FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2125331324> ?p ?o ?g. }

• W2125331324 endingPage "3077" @default.
• W2125331324 startingPage "3063" @default.
• W2125331324 abstract "Recent research has documented the importance of edaphic factors in determining the habitat associations of tree species in many tropical rain forests, but the underlying mechanisms for edaphic associations are unclear. At Sepilok Forest Reserve, Sabah, Malaysian Borneo, two main soil types derived from sandstone (ridges) and alluvium (valleys) differ in nutrient and water availability and are characterized by forests differing markedly in species composition, structure, and understory light availability. We use both survey and reciprocal transplants to examine physiological adaptations to differences in light, nutrient, and water availability between these soil types, and test for the importance of resource-use efficiency in determining edaphic specialization. Photosynthetic surveys for congeneric and confamilial pairs (one species per soil type) of edaphic specialists and for generalists common to both soil types show that species specializing on sandstone-derived soil had lower stomatal conductance at a given assimilation rate than those occurring on alluvial soil and also had greater instantaneous and integrated water-use efficiencies. Foliar dark respiration rates per unit photosynthesis were higher for sandstone ridge than alluvial lowland specialists. We suggest that these higher respiration rates are likely due to increases in photosynthetic enzyme concentrations to compensate for lower internal CO2 concentrations resulting from increased stomatal closure. This is supported by lower photosynthetic nitrogen-use efficiencies in the sandstone ridge specialists. Generalist species had lower water-use efficiencies than sandstone ridge specialists when growing on the drier, sandy ridgetops, but their nitrogen-use efficiencies did not differ from the species specialized to the more resource-rich alluvial valleys. We varied light environment and soil nutrient availability in a reciprocal transplant experiment involving two specialist species from each soil type. Edaphic specialist species, when grown on the soil type for which they were not specialized, were not capable of acclimatory shifts to achieve similar resource-use efficiencies as species specialized to that soil type. We conclude that divergent water-use strategies are an important mechanism underlying differences in edaphic associations and thus contributing to maintenance of high local tree species diversity in Bornean rain forests." @default.
• W2125331324 created "2016-06-24" @default.
• W2125331324 creator A5000618157 @default.
• W2125331324 creator A5043402477 @default.
• W2125331324 creator A5062100776 @default.
• W2125331324 creator A5064422884 @default.
• W2125331324 date "2005-11-01" @default.
• W2125331324 modified "2023-10-15" @default.
• W2125331324 title "EDAPHIC SPECIALIZATION IN TROPICAL TREES: PHYSIOLOGICAL CORRELATES AND RESPONSES TO RECIPROCAL TRANSPLANTATION" @default.
• W2125331324 cites W1965081332 @default.
• W2125331324 cites W1971119519 @default.
• W2125331324 cites W1981091228 @default.
• W2125331324 cites W1985741505 @default.
• W2125331324 cites W1989227121 @default.
• W2125331324 cites W1998480639 @default.
• W2125331324 cites W1999189271 @default.
• W2125331324 cites W2009225369 @default.
• W2125331324 cites W2012186989 @default.
• W2125331324 cites W2013410948 @default.
• W2125331324 cites W2017083384 @default.
• W2125331324 cites W2024167594 @default.
• W2125331324 cites W2025540191 @default.
• W2125331324 cites W2029559111 @default.
• W2125331324 cites W2029796932 @default.
• W2125331324 cites W2032733717 @default.
• W2125331324 cites W2034516120 @default.
• W2125331324 cites W2041710489 @default.
• W2125331324 cites W2043230244 @default.
• W2125331324 cites W2058835813 @default.
• W2125331324 cites W2067649092 @default.
• W2125331324 cites W2068129985 @default.
• W2125331324 cites W2070173647 @default.
• W2125331324 cites W2071071826 @default.
• W2125331324 cites W2074568780 @default.
• W2125331324 cites W2077603999 @default.
• W2125331324 cites W2078907194 @default.
• W2125331324 cites W2086361936 @default.
• W2125331324 cites W2089117770 @default.
• W2125331324 cites W2093846586 @default.
• W2125331324 cites W2099725726 @default.
• W2125331324 cites W2099865326 @default.
• W2125331324 cites W2107214957 @default.
• W2125331324 cites W2110904270 @default.
• W2125331324 cites W2112766585 @default.
• W2125331324 cites W2112804073 @default.
• W2125331324 cites W211463297 @default.
• W2125331324 cites W2114773779 @default.
• W2125331324 cites W2119259345 @default.
• W2125331324 cites W2128584137 @default.
• W2125331324 cites W2130720376 @default.
• W2125331324 cites W2131795541 @default.
• W2125331324 cites W2132947578 @default.
• W2125331324 cites W2134504011 @default.
• W2125331324 cites W2137906281 @default.
• W2125331324 cites W2138639791 @default.
• W2125331324 cites W2140676713 @default.
• W2125331324 cites W2143804637 @default.
• W2125331324 cites W2144547005 @default.
• W2125331324 cites W2150998549 @default.
• W2125331324 cites W2154524337 @default.
• W2125331324 cites W2154751441 @default.
• W2125331324 cites W2156335068 @default.
• W2125331324 cites W2161507976 @default.
• W2125331324 cites W2163417906 @default.
• W2125331324 cites W2165441477 @default.
• W2125331324 cites W2165918754 @default.
• W2125331324 cites W2169341493 @default.
• W2125331324 cites W2170295043 @default.
• W2125331324 cites W2170553852 @default.
• W2125331324 cites W2170767508 @default.
• W2125331324 cites W2170987399 @default.
• W2125331324 cites W2316138604 @default.
• W2125331324 cites W2326989437 @default.
• W2125331324 cites W2328865406 @default.
• W2125331324 cites W4253911487 @default.
• W2125331324 doi "https://doi.org/10.1890/04-0598" @default.
• W2125331324 hasPublicationYear "2005" @default.
• W2125331324 type Work @default.
• W2125331324 sameAs 2125331324 @default.
• W2125331324 citedByCount "93" @default.
• W2125331324 countsByYear W21253313242012 @default.
• W2125331324 countsByYear W21253313242013 @default.
• W2125331324 countsByYear W21253313242014 @default.
• W2125331324 countsByYear W21253313242015 @default.
• W2125331324 countsByYear W21253313242016 @default.
• W2125331324 countsByYear W21253313242017 @default.
• W2125331324 countsByYear W21253313242018 @default.
• W2125331324 countsByYear W21253313242019 @default.
• W2125331324 countsByYear W21253313242020 @default.
• W2125331324 countsByYear W21253313242021 @default.
• W2125331324 countsByYear W21253313242022 @default.
• W2125331324 countsByYear W21253313242023 @default.
• W2125331324 crossrefType "journal-article" @default.
• W2125331324 hasAuthorship W2125331324A5000618157 @default.
• W2125331324 hasAuthorship W2125331324A5043402477 @default.
• W2125331324 hasAuthorship W2125331324A5062100776 @default.
• W2125331324 hasAuthorship W2125331324A5064422884 @default.
• W2125331324 hasBestOaLocation W21253313242 @default.

• next