FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2528408256> ?p ?o ?g. }

• W2528408256 endingPage "1281" @default.
• W2528408256 startingPage "1266" @default.
• W2528408256 abstract "Abstract Understanding relationships between habitat associations for individuals and habitat factors that limit populations is a primary challenge for managers of stream fishes. Although habitat use by individuals can provide insight into the adaptive significance of selected microhabitats, not all habitat parameters will be significant at the population level, particularly when distributional patterns partially result from habitat degradation. We used underwater observation to quantify microhabitat selection by an imperiled stream fish, the Candy Darter Etheostoma osburni , in two streams with robust populations. We developed multiple‐variable and multiple‐life‐stage habitat suitability indices (HSIs) from microhabitat selection patterns and used them to assess the suitability of available habitat in streams where Candy Darter populations were extirpated, localized, or robust. Next, we used a comparative framework to examine relationships among (1) habitat availability across streams, (2) projected habitat suitability of each stream, and (3) a rank for the likely long‐term viability (robustness) of the population inhabiting each stream. Habitat selection was characterized by ontogenetic shifts from the low‐velocity, slightly embedded areas used by age‐0 Candy Darters to the swift, shallow areas with little fine sediment and complex substrate, which were used by adults. Overall, HSIs were strongly correlated with population rank. However, we observed weak or inverse relationships between predicted individual habitat suitability and population robustness for multiple life stages and variables. The results demonstrated that microhabitat selection by individuals does not always reflect population robustness, particularly when based on a single life stage or season, which highlights the risk of generalizing habitat selection that is observed during nonstressful periods or for noncritical resources. These findings suggest that stream fish managers may need to be cautious when implementing conservation measures based solely on observations of habitat selection by individuals and that detailed study at the individual and population levels may be necessary to identify habitat that limits populations. Received March 30, 2016; accepted July 19, 2016Published online October 7, 2016" @default.
• W2528408256 created "2016-10-14" @default.
• W2528408256 creator A5023524298 @default.
• W2528408256 creator A5040153089 @default.
• W2528408256 date "2016-10-07" @default.
• W2528408256 modified "2023-10-13" @default.
• W2528408256 title "Development of Habitat Suitability Indices for the Candy Darter, with Cross-Scale Validation across Representative Populations" @default.
• W2528408256 cites W1483113211 @default.
• W2528408256 cites W1594290107 @default.
• W2528408256 cites W1895164393 @default.
• W2528408256 cites W1901762770 @default.
• W2528408256 cites W1927113415 @default.
• W2528408256 cites W1930355953 @default.
• W2528408256 cites W1964217587 @default.
• W2528408256 cites W1964935058 @default.
• W2528408256 cites W1972589412 @default.
• W2528408256 cites W1974855853 @default.
• W2528408256 cites W1975240578 @default.
• W2528408256 cites W1977088303 @default.
• W2528408256 cites W1979974915 @default.
• W2528408256 cites W1981441506 @default.
• W2528408256 cites W1984651871 @default.
• W2528408256 cites W1988713999 @default.
• W2528408256 cites W1991689711 @default.
• W2528408256 cites W1992435897 @default.
• W2528408256 cites W1999205500 @default.
• W2528408256 cites W2001791528 @default.
• W2528408256 cites W2008285557 @default.
• W2528408256 cites W2008987503 @default.
• W2528408256 cites W2011370232 @default.
• W2528408256 cites W2014034900 @default.
• W2528408256 cites W2021168537 @default.
• W2528408256 cites W2025806634 @default.
• W2528408256 cites W2027410736 @default.
• W2528408256 cites W2040766929 @default.
• W2528408256 cites W2044996419 @default.
• W2528408256 cites W2047314320 @default.
• W2528408256 cites W2048529391 @default.
• W2528408256 cites W2051439418 @default.
• W2528408256 cites W2053050619 @default.
• W2528408256 cites W2057808250 @default.
• W2528408256 cites W2061853911 @default.
• W2528408256 cites W2068559190 @default.
• W2528408256 cites W2070161174 @default.
• W2528408256 cites W2072405341 @default.
• W2528408256 cites W2073092365 @default.
• W2528408256 cites W2085535615 @default.
• W2528408256 cites W2086189838 @default.
• W2528408256 cites W2101757446 @default.
• W2528408256 cites W2104557955 @default.
• W2528408256 cites W2105843486 @default.
• W2528408256 cites W2111036794 @default.
• W2528408256 cites W2114252136 @default.
• W2528408256 cites W2125288676 @default.
• W2528408256 cites W2149081721 @default.
• W2528408256 cites W2149697467 @default.
• W2528408256 cites W2152166650 @default.
• W2528408256 cites W2153339530 @default.
• W2528408256 cites W2156716764 @default.
• W2528408256 cites W2159641437 @default.
• W2528408256 cites W2159830749 @default.
• W2528408256 cites W2168836999 @default.
• W2528408256 cites W2175084523 @default.
• W2528408256 cites W2176449625 @default.
• W2528408256 cites W2269793454 @default.
• W2528408256 cites W2318772904 @default.
• W2528408256 cites W2322480672 @default.
• W2528408256 cites W2329439403 @default.
• W2528408256 cites W2331016615 @default.
• W2528408256 cites W2331932178 @default.
• W2528408256 cites W2395699213 @default.
• W2528408256 cites W2977401908 @default.
• W2528408256 cites W3032906345 @default.
• W2528408256 cites W4246171447 @default.
• W2528408256 cites W4361867234 @default.
• W2528408256 doi "https://doi.org/10.1080/00028487.2016.1217929" @default.
• W2528408256 hasPublicationYear "2016" @default.
• W2528408256 type Work @default.
• W2528408256 sameAs 2528408256 @default.
• W2528408256 citedByCount "11" @default.
• W2528408256 countsByYear W25284082562018 @default.
• W2528408256 countsByYear W25284082562019 @default.
• W2528408256 countsByYear W25284082562020 @default.
• W2528408256 countsByYear W25284082562021 @default.
• W2528408256 countsByYear W25284082562022 @default.
• W2528408256 crossrefType "journal-article" @default.
• W2528408256 hasAuthorship W2528408256A5023524298 @default.
• W2528408256 hasAuthorship W2528408256A5040153089 @default.
• W2528408256 hasBestOaLocation W25284082562 @default.
• W2528408256 hasConcept C144024400 @default.
• W2528408256 hasConcept C149923435 @default.
• W2528408256 hasConcept C185933670 @default.
• W2528408256 hasConcept C18903297 @default.
• W2528408256 hasConcept C2908647359 @default.
• W2528408256 hasConcept C31258907 @default.
• W2528408256 hasConcept C41008148 @default.
• W2528408256 hasConcept C42090638 @default.
• W2528408256 hasConcept C86803240 @default.

• next