Matches in SemOpenAlex for { <https://semopenalex.org/work/W3204518084> ?p ?o ?g. }
- W3204518084 endingPage "861" @default.
- W3204518084 startingPage "851" @default.
- W3204518084 abstract "Conifers prevail in the canopies of many terrestrial biomes, holding a great ecological and economic importance globally. Current increases in temperature and aridity are imposing high transpirational demands and resulting in conifer mortality. Therefore, identifying leaf structural determinants of water use efficiency is essential for predicting physiological impacts due to environmental variation. Using synchrotron-generated microtomography imaging, we extracted leaf volumetric anatomy and stomatal traits in 34 species across conifers with a special focus on Pinus, the richest conifer genus. We show that intrinsic water use efficiency (WUEi ) is positively driven by leaf vein volume. Needle-like leaves of Pinus, as opposed to flat leaves or flattened needles of other genera, showed lower mesophyll porosity, decreasing the relative mesophyll volume. This led to increased ratios of stomatal pore number per mesophyll or intercellular airspace volume, which emerged as powerful explanatory variables, predicting both stomatal conductance and WUEi . Our results clarify how the three-dimensional organisation of tissues within the leaf has a direct impact on plant water use and carbon uptake. By identifying a suite of structural traits that influence important physiological functions, our findings can help to understand how conifers may respond to the pressures exerted by climate change." @default.
- W3204518084 created "2021-10-11" @default.
- W3204518084 creator A5035245484 @default.
- W3204518084 creator A5043701943 @default.
- W3204518084 creator A5045978508 @default.
- W3204518084 creator A5046546793 @default.
- W3204518084 creator A5065255510 @default.
- W3204518084 creator A5079120060 @default.
- W3204518084 creator A5085831157 @default.
- W3204518084 date "2021-10-21" @default.
- W3204518084 modified "2023-10-14" @default.
- W3204518084 title "The three‐dimensional construction of leaves is coordinated with water use efficiency in conifers" @default.
- W3204518084 cites W1767254696 @default.
- W3204518084 cites W1799117382 @default.
- W3204518084 cites W1939227088 @default.
- W3204518084 cites W1968743296 @default.
- W3204518084 cites W1989471759 @default.
- W3204518084 cites W1990018004 @default.
- W3204518084 cites W1995277257 @default.
- W3204518084 cites W2000901137 @default.
- W3204518084 cites W2013410948 @default.
- W3204518084 cites W2021599698 @default.
- W3204518084 cites W2023061091 @default.
- W3204518084 cites W2027490872 @default.
- W3204518084 cites W2035853823 @default.
- W3204518084 cites W2042582384 @default.
- W3204518084 cites W2045116202 @default.
- W3204518084 cites W2046073487 @default.
- W3204518084 cites W2072711196 @default.
- W3204518084 cites W2086116526 @default.
- W3204518084 cites W2095158344 @default.
- W3204518084 cites W2097771102 @default.
- W3204518084 cites W2099540110 @default.
- W3204518084 cites W2109768110 @default.
- W3204518084 cites W2119610202 @default.
- W3204518084 cites W2121679532 @default.
- W3204518084 cites W2125610532 @default.
- W3204518084 cites W2130913636 @default.
- W3204518084 cites W2132824004 @default.
- W3204518084 cites W2139165023 @default.
- W3204518084 cites W2139551757 @default.
- W3204518084 cites W2147639276 @default.
- W3204518084 cites W2157912201 @default.
- W3204518084 cites W2159541214 @default.
- W3204518084 cites W2165301409 @default.
- W3204518084 cites W2168444258 @default.
- W3204518084 cites W2169725077 @default.
- W3204518084 cites W2180478016 @default.
- W3204518084 cites W2470334640 @default.
- W3204518084 cites W2507886769 @default.
- W3204518084 cites W2733038547 @default.
- W3204518084 cites W2792688220 @default.
- W3204518084 cites W2809286029 @default.
- W3204518084 cites W2883251903 @default.
- W3204518084 cites W2883495067 @default.
- W3204518084 cites W2896277921 @default.
- W3204518084 cites W2898322548 @default.
- W3204518084 cites W2955806662 @default.
- W3204518084 cites W2966104686 @default.
- W3204518084 cites W3006332078 @default.
- W3204518084 cites W3010237558 @default.
- W3204518084 cites W3016394488 @default.
- W3204518084 cites W3018570310 @default.
- W3204518084 cites W3022166453 @default.
- W3204518084 cites W3046596431 @default.
- W3204518084 cites W3088877109 @default.
- W3204518084 cites W3089286138 @default.
- W3204518084 cites W3115316092 @default.
- W3204518084 cites W3127115015 @default.
- W3204518084 cites W3131849121 @default.
- W3204518084 cites W3157111761 @default.
- W3204518084 cites W326656500 @default.
- W3204518084 cites W4234242847 @default.
- W3204518084 doi "https://doi.org/10.1111/nph.17772" @default.
- W3204518084 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34614205" @default.
- W3204518084 hasPublicationYear "2021" @default.
- W3204518084 type Work @default.
- W3204518084 sameAs 3204518084 @default.
- W3204518084 citedByCount "7" @default.
- W3204518084 countsByYear W32045180842022 @default.
- W3204518084 countsByYear W32045180842023 @default.
- W3204518084 crossrefType "journal-article" @default.
- W3204518084 hasAuthorship W3204518084A5035245484 @default.
- W3204518084 hasAuthorship W3204518084A5043701943 @default.
- W3204518084 hasAuthorship W3204518084A5045978508 @default.
- W3204518084 hasAuthorship W3204518084A5046546793 @default.
- W3204518084 hasAuthorship W3204518084A5065255510 @default.
- W3204518084 hasAuthorship W3204518084A5079120060 @default.
- W3204518084 hasAuthorship W3204518084A5085831157 @default.
- W3204518084 hasConcept C110872660 @default.
- W3204518084 hasConcept C137265123 @default.
- W3204518084 hasConcept C149207113 @default.
- W3204518084 hasConcept C150772632 @default.
- W3204518084 hasConcept C183688256 @default.
- W3204518084 hasConcept C18903297 @default.
- W3204518084 hasConcept C24436170 @default.
- W3204518084 hasConcept C2776325102 @default.
- W3204518084 hasConcept C2781002682 @default.