FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2322704317> ?p ?o ?g. }

• W2322704317 endingPage "2301" @default.
• W2322704317 startingPage "2286" @default.
• W2322704317 abstract "Microbial eukaryotes hold a key role in aquatic ecosystem functioning. Yet, their diversity in freshwater lakes, particularly in high-mountain lakes, is relatively unknown compared with the marine environment. Low nutrient availability, low water temperature and high ultraviolet radiation make most high-mountain lakes extremely challenging habitats for life and require specific molecular and physiological adaptations. We therefore expected that these ecosystems support a plankton diversity that differs notably from other freshwater lakes. In addition, we hypothesized that the communities under study exhibit geographic structuring. Our rationale was that geographic dispersal of small-sized eukaryotes in high-mountain lakes over continental distances seems difficult. We analysed hypervariable V4 fragments of the SSU rRNA gene to compare the genetic microbial eukaryote diversity in high-mountain lakes located in the European Alps, the Chilean Altiplano and the Ethiopian Bale Mountains. Microbial eukaryotes were not globally distributed corroborating patterns found for bacteria, multicellular animals and plants. Instead, the plankton community composition emerged as a highly specific fingerprint of a geographic region even on higher taxonomic levels. The intraregional heterogeneity of the investigated lakes was mirrored in shifts in microbial eukaryote community structure, which, however, was much less pronounced compared with interregional beta-diversity. Statistical analyses revealed that on a regional scale, environmental factors are strong predictors for plankton community structures in high-mountain lakes. While on long-distance scales (>10 000 km), isolation by distance is the most plausible scenario, on intermediate scales (up to 6000 km), both contemporary environmental factors and historical contingencies interact to shift plankton community structures." @default.
• W2322704317 created "2016-06-24" @default.
• W2322704317 creator A5004909559 @default.
• W2322704317 creator A5017027489 @default.
• W2322704317 creator A5041657136 @default.
• W2322704317 creator A5090833154 @default.
• W2322704317 date "2016-05-01" @default.
• W2322704317 modified "2023-09-24" @default.
• W2322704317 title "Microbial eukaryote plankton communities of high-mountain lakes from three continents exhibit strong biogeographic patterns" @default.
• W2322704317 cites W1510591920 @default.
• W2322704317 cites W1529653651 @default.
• W2322704317 cites W1537152143 @default.
• W2322704317 cites W1587885775 @default.
• W2322704317 cites W1748120013 @default.
• W2322704317 cites W1851255572 @default.
• W2322704317 cites W1869622268 @default.
• W2322704317 cites W1881066983 @default.
• W2322704317 cites W1909174102 @default.
• W2322704317 cites W1923889407 @default.
• W2322704317 cites W1946113201 @default.
• W2322704317 cites W1966402050 @default.
• W2322704317 cites W1972154990 @default.
• W2322704317 cites W1977741935 @default.
• W2322704317 cites W1977993587 @default.
• W2322704317 cites W1978223279 @default.
• W2322704317 cites W1980364736 @default.
• W2322704317 cites W1981838062 @default.
• W2322704317 cites W1985544238 @default.
• W2322704317 cites W1985812225 @default.
• W2322704317 cites W1986841680 @default.
• W2322704317 cites W1986908904 @default.
• W2322704317 cites W1987909278 @default.
• W2322704317 cites W1990746682 @default.
• W2322704317 cites W1990826281 @default.
• W2322704317 cites W1997424630 @default.
• W2322704317 cites W1997854258 @default.
• W2322704317 cites W1998599366 @default.
• W2322704317 cites W2004690942 @default.
• W2322704317 cites W2005201180 @default.
• W2322704317 cites W2006116244 @default.
• W2322704317 cites W2006492461 @default.
• W2322704317 cites W2006570348 @default.
• W2322704317 cites W2016067125 @default.
• W2322704317 cites W2031141341 @default.
• W2322704317 cites W2033838261 @default.
• W2322704317 cites W2034251908 @default.
• W2322704317 cites W2034589432 @default.
• W2322704317 cites W2034970874 @default.
• W2322704317 cites W2036612725 @default.
• W2322704317 cites W2036812959 @default.
• W2322704317 cites W2038871965 @default.
• W2322704317 cites W2039593962 @default.
• W2322704317 cites W2039613864 @default.
• W2322704317 cites W2055043387 @default.
• W2322704317 cites W2063519565 @default.
• W2322704317 cites W2064835851 @default.
• W2322704317 cites W2072970694 @default.
• W2322704317 cites W2076342704 @default.
• W2322704317 cites W2078332401 @default.
• W2322704317 cites W2086865963 @default.
• W2322704317 cites W2091360899 @default.
• W2322704317 cites W2096164871 @default.
• W2322704317 cites W2100387125 @default.
• W2322704317 cites W2112191644 @default.
• W2322704317 cites W2114281310 @default.
• W2322704317 cites W2115186425 @default.
• W2322704317 cites W2118128371 @default.
• W2322704317 cites W2120474334 @default.
• W2322704317 cites W2121573020 @default.
• W2322704317 cites W2129626961 @default.
• W2322704317 cites W2129994723 @default.
• W2322704317 cites W2136879569 @default.
• W2322704317 cites W2136961449 @default.
• W2322704317 cites W2146941512 @default.
• W2322704317 cites W2148810710 @default.
• W2322704317 cites W2152563307 @default.
• W2322704317 cites W2156596459 @default.
• W2322704317 cites W2160209604 @default.
• W2322704317 cites W2160365638 @default.
• W2322704317 cites W2161872045 @default.
• W2322704317 cites W2164435125 @default.
• W2322704317 cites W2165638391 @default.
• W2322704317 cites W2168416981 @default.
• W2322704317 cites W2170865422 @default.
• W2322704317 cites W2323306034 @default.
• W2322704317 cites W2330411646 @default.
• W2322704317 cites W4232157369 @default.
• W2322704317 cites W8219411 @default.
• W2322704317 doi "https://doi.org/10.1111/mec.13633" @default.
• W2322704317 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/4976798" @default.
• W2322704317 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/27029537" @default.
• W2322704317 hasPublicationYear "2016" @default.
• W2322704317 type Work @default.
• W2322704317 sameAs 2322704317 @default.
• W2322704317 citedByCount "71" @default.
• W2322704317 countsByYear W23227043172015 @default.
• W2322704317 countsByYear W23227043172016 @default.
• W2322704317 countsByYear W23227043172017 @default.

• next