FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3169585926> ?p ?o ?g. }

• W3169585926 abstract "In estuarine sediment, meiobenthos serve as an excellent candidate to perform a range of ecosystem services. However, even though the taxonomic sufficiency of meiobenthos in detecting spatiotemporal gradients is well recognized, very little is known about their functional attributes in response to environmental descriptors. To bridge this knowledge gap, the taxonomic structure and trait-based functional diversity patterns of meiobenthic assemblage, focusing on nematode species composition, were assessed for the first time from the unexplored central sector of Sundarbans Estuarine System (SES). Sediment samples were collected seasonally (monsoon, winter, spring, and summer) selecting a total of eight stations across River Matla (the widest and longest river of SES). Distinct seasonal successional patterns had been observed in meiobenthic abundance modulated by seasonal alteration in the sedimentary environment (PERMANOVA, p &lt; 0.05). Our study revealed a strong preponderance of meiobenthic density in spring (2978 ± 689.98 ind. 10 cm –2 ) and lowest during monsoon (405 ± 51.22 ind. 10 cm –2 ). A total of 11 meiobenthic taxa were identified with the dominance of nematodes. Altogether, 79 species of nematode belonging to 22 families had been identified across the entire study area and nematode assemblage was dominated by Sabatieria praedatrix , Sphaerolaimus balticus , Desmodora communis , Dorylaimopsis punctata , and Daptonema hirsutum . Principal component analysis depicted a distinct separation of seasons with reference to environmental variables. Distance-based redundancy analysis delineated that meiobenthic communities were mainly structured by organic matter, salinity, and dissolved oxygen concentration. Biological trait analyses of nematode assemblages were applied to gather the ecological information based on morphological and ecological characteristics. The most common morphotypes were slender body shape, clavate tail shape, striated cuticle pattern, and non-selective deposit feeders with colonizing abilities of 2–3 (c–p score in a scale from 1 to 5). Results from BIO-ENV showed that sediment organic matter and dissolved oxygen played overriding roles in shaping the functional compositions of nematodes. Thus, the characterization of meiobenthos and nematode assemblages in the context of taxonomic as well as functional attributes represents a first step toward building of baseline data which could help to evaluate the ecological status of SES and direct future research priorities concurrently." @default.
• W3169585926 created "2021-06-22" @default.
• W3169585926 creator A5023194532 @default.
• W3169585926 creator A5056158030 @default.
• W3169585926 date "2021-06-01" @default.
• W3169585926 modified "2023-10-12" @default.
• W3169585926 title "Disentangling the Effect of Seasonal Dynamics on Meiobenthic Community Structure From River Matla of Sundarbans Estuarine System, India" @default.
• W3169585926 cites W1535944344 @default.
• W3169585926 cites W1838693324 @default.
• W3169585926 cites W1965030659 @default.
• W3169585926 cites W1965527419 @default.
• W3169585926 cites W1966413908 @default.
• W3169585926 cites W1968478822 @default.
• W3169585926 cites W1969447172 @default.
• W3169585926 cites W1970299485 @default.
• W3169585926 cites W1971434946 @default.
• W3169585926 cites W1972452162 @default.
• W3169585926 cites W1972476032 @default.
• W3169585926 cites W1977872882 @default.
• W3169585926 cites W1979782031 @default.
• W3169585926 cites W1983015196 @default.
• W3169585926 cites W1983146152 @default.
• W3169585926 cites W1983662377 @default.
• W3169585926 cites W1985125784 @default.
• W3169585926 cites W1985142560 @default.
• W3169585926 cites W1989097832 @default.
• W3169585926 cites W1990374837 @default.
• W3169585926 cites W1990846037 @default.
• W3169585926 cites W1992835007 @default.
• W3169585926 cites W1998184392 @default.
• W3169585926 cites W2000433562 @default.
• W3169585926 cites W2013978624 @default.
• W3169585926 cites W2020727077 @default.
• W3169585926 cites W2029207056 @default.
• W3169585926 cites W2037233889 @default.
• W3169585926 cites W2041692802 @default.
• W3169585926 cites W2044028747 @default.
• W3169585926 cites W2045352556 @default.
• W3169585926 cites W2049813344 @default.
• W3169585926 cites W2050871677 @default.
• W3169585926 cites W2051147622 @default.
• W3169585926 cites W2053934608 @default.
• W3169585926 cites W2055222778 @default.
• W3169585926 cites W2055232839 @default.
• W3169585926 cites W2055330065 @default.
• W3169585926 cites W2055780732 @default.
• W3169585926 cites W2056461563 @default.
• W3169585926 cites W2056630731 @default.
• W3169585926 cites W2059032800 @default.
• W3169585926 cites W2062944878 @default.
• W3169585926 cites W2063668103 @default.
• W3169585926 cites W2066396441 @default.
• W3169585926 cites W2081002557 @default.
• W3169585926 cites W2081794053 @default.
• W3169585926 cites W2085605740 @default.
• W3169585926 cites W2087755952 @default.
• W3169585926 cites W2089813301 @default.
• W3169585926 cites W2093671266 @default.
• W3169585926 cites W2094643014 @default.
• W3169585926 cites W2102041664 @default.
• W3169585926 cites W2102906126 @default.
• W3169585926 cites W2112775986 @default.
• W3169585926 cites W2114767348 @default.
• W3169585926 cites W2116013279 @default.
• W3169585926 cites W2124355894 @default.
• W3169585926 cites W2131621514 @default.
• W3169585926 cites W2136934785 @default.
• W3169585926 cites W2138536882 @default.
• W3169585926 cites W2143453691 @default.
• W3169585926 cites W2147159208 @default.
• W3169585926 cites W2151587243 @default.
• W3169585926 cites W2151977616 @default.
• W3169585926 cites W2154378966 @default.
• W3169585926 cites W2155653455 @default.
• W3169585926 cites W2156791747 @default.
• W3169585926 cites W2167941657 @default.
• W3169585926 cites W2170074290 @default.
• W3169585926 cites W2172402400 @default.
• W3169585926 cites W2183734373 @default.
• W3169585926 cites W2253553783 @default.
• W3169585926 cites W2258335951 @default.
• W3169585926 cites W2333022931 @default.
• W3169585926 cites W2477472541 @default.
• W3169585926 cites W2513273953 @default.
• W3169585926 cites W2519325469 @default.
• W3169585926 cites W2584465798 @default.
• W3169585926 cites W2746485780 @default.
• W3169585926 cites W2779585419 @default.
• W3169585926 cites W2788719127 @default.
• W3169585926 cites W2884455998 @default.
• W3169585926 cites W2964771595 @default.
• W3169585926 cites W3095020675 @default.
• W3169585926 cites W3105416864 @default.
• W3169585926 cites W4235678250 @default.
• W3169585926 cites W1252410258 @default.
• W3169585926 doi "https://doi.org/10.3389/fmars.2021.671372" @default.
• W3169585926 hasPublicationYear "2021" @default.
• W3169585926 type Work @default.
• W3169585926 sameAs 3169585926 @default.
• W3169585926 citedByCount "3" @default.

• next