FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2744376208> ?p ?o ?g. }

• W2744376208 endingPage "226" @default.
• W2744376208 startingPage "211" @default.
• W2744376208 abstract "Global concern over increasing CO2 emissions, and the resultant CO2 driven temperature rises and changes in seawater chemistry, necessitates the advancement of understanding into how these changes will affect marine life now and in the future. Here we report on an experimental investigation into the effects of increased CO2 concentration and elevated temperature on sedimentary meiofaunal communities. Cohesive (muddy) and non-cohesive (sandy) sediments were collected from the Eden Estuary in St. Andrews, Scotland, UK, placed within a flume setup and exposed to 2 levels of CO2 concentration (380 and 750 ppmv, current at the time of the experiment, and predicted CO2 concentration by 2100, respectively) and 2 temperature levels (12 °C and 16 °C, current in-situ and predicted temperature by 2100, respectively). We investigated the metazoan meiofauna and nematode communities before and after 28 days of exposure under these experimental conditions. The most determinative factor for abundance, diversity and community structure of meiofauna and nematodes was sediment type: on all levels, communities were significantly different between sand and mud sediments which agrees with what is generally known about the influence of sediment structure on meiofaunal organisms. Few CO2 and temperature effects were observed, suggesting that meiofauna and nematodes are generally much less responsive than, for instance, microbial communities and macrofauna to these environmental changes in estuarine environments, where organisms are naturally exposed to a fluctuating environment. This was corroborated by the observed effects related to the different seasons in which the samples were taken from the field to run the experiment. After 28 days, meiofauna and nematode communities in muddy sediments showed a greater response to increased CO2 concentration and temperature rise than in sandy sediments. However, further study is needed to investigate the underlying mechanisms and meiofauna species-specific resilience and responses to ocean acidification and warming, and their interactions with other biota, to understand what such changes may mean for meiofauna communities and the ecosystem processes and functions they contribute to." @default.
• W2744376208 created "2017-08-17" @default.
• W2744376208 creator A5008731771 @default.
• W2744376208 creator A5011080055 @default.
• W2744376208 creator A5017795187 @default.
• W2744376208 creator A5036384876 @default.
• W2744376208 creator A5051199393 @default.
• W2744376208 creator A5063387039 @default.
• W2744376208 creator A5065232298 @default.
• W2744376208 creator A5067651784 @default.
• W2744376208 creator A5074866035 @default.
• W2744376208 creator A5081776125 @default.
• W2744376208 creator A5082669245 @default.
• W2744376208 creator A5085354175 @default.
• W2744376208 date "2018-05-01" @default.
• W2744376208 modified "2023-10-18" @default.
• W2744376208 title "Short-term CO 2 exposure and temperature rise effects on metazoan meiofauna and free-living nematodes in sandy and muddy sediments: Results from a flume experiment" @default.
• W2744376208 cites W1488806423 @default.
• W2744376208 cites W1503900815 @default.
• W2744376208 cites W1838693324 @default.
• W2744376208 cites W1969310578 @default.
• W2744376208 cites W1969940436 @default.
• W2744376208 cites W1976762622 @default.
• W2744376208 cites W1989097832 @default.
• W2744376208 cites W2001092428 @default.
• W2744376208 cites W2016967542 @default.
• W2744376208 cites W2023770088 @default.
• W2744376208 cites W2026421334 @default.
• W2744376208 cites W2037574595 @default.
• W2744376208 cites W2041960012 @default.
• W2744376208 cites W2042084991 @default.
• W2744376208 cites W2042783412 @default.
• W2744376208 cites W2044174282 @default.
• W2744376208 cites W2044200111 @default.
• W2744376208 cites W2053934608 @default.
• W2744376208 cites W2060012482 @default.
• W2744376208 cites W2064690936 @default.
• W2744376208 cites W2067910389 @default.
• W2744376208 cites W2068239293 @default.
• W2744376208 cites W2072539145 @default.
• W2744376208 cites W2073625146 @default.
• W2744376208 cites W2075251926 @default.
• W2744376208 cites W2080832474 @default.
• W2744376208 cites W2081487674 @default.
• W2744376208 cites W2087755952 @default.
• W2744376208 cites W2093085401 @default.
• W2744376208 cites W2093223996 @default.
• W2744376208 cites W2094314015 @default.
• W2744376208 cites W2095035650 @default.
• W2744376208 cites W2104999017 @default.
• W2744376208 cites W2114795157 @default.
• W2744376208 cites W2116964382 @default.
• W2744376208 cites W2120675057 @default.
• W2744376208 cites W2122307601 @default.
• W2744376208 cites W2124374381 @default.
• W2744376208 cites W2125267800 @default.
• W2744376208 cites W2132791458 @default.
• W2744376208 cites W2136958715 @default.
• W2744376208 cites W2137503418 @default.
• W2744376208 cites W2140597663 @default.
• W2744376208 cites W2149633185 @default.
• W2744376208 cites W2150157588 @default.
• W2744376208 cites W2150303148 @default.
• W2744376208 cites W2152561088 @default.
• W2744376208 cites W2154355330 @default.
• W2744376208 cites W2155155797 @default.
• W2744376208 cites W2164919520 @default.
• W2744376208 cites W2165255017 @default.
• W2744376208 cites W2167412048 @default.
• W2744376208 cites W2168062665 @default.
• W2744376208 cites W2466896062 @default.
• W2744376208 cites W2510221737 @default.
• W2744376208 cites W2562483319 @default.
• W2744376208 cites W2585440292 @default.
• W2744376208 cites W2749937751 @default.
• W2744376208 cites W2886681727 @default.
• W2744376208 doi "https://doi.org/10.1016/j.jembe.2017.07.012" @default.
• W2744376208 hasPublicationYear "2018" @default.
• W2744376208 type Work @default.
• W2744376208 sameAs 2744376208 @default.
• W2744376208 citedByCount "21" @default.
• W2744376208 countsByYear W27443762082018 @default.
• W2744376208 countsByYear W27443762082019 @default.
• W2744376208 countsByYear W27443762082020 @default.
• W2744376208 countsByYear W27443762082021 @default.
• W2744376208 countsByYear W27443762082022 @default.
• W2744376208 countsByYear W27443762082023 @default.
• W2744376208 crossrefType "journal-article" @default.
• W2744376208 hasAuthorship W2744376208A5008731771 @default.
• W2744376208 hasAuthorship W2744376208A5011080055 @default.
• W2744376208 hasAuthorship W2744376208A5017795187 @default.
• W2744376208 hasAuthorship W2744376208A5036384876 @default.
• W2744376208 hasAuthorship W2744376208A5051199393 @default.
• W2744376208 hasAuthorship W2744376208A5063387039 @default.
• W2744376208 hasAuthorship W2744376208A5065232298 @default.
• W2744376208 hasAuthorship W2744376208A5067651784 @default.
• W2744376208 hasAuthorship W2744376208A5074866035 @default.
• W2744376208 hasAuthorship W2744376208A5081776125 @default.

• next