FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2564996740> ?p ?o ?g. }

• W2564996740 endingPage "1104" @default.
• W2564996740 startingPage "1094" @default.
• W2564996740 abstract "Summary Allometric scaling of net primary production ( NPP ) with plant biomass (B) is important to ecological carbon dynamics and energetics. Metabolic theory predicts a nonlinear power law for NPP scaling, based on fractal vascular systems, resulting in a linear model when using log NPP /log B axes that are standard in allometry. Alternatively, two other hypotheses predict nonlinear models for log‐transformed data, with potential tipping points. Size‐based competition may cause a quadratic curve as larger plants limit NPP by smaller plants. More inclusively, the plant adaptive strategies hypothesis predicts a sigmoidal curve to represent those same competitive effects, plus stress and ruderal adaptations that maintain relatively low NPP in habitats that are abiotically limiting or disturbed. We evaluated all three hypotheses for terrestrial vascular plants, using information theoretic model selection based on the Akaike Information Criterion ( AIC c). Published data ( N = 709) were organised in subsets according to reported organisational level and plant growth form. Alternative curves were compared for a general model (using all data) and per subset. Potential tipping points were estimated using segmented regression. The plant adaptive strategies hypothesis was supported in general ( AIC c weight = 1·00) and via internal consistency for five of six subsets (86% of data). Competition was supported as affecting NPP at greater B, where quadratic and sigmoidal models often coincided. Only non‐woody assemblages most plausibly fit a power law model, perhaps related to sparse data at lowest B. Synthesis . Adaptive strategies and corresponding environmental conditions appear to constrain terrestrial net primary production scaling relative to metabolic theory's ideal. Moreover, tipping points in general nonlinear net primary production scaling (at c. 38 and 360 g m −2 B) indicate thresholds for rapid changes in net primary production given changing B that occurs via changing climate, human appropriation and land use." @default.
• W2564996740 created "2017-01-06" @default.
• W2564996740 creator A5007306226 @default.
• W2564996740 creator A5055253438 @default.
• W2564996740 date "2017-01-30" @default.
• W2564996740 modified "2023-09-24" @default.
• W2564996740 title "General allometric scaling of net primary production agrees with plant adaptive strategy theory and has tipping points" @default.
• W2564996740 cites W1498265525 @default.
• W2564996740 cites W1516902267 @default.
• W2564996740 cites W1559851584 @default.
• W2564996740 cites W1582621203 @default.
• W2564996740 cites W1658772620 @default.
• W2564996740 cites W1966951531 @default.
• W2564996740 cites W1968393745 @default.
• W2564996740 cites W1972681476 @default.
• W2564996740 cites W1974820063 @default.
• W2564996740 cites W1976988124 @default.
• W2564996740 cites W1983445940 @default.
• W2564996740 cites W1984954879 @default.
• W2564996740 cites W1992171290 @default.
• W2564996740 cites W2002049495 @default.
• W2564996740 cites W2007906848 @default.
• W2564996740 cites W2014781793 @default.
• W2564996740 cites W2018045766 @default.
• W2564996740 cites W2019801593 @default.
• W2564996740 cites W2019864334 @default.
• W2564996740 cites W2022060839 @default.
• W2564996740 cites W2023024638 @default.
• W2564996740 cites W2027699181 @default.
• W2564996740 cites W2036013959 @default.
• W2564996740 cites W2039810102 @default.
• W2564996740 cites W2040846458 @default.
• W2564996740 cites W2042099788 @default.
• W2564996740 cites W2046368120 @default.
• W2564996740 cites W2046860040 @default.
• W2564996740 cites W2047032359 @default.
• W2564996740 cites W2054676535 @default.
• W2564996740 cites W2055424972 @default.
• W2564996740 cites W2065298789 @default.
• W2564996740 cites W2067648502 @default.
• W2564996740 cites W2070319443 @default.
• W2564996740 cites W2078353730 @default.
• W2564996740 cites W2081215008 @default.
• W2564996740 cites W2082813889 @default.
• W2564996740 cites W2085991080 @default.
• W2564996740 cites W2091395676 @default.
• W2564996740 cites W2101094686 @default.
• W2564996740 cites W2101224191 @default.
• W2564996740 cites W2102206458 @default.
• W2564996740 cites W2106293346 @default.
• W2564996740 cites W2109859491 @default.
• W2564996740 cites W2112285082 @default.
• W2564996740 cites W2112604520 @default.
• W2564996740 cites W2114795157 @default.
• W2564996740 cites W2116147468 @default.
• W2564996740 cites W2116199452 @default.
• W2564996740 cites W2118218146 @default.
• W2564996740 cites W2121652448 @default.
• W2564996740 cites W2122633359 @default.
• W2564996740 cites W2128277136 @default.
• W2564996740 cites W2129865504 @default.
• W2564996740 cites W2130024095 @default.
• W2564996740 cites W2135039232 @default.
• W2564996740 cites W2135347781 @default.
• W2564996740 cites W2135612642 @default.
• W2564996740 cites W2137596580 @default.
• W2564996740 cites W2139755242 @default.
• W2564996740 cites W2139877563 @default.
• W2564996740 cites W2143510389 @default.
• W2564996740 cites W2146073476 @default.
• W2564996740 cites W2147169550 @default.
• W2564996740 cites W2153891055 @default.
• W2564996740 cites W2157542246 @default.
• W2564996740 cites W2165038823 @default.
• W2564996740 cites W2167137586 @default.
• W2564996740 cites W2168844419 @default.
• W2564996740 cites W2171347391 @default.
• W2564996740 cites W2218052335 @default.
• W2564996740 cites W2235415383 @default.
• W2564996740 cites W2263060951 @default.
• W2564996740 cites W2313827454 @default.
• W2564996740 cites W2323421682 @default.
• W2564996740 cites W2331238224 @default.
• W2564996740 cites W2493857283 @default.
• W2564996740 cites W2503816995 @default.
• W2564996740 cites W2532763438 @default.
• W2564996740 cites W4254382091 @default.
• W2564996740 cites W4298264621 @default.
• W2564996740 cites W4299870202 @default.
• W2564996740 doi "https://doi.org/10.1111/1365-2745.12726" @default.
• W2564996740 hasPublicationYear "2017" @default.
• W2564996740 type Work @default.
• W2564996740 sameAs 2564996740 @default.
• W2564996740 citedByCount "11" @default.
• W2564996740 countsByYear W25649967402017 @default.
• W2564996740 countsByYear W25649967402018 @default.
• W2564996740 countsByYear W25649967402019 @default.
• W2564996740 countsByYear W25649967402020 @default.

• next