FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4367555650> ?p ?o ?g. }

• W4367555650 abstract "Abstract A fundamental assumption of functional ecology is that functional traits determine life-histories. Yet correlations between traits and life-history components are often weak, especially for long lived plants. This is because trade-offs, constraints, dynamic resource budgets and the scaling from single organs to entire plants cause complex relationships between traits and life-history. To elucidate these relationships, we present an integrated Trait-Resource-Life-History (TRL) framework that infers how functional traits affect organ-level costs and benefits of different life history components, how these costs and benefits shape the dynamics of whole-plant resource acquisition and allocation, and how these dynamics translate into life history. We illustrate this framework by developing a TRL model for a functionally diverse group of woody plants (22 species of the genus Protea from the South African Greater Cape Floristic Region). Using hierarchical Bayesian latent state-space modelling, we statistically parameterise this model from data on year-to-year variation in growth, reproduction and maternal care (serotiny) for 600 individuals. The parameterised model reveals that higher resource acquisition translates into both larger absolute resource pools and greater proportional resource allocation to reproduction. Accordingly, specific leaf area, a key trait increasing resource acquisition, is associated with larger resource pools, an earlier age of maturity as well as increased vegetative and reproductive performance at young to intermediate ages. In contrast, seed nitrogen content has opposing effects on the benefits of different organs and thus only shows weak correlations with life-history components. Importantly, the TRL model identifies trait and resource-mediated trade-offs at the level of organs, whole-plant resource budgets and life-histories. It can thus quantify key components of life-history theory that are so far largely inaccessible for long-lived plants. This permits novel insights into ecological and evolutionary mechanisms shaping life-histories. Application of the proposed framework to a broad range of plant systems should be facilitated by the increasing availability of trait and demographic data, whole-plant phenotyping and high resolution remote sensing. The integration of the TRL framework with models of biotic interactions further holds promise for a resource-based understanding of community dynamics across trophic levels and a closer integration of functional ecology, evolutionary ecology, community ecology and ecosystem science." @default.
• W4367555650 created "2023-05-01" @default.
• W4367555650 creator A5008655773 @default.
• W4367555650 creator A5031182665 @default.
• W4367555650 creator A5050148854 @default.
• W4367555650 creator A5072048694 @default.
• W4367555650 creator A5088598032 @default.
• W4367555650 date "2023-04-30" @default.
• W4367555650 modified "2023-09-29" @default.
• W4367555650 title "An integrative trait-based framework to infer resource budgets and life-histories of long lived plants" @default.
• W4367555650 cites W1430334964 @default.
• W4367555650 cites W1534812076 @default.
• W4367555650 cites W1536181565 @default.
• W4367555650 cites W1561689556 @default.
• W4367555650 cites W1889933378 @default.
• W4367555650 cites W1900769509 @default.
• W4367555650 cites W1946738347 @default.
• W4367555650 cites W1959243054 @default.
• W4367555650 cites W1973192910 @default.
• W4367555650 cites W1974747886 @default.
• W4367555650 cites W1996018742 @default.
• W4367555650 cites W2003251517 @default.
• W4367555650 cites W201316592 @default.
• W4367555650 cites W2025841488 @default.
• W4367555650 cites W2031418293 @default.
• W4367555650 cites W2034228242 @default.
• W4367555650 cites W2044797544 @default.
• W4367555650 cites W2045022541 @default.
• W4367555650 cites W2047662567 @default.
• W4367555650 cites W2056581871 @default.
• W4367555650 cites W2060349954 @default.
• W4367555650 cites W2073868861 @default.
• W4367555650 cites W2102352162 @default.
• W4367555650 cites W2107625277 @default.
• W4367555650 cites W2109851053 @default.
• W4367555650 cites W2115271402 @default.
• W4367555650 cites W2118295263 @default.
• W4367555650 cites W2126957429 @default.
• W4367555650 cites W2127928904 @default.
• W4367555650 cites W2130666185 @default.
• W4367555650 cites W2139081888 @default.
• W4367555650 cites W2142097792 @default.
• W4367555650 cites W2146921256 @default.
• W4367555650 cites W2151059249 @default.
• W4367555650 cites W2153852778 @default.
• W4367555650 cites W2158155342 @default.
• W4367555650 cites W2158848457 @default.
• W4367555650 cites W2160264708 @default.
• W4367555650 cites W2161000103 @default.
• W4367555650 cites W2162348455 @default.
• W4367555650 cites W2163137281 @default.
• W4367555650 cites W2167109558 @default.
• W4367555650 cites W2168173042 @default.
• W4367555650 cites W2169838406 @default.
• W4367555650 cites W2170867858 @default.
• W4367555650 cites W2230528974 @default.
• W4367555650 cites W2290901996 @default.
• W4367555650 cites W2294974901 @default.
• W4367555650 cites W2296632914 @default.
• W4367555650 cites W2315391098 @default.
• W4367555650 cites W2343812097 @default.
• W4367555650 cites W2413461521 @default.
• W4367555650 cites W2476229974 @default.
• W4367555650 cites W2477018919 @default.
• W4367555650 cites W2486453592 @default.
• W4367555650 cites W2516793799 @default.
• W4367555650 cites W2523222316 @default.
• W4367555650 cites W2552983924 @default.
• W4367555650 cites W2561479186 @default.
• W4367555650 cites W2586740126 @default.
• W4367555650 cites W2590987798 @default.
• W4367555650 cites W2794870874 @default.
• W4367555650 cites W2809337696 @default.
• W4367555650 cites W2883258033 @default.
• W4367555650 cites W2886976680 @default.
• W4367555650 cites W2903222805 @default.
• W4367555650 cites W2925510773 @default.
• W4367555650 cites W2938936830 @default.
• W4367555650 cites W2939062442 @default.
• W4367555650 cites W2946504024 @default.
• W4367555650 cites W2963655287 @default.
• W4367555650 cites W2977855276 @default.
• W4367555650 cites W2983606184 @default.
• W4367555650 cites W2996829102 @default.
• W4367555650 cites W2997270386 @default.
• W4367555650 cites W3005001741 @default.
• W4367555650 cites W3049304561 @default.
• W4367555650 cites W3172988917 @default.
• W4367555650 cites W4239927223 @default.
• W4367555650 cites W4306407789 @default.
• W4367555650 cites W4309759128 @default.
• W4367555650 cites W4321479760 @default.
• W4367555650 cites W4321503131 @default.
• W4367555650 cites W4362700418 @default.
• W4367555650 doi "https://doi.org/10.1101/2023.04.29.538794" @default.
• W4367555650 hasPublicationYear "2023" @default.
• W4367555650 type Work @default.
• W4367555650 citedByCount "0" @default.
• W4367555650 crossrefType "posted-content" @default.
• W4367555650 hasAuthorship W4367555650A5008655773 @default.

• next