Matches in SemOpenAlex for { <https://semopenalex.org/work/W2051204408> ?p ?o ?g. }
- W2051204408 endingPage "538" @default.
- W2051204408 startingPage "528" @default.
- W2051204408 abstract "Abstract Understanding the ecological consequences of evolutionary change is a central challenge in contemporary biology. We propose a framework based on the ~25 elements represented in biology, which can serve as a conduit for a general exploration of poorly understood evolution‐to‐ecology links. In this framework, known as ecological stoichiometry, the quantity of elements in the inorganic realm is a fundamental environment, while the flow of elements from the abiotic to the biotic realm is due to the action of genomes, with the unused elements excreted back into the inorganic realm affecting ecological processes at higher levels of organization. Ecological stoichiometry purposefully assumes distinct elemental composition of species, enabling powerful predictions about the ecological functions of species. However, this assumption results in a simplified view of the evolutionary mechanisms underlying diversification in the elemental composition of species. Recent research indicates substantial intraspecific variation in elemental composition and associated ecological functions such as nutrient excretion. We posit that attention to intraspecific variation in elemental composition will facilitate a synthesis of stoichiometric information in light of population genetics theory for a rigorous exploration of the ecological consequences of evolutionary change." @default.
- W2051204408 created "2016-06-24" @default.
- W2051204408 creator A5073602653 @default.
- W2051204408 creator A5076506466 @default.
- W2051204408 creator A5084763514 @default.
- W2051204408 date "2014-01-15" @default.
- W2051204408 modified "2023-10-17" @default.
- W2051204408 title "Testing the ecological consequences of evolutionary change using elements" @default.
- W2051204408 cites W122387863 @default.
- W2051204408 cites W1540898082 @default.
- W2051204408 cites W1541080281 @default.
- W2051204408 cites W1541870771 @default.
- W2051204408 cites W1934555533 @default.
- W2051204408 cites W1966206981 @default.
- W2051204408 cites W1966848078 @default.
- W2051204408 cites W1967661812 @default.
- W2051204408 cites W1980194121 @default.
- W2051204408 cites W1988003161 @default.
- W2051204408 cites W1996018742 @default.
- W2051204408 cites W2003616269 @default.
- W2051204408 cites W2006410438 @default.
- W2051204408 cites W2012183474 @default.
- W2051204408 cites W2012577268 @default.
- W2051204408 cites W2015127004 @default.
- W2051204408 cites W2017388768 @default.
- W2051204408 cites W2021069311 @default.
- W2051204408 cites W2025693284 @default.
- W2051204408 cites W2031911789 @default.
- W2051204408 cites W2050843169 @default.
- W2051204408 cites W2059768637 @default.
- W2051204408 cites W2062268832 @default.
- W2051204408 cites W2064698514 @default.
- W2051204408 cites W2079760266 @default.
- W2051204408 cites W2083310645 @default.
- W2051204408 cites W2084925037 @default.
- W2051204408 cites W2092232718 @default.
- W2051204408 cites W2092739905 @default.
- W2051204408 cites W2094272658 @default.
- W2051204408 cites W2097327386 @default.
- W2051204408 cites W2098030549 @default.
- W2051204408 cites W2098812005 @default.
- W2051204408 cites W2104511903 @default.
- W2051204408 cites W2105974826 @default.
- W2051204408 cites W2110282289 @default.
- W2051204408 cites W2110971570 @default.
- W2051204408 cites W2113720451 @default.
- W2051204408 cites W2113814446 @default.
- W2051204408 cites W2118851471 @default.
- W2051204408 cites W2121082749 @default.
- W2051204408 cites W2125086779 @default.
- W2051204408 cites W2126008749 @default.
- W2051204408 cites W2127279885 @default.
- W2051204408 cites W2131968937 @default.
- W2051204408 cites W2132645499 @default.
- W2051204408 cites W2135050542 @default.
- W2051204408 cites W2136728952 @default.
- W2051204408 cites W2137854147 @default.
- W2051204408 cites W2140822437 @default.
- W2051204408 cites W2143913979 @default.
- W2051204408 cites W2144424422 @default.
- W2051204408 cites W2145094964 @default.
- W2051204408 cites W2145183883 @default.
- W2051204408 cites W2148206141 @default.
- W2051204408 cites W2148413932 @default.
- W2051204408 cites W2149171801 @default.
- W2051204408 cites W2157150618 @default.
- W2051204408 cites W2157639208 @default.
- W2051204408 cites W2158133980 @default.
- W2051204408 cites W2162000962 @default.
- W2051204408 cites W2168749739 @default.
- W2051204408 cites W2169280277 @default.
- W2051204408 cites W2170777932 @default.
- W2051204408 cites W2171081522 @default.
- W2051204408 cites W2333425174 @default.
- W2051204408 cites W4235147472 @default.
- W2051204408 doi "https://doi.org/10.1002/ece3.950" @default.
- W2051204408 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/3936398" @default.
- W2051204408 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24634736" @default.
- W2051204408 hasPublicationYear "2014" @default.
- W2051204408 type Work @default.
- W2051204408 sameAs 2051204408 @default.
- W2051204408 citedByCount "73" @default.
- W2051204408 countsByYear W20512044082014 @default.
- W2051204408 countsByYear W20512044082015 @default.
- W2051204408 countsByYear W20512044082016 @default.
- W2051204408 countsByYear W20512044082017 @default.
- W2051204408 countsByYear W20512044082018 @default.
- W2051204408 countsByYear W20512044082019 @default.
- W2051204408 countsByYear W20512044082020 @default.
- W2051204408 countsByYear W20512044082021 @default.
- W2051204408 countsByYear W20512044082022 @default.
- W2051204408 countsByYear W20512044082023 @default.
- W2051204408 crossrefType "journal-article" @default.
- W2051204408 hasAuthorship W2051204408A5073602653 @default.
- W2051204408 hasAuthorship W2051204408A5076506466 @default.
- W2051204408 hasAuthorship W2051204408A5084763514 @default.
- W2051204408 hasBestOaLocation W20512044081 @default.
- W2051204408 hasConcept C110872660 @default.