FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2059792382> ?p ?o ?g. }

• W2059792382 endingPage "71" @default.
• W2059792382 startingPage "51" @default.
• W2059792382 abstract "Groundwater-adapted species (known as stygobites) provide animportant contribution to biodiversity. Groundwater ecosystems are some of the oldest on earth, and contain many endemic species adapted to live in an environment with no light and limited resources. The controls on stygobite distributions are not yet fully resolved because of the complex interaction between many processes operating at different scales. Many of these processes are geological or hydrogeological in nature and therefore more detailed geological and hydrogeological studies could provide improved understanding of stygobite distributions. Hydrogeologists can assist ecologists by providing expertise on both general geological characteristics of sampling sites, and how groundwater at sampling sites relates to the wider aquifer setting. Geological input would be especially useful in stygobite dispersal studies because dispersal depends upon habitat continuity associated with geological dispersal corridors, and is limited where rocks that do not provide a suitable habitat form geological barriers. Stygobite studies are of benefit to hydrogeology because stygobite distributions can provide information on ground-water-surface water interaction and aquifer connectivity over a range of spatio-temporal scales. Future studies using DNA analysis of stygobites may provide much more detailed information on hydraulic connectivity within and between aquifers. There is also potential for the development of stygobites as indicators of groundwater quality. The biogeochemical function of stygobites is of interest to both hydrogeologists and ecologists. Studies have demonstrated that stygobites graze biofilms and bacteria but their role in biogeochemical cycles is still not fully understood. Ecosystem services provided by groundwater fauna depend upon their abundance and biomass. Future studies using hydrogeological data (e.g. borehole packer techniques) may provide an improved understanding of where in aquifers stygobites live and how many there are, which would be an important step towards assessing the significance of their role in biogeochemical cycling of nutrients and carbon." @default.
• W2059792382 created "2016-06-24" @default.
• W2059792382 creator A5007455842 @default.
• W2059792382 creator A5031046321 @default.
• W2059792382 date "2012-06-01" @default.
• W2059792382 modified "2023-10-03" @default.
• W2059792382 title "Stygobitic Invertebrates in Groundwater — A Review from a Hydrogeological Perspective" @default.
• W2059792382 cites W129083009 @default.
• W2059792382 cites W1600837628 @default.
• W2059792382 cites W1636435615 @default.
• W2059792382 cites W1918784761 @default.
• W2059792382 cites W1964811945 @default.
• W2059792382 cites W1970411934 @default.
• W2059792382 cites W1975471766 @default.
• W2059792382 cites W1976451161 @default.
• W2059792382 cites W1984257790 @default.
• W2059792382 cites W1984582982 @default.
• W2059792382 cites W1986804932 @default.
• W2059792382 cites W1990056645 @default.
• W2059792382 cites W1993196099 @default.
• W2059792382 cites W1994920439 @default.
• W2059792382 cites W1994922018 @default.
• W2059792382 cites W1996911345 @default.
• W2059792382 cites W1998056082 @default.
• W2059792382 cites W2016557619 @default.
• W2059792382 cites W2020418512 @default.
• W2059792382 cites W2024010824 @default.
• W2059792382 cites W2025489494 @default.
• W2059792382 cites W2025692100 @default.
• W2059792382 cites W2028529763 @default.
• W2059792382 cites W2037326848 @default.
• W2059792382 cites W2039739444 @default.
• W2059792382 cites W2041446669 @default.
• W2059792382 cites W2043274973 @default.
• W2059792382 cites W2054906644 @default.
• W2059792382 cites W2057768322 @default.
• W2059792382 cites W2058265816 @default.
• W2059792382 cites W2069181632 @default.
• W2059792382 cites W2073436413 @default.
• W2059792382 cites W2075493611 @default.
• W2059792382 cites W2077078292 @default.
• W2059792382 cites W2088299160 @default.
• W2059792382 cites W2088440454 @default.
• W2059792382 cites W2094589340 @default.
• W2059792382 cites W2094752167 @default.
• W2059792382 cites W2096903763 @default.
• W2059792382 cites W2097313102 @default.
• W2059792382 cites W2099975696 @default.
• W2059792382 cites W2108970128 @default.
• W2059792382 cites W2110307661 @default.
• W2059792382 cites W2116849657 @default.
• W2059792382 cites W2122390434 @default.
• W2059792382 cites W2124101910 @default.
• W2059792382 cites W2132620263 @default.
• W2059792382 cites W2134224799 @default.
• W2059792382 cites W2140091778 @default.
• W2059792382 cites W2140331117 @default.
• W2059792382 cites W2141101658 @default.
• W2059792382 cites W2144309723 @default.
• W2059792382 cites W2144957335 @default.
• W2059792382 cites W2150252495 @default.
• W2059792382 cites W2153313126 @default.
• W2059792382 cites W2158398039 @default.
• W2059792382 cites W2159682723 @default.
• W2059792382 cites W2161225337 @default.
• W2059792382 cites W2167966677 @default.
• W2059792382 cites W2171529593 @default.
• W2059792382 cites W2172267647 @default.
• W2059792382 cites W2276780519 @default.
• W2059792382 cites W2285606841 @default.
• W2059792382 cites W2324060080 @default.
• W2059792382 cites W2328522218 @default.
• W2059792382 cites W2331329231 @default.
• W2059792382 cites W2523671353 @default.
• W2059792382 cites W2525771547 @default.
• W2059792382 cites W2526704602 @default.
• W2059792382 cites W2606913829 @default.
• W2059792382 cites W4256458818 @default.
• W2059792382 doi "https://doi.org/10.1608/frj-5.1.443" @default.
• W2059792382 hasPublicationYear "2012" @default.
• W2059792382 type Work @default.
• W2059792382 sameAs 2059792382 @default.
• W2059792382 citedByCount "26" @default.
• W2059792382 countsByYear W20597923822013 @default.
• W2059792382 countsByYear W20597923822015 @default.
• W2059792382 countsByYear W20597923822016 @default.
• W2059792382 countsByYear W20597923822017 @default.
• W2059792382 countsByYear W20597923822019 @default.
• W2059792382 countsByYear W20597923822020 @default.
• W2059792382 countsByYear W20597923822021 @default.
• W2059792382 countsByYear W20597923822022 @default.
• W2059792382 countsByYear W20597923822023 @default.
• W2059792382 crossrefType "journal-article" @default.
• W2059792382 hasAuthorship W2059792382A5007455842 @default.
• W2059792382 hasAuthorship W2059792382A5031046321 @default.
• W2059792382 hasBestOaLocation W20597923822 @default.
• W2059792382 hasConcept C110872660 @default.
• W2059792382 hasConcept C127313418 @default.

• next