FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2193295145> ?p ?o ?g. }

• W2193295145 endingPage "21" @default.
• W2193295145 startingPage "14" @default.
• W2193295145 abstract "Most ecosystems are subjected to multiple stressors derived from natural and anthropogenic sources and community responses to human disturbance in naturally stressful habitats may differ from those in more benign habitats. We examined the influence of a natural (geology-driven acidity) vs. human-induced stress (land drainage) and their interaction on the composition and concordance of stream diatom, bryophyte and invertebrate communities. To account for differing drainage impacts in circumneutral (sedimentation) and naturally acid (reduced pH and increased metal concentrations) streams we investigated concordance in three groups of streams: reference (circumneutral and naturally acidic reference), circumneutral (reference and drained) and naturally acidic (reference and drained) streams. We expected diatoms to respond more strongly to anthropogenic acidification and more weakly to sedimentation compared to bryophytes and invertebrates. We expected overall strong concordance among the three taxonomic groups, but especially so in reference streams. All three organism groups had distinct species composition in naturally acidic vs. circumneutral streams. Concordance between communities was overall strong, especially so in the reference streams. All groups responded to drainage disturbance in both types of streams. Invertebrates were slightly less responsive to increased acidification in the naturally acidic streams but were more affected by sedimentation in the circumneutral streams than were the other two groups. The natural stressor affected communities more than the anthropogenic stressors. Naturally stressed communities were affected by an anthropogenic stressor as much as those in more benign habitats, although the additional stressor was similar to the initial stress (further reduction of stream pH). Naturally acid streams may need special concern in bioassessment because models based on circumneutral reference sites will likely produce biased predictions for these streams." @default.
• W2193295145 created "2016-06-24" @default.
• W2193295145 creator A5010736612 @default.
• W2193295145 creator A5022670956 @default.
• W2193295145 creator A5040609561 @default.
• W2193295145 creator A5040932715 @default.
• W2193295145 creator A5062283551 @default.
• W2193295145 creator A5083713986 @default.
• W2193295145 date "2016-03-01" @default.
• W2193295145 modified "2023-10-16" @default.
• W2193295145 title "Land use impacts on stream community composition and concordance along a natural stress gradient" @default.
• W2193295145 cites W1608424126 @default.
• W2193295145 cites W1650207657 @default.
• W2193295145 cites W1861086290 @default.
• W2193295145 cites W1955612008 @default.
• W2193295145 cites W1967901188 @default.
• W2193295145 cites W1969718805 @default.
• W2193295145 cites W1972117839 @default.
• W2193295145 cites W1975258901 @default.
• W2193295145 cites W1975324761 @default.
• W2193295145 cites W1981516958 @default.
• W2193295145 cites W1984248907 @default.
• W2193295145 cites W1985702586 @default.
• W2193295145 cites W1990145078 @default.
• W2193295145 cites W1995341684 @default.
• W2193295145 cites W1997401187 @default.
• W2193295145 cites W1998977236 @default.
• W2193295145 cites W2001747464 @default.
• W2193295145 cites W2004826373 @default.
• W2193295145 cites W2006519100 @default.
• W2193295145 cites W2014352803 @default.
• W2193295145 cites W2017089959 @default.
• W2193295145 cites W2020521473 @default.
• W2193295145 cites W2020805798 @default.
• W2193295145 cites W2024830654 @default.
• W2193295145 cites W2025725914 @default.
• W2193295145 cites W2028596084 @default.
• W2193295145 cites W2031962798 @default.
• W2193295145 cites W2034969320 @default.
• W2193295145 cites W2036219796 @default.
• W2193295145 cites W2044356216 @default.
• W2193295145 cites W2045668784 @default.
• W2193295145 cites W2047186194 @default.
• W2193295145 cites W2049866359 @default.
• W2193295145 cites W2053802111 @default.
• W2193295145 cites W2059932553 @default.
• W2193295145 cites W2070274794 @default.
• W2193295145 cites W2070825986 @default.
• W2193295145 cites W2079111689 @default.
• W2193295145 cites W2079685019 @default.
• W2193295145 cites W2080908899 @default.
• W2193295145 cites W2082608166 @default.
• W2193295145 cites W2085722637 @default.
• W2193295145 cites W2093245339 @default.
• W2193295145 cites W2097117578 @default.
• W2193295145 cites W2099111427 @default.
• W2193295145 cites W2099172632 @default.
• W2193295145 cites W2105065149 @default.
• W2193295145 cites W2107188527 @default.
• W2193295145 cites W2115282269 @default.
• W2193295145 cites W2127366570 @default.
• W2193295145 cites W2130654613 @default.
• W2193295145 cites W2135403073 @default.
• W2193295145 cites W2144255787 @default.
• W2193295145 cites W2145350205 @default.
• W2193295145 cites W2149853789 @default.
• W2193295145 cites W2152101864 @default.
• W2193295145 cites W2157662800 @default.
• W2193295145 cites W2159162768 @default.
• W2193295145 cites W2161056190 @default.
• W2193295145 cites W2162633600 @default.
• W2193295145 cites W2164331054 @default.
• W2193295145 cites W2169194502 @default.
• W2193295145 cites W2315975375 @default.
• W2193295145 doi "https://doi.org/10.1016/j.ecolind.2015.11.015" @default.
• W2193295145 hasPublicationYear "2016" @default.
• W2193295145 type Work @default.
• W2193295145 sameAs 2193295145 @default.
• W2193295145 citedByCount "11" @default.
• W2193295145 countsByYear W21932951452016 @default.
• W2193295145 countsByYear W21932951452019 @default.
• W2193295145 countsByYear W21932951452020 @default.
• W2193295145 countsByYear W21932951452021 @default.
• W2193295145 countsByYear W21932951452023 @default.
• W2193295145 crossrefType "journal-article" @default.
• W2193295145 hasAuthorship W2193295145A5010736612 @default.
• W2193295145 hasAuthorship W2193295145A5022670956 @default.
• W2193295145 hasAuthorship W2193295145A5040609561 @default.
• W2193295145 hasAuthorship W2193295145A5040932715 @default.
• W2193295145 hasAuthorship W2193295145A5062283551 @default.
• W2193295145 hasAuthorship W2193295145A5083713986 @default.
• W2193295145 hasConcept C110872660 @default.
• W2193295145 hasConcept C13474642 @default.
• W2193295145 hasConcept C151730666 @default.
• W2193295145 hasConcept C185933670 @default.
• W2193295145 hasConcept C18903297 @default.
• W2193295145 hasConcept C2777601987 @default.
• W2193295145 hasConcept C2777975993 @default.

• next