Matches in SemOpenAlex for { <https://semopenalex.org/work/W2898025694> ?p ?o ?g. }
- W2898025694 endingPage "1465" @default.
- W2898025694 startingPage "1457" @default.
- W2898025694 abstract "Species distribution is strongly driven by local and global gradients in water availability but the underlying mechanisms are not clear. Vulnerability to xylem embolism (P50) is a key trait that indicates how species cope with drought and might explain plant distribution patterns across environmental gradients. Here we address its role on species sorting along a hydro-topographical gradient in a central Amazonian rainforest and examine its variance at the community scale. We measured P50 for 28 tree species, soil properties and estimated the hydrological niche of each species using an indicator of distance to the water table (HAND). We found a large hydraulic diversity, covering as much as 44% of the global angiosperm variation in P50. We show that P50: contributes to species segregation across a hydro-topographic gradient in the Amazon, and thus to species coexistence; is the result of repeated evolutionary adaptation within closely related taxa; is associated with species tolerance to P-poor soils, suggesting the evolution of a stress-tolerance syndrome to nutrients and drought; and is higher for trees in the valleys than uplands. The large observed hydraulic diversity and its association with topography has important implications for modelling and predicting forest and species resilience to climate change." @default.
- W2898025694 created "2018-10-26" @default.
- W2898025694 creator A5002868873 @default.
- W2898025694 creator A5018078105 @default.
- W2898025694 creator A5023855087 @default.
- W2898025694 creator A5043185882 @default.
- W2898025694 creator A5043971262 @default.
- W2898025694 creator A5044898619 @default.
- W2898025694 creator A5049558715 @default.
- W2898025694 creator A5051263332 @default.
- W2898025694 creator A5056999126 @default.
- W2898025694 creator A5059710706 @default.
- W2898025694 creator A5063051733 @default.
- W2898025694 creator A5063907780 @default.
- W2898025694 creator A5078264994 @default.
- W2898025694 creator A5083022380 @default.
- W2898025694 creator A5090408626 @default.
- W2898025694 date "2018-10-08" @default.
- W2898025694 modified "2023-10-17" @default.
- W2898025694 title "Embolism resistance drives the distribution of Amazonian rainforest tree species along hydro‐topographic gradients" @default.
- W2898025694 cites W1733387413 @default.
- W2898025694 cites W1798203662 @default.
- W2898025694 cites W1972239566 @default.
- W2898025694 cites W1980196842 @default.
- W2898025694 cites W1990221500 @default.
- W2898025694 cites W1990958103 @default.
- W2898025694 cites W1996804598 @default.
- W2898025694 cites W1997345476 @default.
- W2898025694 cites W2004744873 @default.
- W2898025694 cites W2011560911 @default.
- W2898025694 cites W2040984473 @default.
- W2898025694 cites W2047189523 @default.
- W2898025694 cites W2049772416 @default.
- W2898025694 cites W2051397496 @default.
- W2898025694 cites W2053374957 @default.
- W2898025694 cites W2060392059 @default.
- W2898025694 cites W2069436543 @default.
- W2898025694 cites W2080378488 @default.
- W2898025694 cites W2084604852 @default.
- W2898025694 cites W2085958776 @default.
- W2898025694 cites W2088733802 @default.
- W2898025694 cites W2101154868 @default.
- W2898025694 cites W2103755337 @default.
- W2898025694 cites W2114525641 @default.
- W2898025694 cites W2119006714 @default.
- W2898025694 cites W2119802169 @default.
- W2898025694 cites W2120003898 @default.
- W2898025694 cites W2120220555 @default.
- W2898025694 cites W2127928904 @default.
- W2898025694 cites W2128063994 @default.
- W2898025694 cites W2132947578 @default.
- W2898025694 cites W2133578564 @default.
- W2898025694 cites W2134105845 @default.
- W2898025694 cites W2134182812 @default.
- W2898025694 cites W2138154622 @default.
- W2898025694 cites W2154706801 @default.
- W2898025694 cites W2155618577 @default.
- W2898025694 cites W2158086023 @default.
- W2898025694 cites W2161804447 @default.
- W2898025694 cites W2166771088 @default.
- W2898025694 cites W2179892239 @default.
- W2898025694 cites W2277175132 @default.
- W2898025694 cites W2337215722 @default.
- W2898025694 cites W2420076017 @default.
- W2898025694 cites W2466312657 @default.
- W2898025694 cites W2600384659 @default.
- W2898025694 cites W2605372036 @default.
- W2898025694 cites W2606698187 @default.
- W2898025694 cites W2611889243 @default.
- W2898025694 cites W2617758007 @default.
- W2898025694 cites W2729661047 @default.
- W2898025694 cites W2738433626 @default.
- W2898025694 cites W2755333513 @default.
- W2898025694 cites W2775206480 @default.
- W2898025694 cites W2790013946 @default.
- W2898025694 cites W2794294753 @default.
- W2898025694 cites W2803923406 @default.
- W2898025694 cites W2806663778 @default.
- W2898025694 doi "https://doi.org/10.1111/nph.15463" @default.
- W2898025694 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30295938" @default.
- W2898025694 hasPublicationYear "2018" @default.
- W2898025694 type Work @default.
- W2898025694 sameAs 2898025694 @default.
- W2898025694 citedByCount "105" @default.
- W2898025694 countsByYear W28980256942018 @default.
- W2898025694 countsByYear W28980256942019 @default.
- W2898025694 countsByYear W28980256942020 @default.
- W2898025694 countsByYear W28980256942021 @default.
- W2898025694 countsByYear W28980256942022 @default.
- W2898025694 countsByYear W28980256942023 @default.
- W2898025694 crossrefType "journal-article" @default.
- W2898025694 hasAuthorship W2898025694A5002868873 @default.
- W2898025694 hasAuthorship W2898025694A5018078105 @default.
- W2898025694 hasAuthorship W2898025694A5023855087 @default.
- W2898025694 hasAuthorship W2898025694A5043185882 @default.
- W2898025694 hasAuthorship W2898025694A5043971262 @default.
- W2898025694 hasAuthorship W2898025694A5044898619 @default.
- W2898025694 hasAuthorship W2898025694A5049558715 @default.