustrate the potential benefits of using existing agricultural infrastructure to approximate the floodplain wetland physical conditions and hydrologic patterns (shallow, long-duration inundation of cool floodplain habitats in mid-winter) under which Chinook Salmon evolved and to which they are adapted." @default.
• W3130572446 created "2021-03-01" @default.
• W3130572446 creator A5017634509 @default.
• W3130572446 creator A5051360439 @default.
• W3130572446 creator A5052419064 @default.
• W3130572446 creator A5054552670 @default.
• W3130572446 creator A5067494075 @default.
• W3130572446 creator A5091731218 @default.
• W3130572446 date "2021-02-24" @default.
• W3130572446 modified "2023-10-14" @default.
• W3130572446 title "Reconciling fish and farms: Methods for managing California rice fields as salmon habitat" @default.
• W3130572446 cites W1501730142 @default.
• W3130572446 cites W1879691234 @default.
• W3130572446 cites W1931214894 @default.
• W3130572446 cites W1973519622 @default.
• W3130572446 cites W1978705350 @default.
• W3130572446 cites W1984675661 @default.
• W3130572446 cites W2007063505 @default.
• W3130572446 cites W2016293969 @default.
• W3130572446 cites W2020612875 @default.
• W3130572446 cites W2024858350 @default.
• W3130572446 cites W2035540083 @default.
• W3130572446 cites W2035898274 @default.
• W3130572446 cites W2036822662 @default.
• W3130572446 cites W2051217282 @default.
• W3130572446 cites W2051782740 @default.
• W3130572446 cites W2055776606 @default.
• W3130572446 cites W2056434198 @default.
• W3130572446 cites W2060378461 @default.
• W3130572446 cites W2081824822 @default.
• W3130572446 cites W2117021290 @default.
• W3130572446 cites W2121661958 @default.
• W3130572446 cites W2122781082 @default.
• W3130572446 cites W2123674939 @default.
• W3130572446 cites W2131682268 @default.
• W3130572446 cites W2135442065 @default.
• W3130572446 cites W2137748407 @default.
• W3130572446 cites W2147095500 @default.
• W3130572446 cites W2147680444 @default.
• W3130572446 cites W2151380586 @default.
• W3130572446 cites W2153820558 @default.
• W3130572446 cites W2156098946 @default.
• W3130572446 cites W2160490174 @default.
• W3130572446 cites W2164545145 @default.
• W3130572446 cites W2176108628 @default.
• W3130572446 cites W2192760135 @default.
• W3130572446 cites W2244269474 @default.
• W3130572446 cites W2276619150 @default.
• W3130572446 cites W2622681552 @default.
• W3130572446 cites W2736196734 @default.
• W3130572446 cites W2749867015 @default.
• W3130572446 cites W2794281016 @default.
• W3130572446 cites W2795578507 @default.
• W3130572446 cites W2808148054 @default.
• W3130572446 cites W2889462462 @default.
• W3130572446 cites W2897177475 @default.
• W3130572446 cites W2967054951 @default.
• W3130572446 cites W2978465816 @default.
• W3130572446 cites W3024116516 @default.
• W3130572446 cites W3087350755 @default.
• W3130572446 doi "https://doi.org/10.1371/journal.pone.0237686" @default.
• W3130572446 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7904208" @default.
• W3130572446 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33626050" @default.
• W3130572446 hasPublicationYear "2021" @default.
• W3130572446 type Work @default.
• W3130572446 sameAs 3130572446 @default.
• W3130572446 citedByCount "8" @default.
• W3130572446 countsByYear W31305724462022 @default.
• W3130572446 countsByYear W31305724462023 @default.
• W3130572446 crossrefType "journal-article" @default.
• W3130572446 hasAuthorship W3130572446A5017634509 @default.
• W3130572446 hasAuthorship W3130572446A5051360439 @default.
• W3130572446 hasAuthorship W3130572446A5052419064 @default.
• W3130572446 hasAuthorship W3130572446A5054552670 @default.
• W3130572446 hasAuthorship W3130572446A5067494075 @default.
• W3130572446 hasAuthorship W3130572446A5091731218 @default.
• W3130572446 hasBestOaLocation W31305724461 @default.
• W3130572446 hasConcept C100398564 @default.
• W3130572446 hasConcept C115961737 @default.
• W3130572446 hasConcept C155681218 @default.
• W3130572446 hasConcept C185933670 @default.
• W3130572446 hasConcept C18903297 @default.
• W3130572446 hasConcept C205649164 @default.
• W3130572446 hasConcept C2779140988 @default.
• W3130572446 hasConcept C2909208804 @default.
• W3130572446 hasConcept C29376679 @default.
• W3130572446 hasConcept C39432304 @default.
• W3130572446 hasConcept C505870484 @default.
• W3130572446 hasConcept C86803240 @default.
• W3130572446 hasConceptScore W3130572446C100398564 @default.
• W3130572446 hasConceptScore W3130572446C115961737 @default.
• W3130572446 hasConceptScore W3130572446C155681218 @default.
• W3130572446 hasConceptScore W3130572446C185933670 @default.
• W3130572446 hasConceptScore W3130572446C18903297 @default.
• W3130572446 hasConceptScore W3130572446C205649164 @default.
• W3130572446 hasConceptScore W3130572446C2779140988 @default.
• W3130572446 hasConceptScore W3130572446C2909208804 @default.
• W3130572446 hasConceptScore W3130572446C29376679 @default.

• next