Matches in SemOpenAlex for { <https://semopenalex.org/work/W2113054293> ?p ?o ?g. }
- W2113054293 endingPage "5598" @default.
- W2113054293 startingPage "5570" @default.
- W2113054293 abstract "Temporary Mediterranean ponds are complex ecosystems which support a high diversity of organisms that include heterotrophic microorganisms, algae, crustaceans, amphibians and higher plants, and have the potential to supply food and a resting place to migratory birds. The role of heterotrophs at the base of the food web in providing energy to the higher trophic levels was studied in temporary ponds in Central and Southern Portugal. The relative quantification of the hetero and autotrophic biomass at the base of the food web in each pond was derived from the polar fatty acid (PLFA) composition of seston through the application of the matrix factorization program CHEMTAX that used specific PLFA and their relative proportion as markers for e.g., classes of bacteria, algae and fungi. The species composition of the culturable microbial communities was identified through their fatty acid profiles. The biomass in the lower trophic level of some ponds presented an even proportion of auto to heterotrophic organisms whilst either bacteria or algae dominated in others. In a selected subset of ponds, the incorporation of bacterial fatty acids was observed to occur in potentially herbivorous zooplankton crustacean. Zooplankton consumed and incorporated bacterial fatty acids into their body tissues, including into their phospholipids, which indicates that energy of heterotrophic origin contributes to the aquatic food webs of temporary ponds." @default.
- W2113054293 created "2016-06-24" @default.
- W2113054293 creator A5039255012 @default.
- W2113054293 creator A5044794336 @default.
- W2113054293 date "2014-04-30" @default.
- W2113054293 modified "2023-10-05" @default.
- W2113054293 title "Fatty Acids as a Tool to Understand Microbial Diversity and Their Role in Food Webs of Mediterranean Temporary Ponds" @default.
- W2113054293 cites W1482940750 @default.
- W2113054293 cites W1487313274 @default.
- W2113054293 cites W1522586478 @default.
- W2113054293 cites W1527271978 @default.
- W2113054293 cites W1580992421 @default.
- W2113054293 cites W1760219780 @default.
- W2113054293 cites W1774557419 @default.
- W2113054293 cites W1862580277 @default.
- W2113054293 cites W186364121 @default.
- W2113054293 cites W1963518508 @default.
- W2113054293 cites W1976669654 @default.
- W2113054293 cites W1980003233 @default.
- W2113054293 cites W1982017897 @default.
- W2113054293 cites W1984445759 @default.
- W2113054293 cites W1985226239 @default.
- W2113054293 cites W1986621100 @default.
- W2113054293 cites W1987106065 @default.
- W2113054293 cites W1990509376 @default.
- W2113054293 cites W1992873046 @default.
- W2113054293 cites W1994155395 @default.
- W2113054293 cites W1994185666 @default.
- W2113054293 cites W1996239808 @default.
- W2113054293 cites W2001303551 @default.
- W2113054293 cites W2007574495 @default.
- W2113054293 cites W2008072357 @default.
- W2113054293 cites W2013191644 @default.
- W2113054293 cites W2014556770 @default.
- W2113054293 cites W2017322631 @default.
- W2113054293 cites W2022740416 @default.
- W2113054293 cites W2023099642 @default.
- W2113054293 cites W2036414378 @default.
- W2113054293 cites W2039752764 @default.
- W2113054293 cites W2040933894 @default.
- W2113054293 cites W2044637199 @default.
- W2113054293 cites W2046045121 @default.
- W2113054293 cites W2046328966 @default.
- W2113054293 cites W2061614709 @default.
- W2113054293 cites W2062027747 @default.
- W2113054293 cites W2062299216 @default.
- W2113054293 cites W2065587831 @default.
- W2113054293 cites W2065687701 @default.
- W2113054293 cites W2067690400 @default.
- W2113054293 cites W2068785900 @default.
- W2113054293 cites W2070651201 @default.
- W2113054293 cites W2072662524 @default.
- W2113054293 cites W2073984072 @default.
- W2113054293 cites W2075168674 @default.
- W2113054293 cites W2075435443 @default.
- W2113054293 cites W2078067297 @default.
- W2113054293 cites W2079239710 @default.
- W2113054293 cites W2079493774 @default.
- W2113054293 cites W2082239061 @default.
- W2113054293 cites W2089167288 @default.
- W2113054293 cites W2099455215 @default.
- W2113054293 cites W2104663819 @default.
- W2113054293 cites W2109484451 @default.
- W2113054293 cites W2113185021 @default.
- W2113054293 cites W2119030975 @default.
- W2113054293 cites W2120514850 @default.
- W2113054293 cites W2123476126 @default.
- W2113054293 cites W2130149293 @default.
- W2113054293 cites W2131360094 @default.
- W2113054293 cites W2131775156 @default.
- W2113054293 cites W2131787122 @default.
- W2113054293 cites W2131988453 @default.
- W2113054293 cites W2132521559 @default.
- W2113054293 cites W2133801024 @default.
- W2113054293 cites W2134841225 @default.
- W2113054293 cites W2136009702 @default.
- W2113054293 cites W2138272043 @default.
- W2113054293 cites W2138286481 @default.
- W2113054293 cites W2138964730 @default.
- W2113054293 cites W2152311269 @default.
- W2113054293 cites W2153300735 @default.
- W2113054293 cites W2157346936 @default.
- W2113054293 cites W2165608822 @default.
- W2113054293 cites W2168439468 @default.
- W2113054293 cites W2170941763 @default.
- W2113054293 cites W2326238911 @default.
- W2113054293 cites W2329301263 @default.
- W2113054293 cites W326485191 @default.
- W2113054293 cites W37822911 @default.
- W2113054293 cites W4239564629 @default.
- W2113054293 cites W4248176371 @default.
- W2113054293 cites W4365787715 @default.
- W2113054293 cites W61979140 @default.
- W2113054293 cites W3149301380 @default.
- W2113054293 doi "https://doi.org/10.3390/molecules19055570" @default.
- W2113054293 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6271346" @default.
- W2113054293 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24786844" @default.
- W2113054293 hasPublicationYear "2014" @default.