Matches in SemOpenAlex for { <https://semopenalex.org/work/W2890836047> ?p ?o ?g. }
- W2890836047 endingPage "817" @default.
- W2890836047 startingPage "807" @default.
- W2890836047 abstract "Plant stoichiometric coupling among all elements is fundamental to maintaining growth-related ecosystem functions. However, our understanding of nutrient balance in response to global changes remains greatly limited to plant carbon : nitrogen : phosphorus (C : N : P) coupling. Here we evaluated nine element stoichiometric variations with one meta-analysis of 112 global change experiments conducted across global terrestrial ecosystems and one synthesis over 1900 species observations along natural environment gradients across China. We found that experimentally increased soil N and P respectively enhanced plant N : potassium (K), N : calcium (Ca) and N : magnesium (Mg), and P : K, P : Ca and P : Mg, and natural increases in soil N and P resulted in qualitatively similar responses. The ratios of N and P to base cations decreased both under experimental warming and with naturally increasing temperature. With decreasing precipitation, these ratios increased in experiments but decreased under natural environments. Based on these results, we propose a new stoichiometric framework in which all plant element contents and their coupling are not only affected by soil nutrient availability, but also by plant nutrient demand to maintain diverse functions under climate change. This study offers new insights into understanding plant stoichiometric variations across a full set of mineral elements under global changes." @default.
- W2890836047 created "2018-09-27" @default.
- W2890836047 creator A5003479799 @default.
- W2890836047 creator A5012019755 @default.
- W2890836047 creator A5021739501 @default.
- W2890836047 creator A5044264078 @default.
- W2890836047 creator A5046130147 @default.
- W2890836047 creator A5066081927 @default.
- W2890836047 creator A5068115238 @default.
- W2890836047 creator A5072292662 @default.
- W2890836047 creator A5075227954 @default.
- W2890836047 date "2018-09-07" @default.
- W2890836047 modified "2023-10-16" @default.
- W2890836047 title "Global changes alter plant multi‐element stoichiometric coupling" @default.
- W2890836047 cites W1535899094 @default.
- W2890836047 cites W1924944684 @default.
- W2890836047 cites W1934842881 @default.
- W2890836047 cites W1946277022 @default.
- W2890836047 cites W1951371090 @default.
- W2890836047 cites W1965626067 @default.
- W2890836047 cites W1972605246 @default.
- W2890836047 cites W1974048018 @default.
- W2890836047 cites W1987807993 @default.
- W2890836047 cites W1989004007 @default.
- W2890836047 cites W1993333162 @default.
- W2890836047 cites W1996613904 @default.
- W2890836047 cites W2002634380 @default.
- W2890836047 cites W2017274615 @default.
- W2890836047 cites W2028035560 @default.
- W2890836047 cites W2038624757 @default.
- W2890836047 cites W2040685961 @default.
- W2890836047 cites W2057142968 @default.
- W2890836047 cites W2060864193 @default.
- W2890836047 cites W2065582649 @default.
- W2890836047 cites W2067057165 @default.
- W2890836047 cites W2072549058 @default.
- W2890836047 cites W2075900978 @default.
- W2890836047 cites W2082477033 @default.
- W2890836047 cites W2093883484 @default.
- W2890836047 cites W2098039659 @default.
- W2890836047 cites W2102492473 @default.
- W2890836047 cites W2105816658 @default.
- W2890836047 cites W2108458854 @default.
- W2890836047 cites W2108460366 @default.
- W2890836047 cites W2109814966 @default.
- W2890836047 cites W2110272572 @default.
- W2890836047 cites W2111182141 @default.
- W2890836047 cites W2112940717 @default.
- W2890836047 cites W2118123652 @default.
- W2890836047 cites W2118885226 @default.
- W2890836047 cites W2119181798 @default.
- W2890836047 cites W2119550458 @default.
- W2890836047 cites W2119899639 @default.
- W2890836047 cites W2120015675 @default.
- W2890836047 cites W2121213482 @default.
- W2890836047 cites W2125662437 @default.
- W2890836047 cites W2130148948 @default.
- W2890836047 cites W2131386567 @default.
- W2890836047 cites W2134674051 @default.
- W2890836047 cites W2137667764 @default.
- W2890836047 cites W2140049247 @default.
- W2890836047 cites W2141484921 @default.
- W2890836047 cites W2145146559 @default.
- W2890836047 cites W2148206141 @default.
- W2890836047 cites W2149423160 @default.
- W2890836047 cites W2150284769 @default.
- W2890836047 cites W2152222194 @default.
- W2890836047 cites W2154057232 @default.
- W2890836047 cites W2154801777 @default.
- W2890836047 cites W2161856296 @default.
- W2890836047 cites W2164087962 @default.
- W2890836047 cites W2165380978 @default.
- W2890836047 cites W2168034067 @default.
- W2890836047 cites W2169271265 @default.
- W2890836047 cites W2179320961 @default.
- W2890836047 cites W2188177493 @default.
- W2890836047 cites W2290034724 @default.
- W2890836047 cites W2320739919 @default.
- W2890836047 cites W2403651937 @default.
- W2890836047 cites W2427160068 @default.
- W2890836047 cites W2460033175 @default.
- W2890836047 cites W2463418444 @default.
- W2890836047 cites W2606113750 @default.
- W2890836047 cites W2755551752 @default.
- W2890836047 doi "https://doi.org/10.1111/nph.15428" @default.
- W2890836047 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30256426" @default.
- W2890836047 hasPublicationYear "2018" @default.
- W2890836047 type Work @default.
- W2890836047 sameAs 2890836047 @default.
- W2890836047 citedByCount "91" @default.
- W2890836047 countsByYear W28908360472019 @default.
- W2890836047 countsByYear W28908360472020 @default.
- W2890836047 countsByYear W28908360472021 @default.
- W2890836047 countsByYear W28908360472022 @default.
- W2890836047 countsByYear W28908360472023 @default.
- W2890836047 crossrefType "journal-article" @default.
- W2890836047 hasAuthorship W2890836047A5003479799 @default.
- W2890836047 hasAuthorship W2890836047A5012019755 @default.