FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2157612003> ?p ?o ?g. }

• W2157612003 endingPage "247" @default.
• W2157612003 startingPage "234" @default.
• W2157612003 abstract "The assessment of the ecological conditions of rivers is crucial for their appropriate management and restoration. Bioindicators commonly used to evaluate the river status (i.e. diatoms, aquatic macrophytes, benthic macroinvertebrates and fish) detect alterations of water quality, but are not particularly sensitive to hydromorphological degradation, which is another relevant pressure in river systems. Furthermore, those bioindicators are usually applied only to flowing channels. We developed a new multimetric index, the Odonate River Index (ORI), to assess the conditions of the whole corridor in alluvial rivers. The ORI is a development of an evaluation system proposed in Austria, and based on the Odonate Habitat Index (OHI). Odonates were chosen as bioindicators for the ecological integrity of the river corridor, since this taxon provides information on the conditions of their aquatic breeding sites, as well as on the surrounding terrestrial areas, due to its amphibiotic life cycle. We used a case study of 18 reaches from six Italian Alpine rivers, characterized by different morphological conditions and level of human impact. Within each study reach, we selected four sites, both lotic and lentic sites. Dragonfly surveys consisted in field observation of adults, and collection of larvae and exuviae. To define the best sampling strategy, we compared the results of the ORI metrics obtained varying the input data by combining different sampling methods: the best compromise between effort and exhaustiveness was obtained coupling the observation of adults with the collection of exuviae. We found the ORI to be a robust and reliable tool to assess the status of the river corridor in a wide range of environmental conditions and river morphology, being particularly suitable to detect hydromorphological degradation and alterations of the structure of aquatic and riparian vegetation. We identified two limiting factors for the applicability of this index: low water temperatures of the main channel (i.e. mean annual value below 10 °C) and river reaches with no or scarce aquatic and riparian vegetation. In addition to the assessment of river conditions, the ORI could also be applied for monitoring the effects of river restoration actions." @default.
• W2157612003 created "2016-06-24" @default.
• W2157612003 creator A5022199558 @default.
• W2157612003 creator A5058261233 @default.
• W2157612003 creator A5060118880 @default.
• W2157612003 creator A5084567921 @default.
• W2157612003 date "2016-02-01" @default.
• W2157612003 modified "2023-10-11" @default.
• W2157612003 title "Odonates as indicators of the ecological integrity of the river corridor: Development and application of the Odonate River Index (ORI) in northern Italy" @default.
• W2157612003 cites W1492922337 @default.
• W2157612003 cites W1499985733 @default.
• W2157612003 cites W153896078 @default.
• W2157612003 cites W1564086207 @default.
• W2157612003 cites W1751082018 @default.
• W2157612003 cites W1868266887 @default.
• W2157612003 cites W1963763242 @default.
• W2157612003 cites W1967036479 @default.
• W2157612003 cites W1967038851 @default.
• W2157612003 cites W1970636835 @default.
• W2157612003 cites W1972943738 @default.
• W2157612003 cites W1973404521 @default.
• W2157612003 cites W1973455972 @default.
• W2157612003 cites W1976007623 @default.
• W2157612003 cites W1979549128 @default.
• W2157612003 cites W1984071367 @default.
• W2157612003 cites W1984639178 @default.
• W2157612003 cites W1991609520 @default.
• W2157612003 cites W1996442229 @default.
• W2157612003 cites W1999604224 @default.
• W2157612003 cites W2011133046 @default.
• W2157612003 cites W2014605665 @default.
• W2157612003 cites W2015053255 @default.
• W2157612003 cites W2015466974 @default.
• W2157612003 cites W2024803385 @default.
• W2157612003 cites W2027548725 @default.
• W2157612003 cites W2027624405 @default.
• W2157612003 cites W2031962798 @default.
• W2157612003 cites W2032523195 @default.
• W2157612003 cites W2040386238 @default.
• W2157612003 cites W2042867794 @default.
• W2157612003 cites W2049833453 @default.
• W2157612003 cites W2050034177 @default.
• W2157612003 cites W2053988146 @default.
• W2157612003 cites W2056036113 @default.
• W2157612003 cites W2058791659 @default.
• W2157612003 cites W2059476471 @default.
• W2157612003 cites W2064460507 @default.
• W2157612003 cites W2070886778 @default.
• W2157612003 cites W2071221561 @default.
• W2157612003 cites W2073075009 @default.
• W2157612003 cites W2075499955 @default.
• W2157612003 cites W2078804421 @default.
• W2157612003 cites W2085690089 @default.
• W2157612003 cites W2091177847 @default.
• W2157612003 cites W2101124983 @default.
• W2157612003 cites W2106172235 @default.
• W2157612003 cites W2106510262 @default.
• W2157612003 cites W2108125090 @default.
• W2157612003 cites W2110813565 @default.
• W2157612003 cites W2116151598 @default.
• W2157612003 cites W2117500407 @default.
• W2157612003 cites W2124453776 @default.
• W2157612003 cites W2129518202 @default.
• W2157612003 cites W2131543829 @default.
• W2157612003 cites W2133467757 @default.
• W2157612003 cites W2136337094 @default.
• W2157612003 cites W2139196806 @default.
• W2157612003 cites W2140194814 @default.
• W2157612003 cites W2144953699 @default.
• W2157612003 cites W2146132249 @default.
• W2157612003 cites W2154805181 @default.
• W2157612003 cites W2155522897 @default.
• W2157612003 cites W2157640785 @default.
• W2157612003 cites W2161052342 @default.
• W2157612003 cites W2162782396 @default.
• W2157612003 cites W254012508 @default.
• W2157612003 cites W2977401908 @default.
• W2157612003 cites W4232459336 @default.
• W2157612003 cites W4237943792 @default.
• W2157612003 cites W4253132744 @default.
• W2157612003 doi "https://doi.org/10.1016/j.ecolind.2015.09.022" @default.
• W2157612003 hasPublicationYear "2016" @default.
• W2157612003 type Work @default.
• W2157612003 sameAs 2157612003 @default.
• W2157612003 citedByCount "49" @default.
• W2157612003 countsByYear W21576120032017 @default.
• W2157612003 countsByYear W21576120032018 @default.
• W2157612003 countsByYear W21576120032019 @default.
• W2157612003 countsByYear W21576120032020 @default.
• W2157612003 countsByYear W21576120032021 @default.
• W2157612003 countsByYear W21576120032022 @default.
• W2157612003 countsByYear W21576120032023 @default.
• W2157612003 crossrefType "journal-article" @default.
• W2157612003 hasAuthorship W2157612003A5022199558 @default.
• W2157612003 hasAuthorship W2157612003A5058261233 @default.
• W2157612003 hasAuthorship W2157612003A5060118880 @default.
• W2157612003 hasAuthorship W2157612003A5084567921 @default.
• W2157612003 hasConcept C106131492 @default.

• next