Matches in SemOpenAlex for { <https://semopenalex.org/work/W2565215877> ?p ?o ?g. }
- W2565215877 endingPage "215" @default.
- W2565215877 startingPage "203" @default.
- W2565215877 abstract "Stomata represent one resistor in a series of resistances for carbon and water exchange between the leaf and the atmosphere; the remaining resistors occurring within the leaf, commonly represented as mesophyll conductance to CO2 , gm , and leaf hydraulic conductance, kLeaf . Recent studies have proposed that gm and kLeaf may be coordinated across species because of shared pathways. We assessed the correlation between gm and kLeaf within cotton, under growth CO2 partial pressure and irradiance treatments and also with short-term variation in irradiance and humidity. gm was estimated using two isotopic techniques that allowed partitioning of total gm (Δ13 C-gm ) into cell wall plus plasma membrane conductance (Δ18 O-gm ) and chloroplast membrane conductance (gcm ). A weak correlation was found between Δ13 C-gm and kLeaf only when measured under growth conditions. However, Δ18 O-gm was related to kLeaf under both short-term environmental variation and growth conditions. Partitioning gm showed that gcm was not affected by short-term changes in irradiance or correlated with kLeaf , but was strongly reduced at high growth CO2 partial pressure. Thus, simultaneous measurements of gm , kLeaf and gcm suggest independent regulation of carbon and water transport across the chloroplast membrane with limited coordinated regulation across the cell wall and plasma membrane." @default.
- W2565215877 created "2017-01-06" @default.
- W2565215877 creator A5076068024 @default.
- W2565215877 creator A5080440727 @default.
- W2565215877 creator A5083880249 @default.
- W2565215877 date "2016-12-29" @default.
- W2565215877 modified "2023-10-08" @default.
- W2565215877 title "Leaf hydraulic conductance and mesophyll conductance are not closely related within a single species" @default.
- W2565215877 cites W13906460 @default.
- W2565215877 cites W1524457547 @default.
- W2565215877 cites W1554336814 @default.
- W2565215877 cites W1656146697 @default.
- W2565215877 cites W1666856027 @default.
- W2565215877 cites W1778658114 @default.
- W2565215877 cites W1909021794 @default.
- W2565215877 cites W1953489825 @default.
- W2565215877 cites W1966339301 @default.
- W2565215877 cites W1969430988 @default.
- W2565215877 cites W1969636419 @default.
- W2565215877 cites W1980722865 @default.
- W2565215877 cites W1986509684 @default.
- W2565215877 cites W1994072088 @default.
- W2565215877 cites W1995689928 @default.
- W2565215877 cites W1996697057 @default.
- W2565215877 cites W2000337743 @default.
- W2565215877 cites W2020110281 @default.
- W2565215877 cites W2028815436 @default.
- W2565215877 cites W2032116753 @default.
- W2565215877 cites W2040003668 @default.
- W2565215877 cites W2053860774 @default.
- W2565215877 cites W2063036555 @default.
- W2565215877 cites W2066770563 @default.
- W2565215877 cites W2099531714 @default.
- W2565215877 cites W2102246877 @default.
- W2565215877 cites W2102746674 @default.
- W2565215877 cites W2103319272 @default.
- W2565215877 cites W2103334039 @default.
- W2565215877 cites W2105132370 @default.
- W2565215877 cites W2105400925 @default.
- W2565215877 cites W2107800729 @default.
- W2565215877 cites W2107853282 @default.
- W2565215877 cites W2112211874 @default.
- W2565215877 cites W2115152312 @default.
- W2565215877 cites W2120920811 @default.
- W2565215877 cites W2121884115 @default.
- W2565215877 cites W2122917084 @default.
- W2565215877 cites W2124958074 @default.
- W2565215877 cites W2125610532 @default.
- W2565215877 cites W2125972816 @default.
- W2565215877 cites W2126115817 @default.
- W2565215877 cites W2128834877 @default.
- W2565215877 cites W2132223828 @default.
- W2565215877 cites W2135218062 @default.
- W2565215877 cites W2136775576 @default.
- W2565215877 cites W2137205176 @default.
- W2565215877 cites W2138866994 @default.
- W2565215877 cites W2139165023 @default.
- W2565215877 cites W2140098641 @default.
- W2565215877 cites W2140132356 @default.
- W2565215877 cites W2140411722 @default.
- W2565215877 cites W2142531521 @default.
- W2565215877 cites W2149710673 @default.
- W2565215877 cites W2150291323 @default.
- W2565215877 cites W2153427914 @default.
- W2565215877 cites W2155016538 @default.
- W2565215877 cites W2156226546 @default.
- W2565215877 cites W2162966377 @default.
- W2565215877 cites W2165564311 @default.
- W2565215877 cites W2165785585 @default.
- W2565215877 cites W2168444258 @default.
- W2565215877 cites W2170120926 @default.
- W2565215877 cites W2171436903 @default.
- W2565215877 cites W2181191498 @default.
- W2565215877 cites W2299680664 @default.
- W2565215877 cites W2312565527 @default.
- W2565215877 cites W2330845275 @default.
- W2565215877 doi "https://doi.org/10.1111/pce.12865" @default.
- W2565215877 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/27861995" @default.
- W2565215877 hasPublicationYear "2016" @default.
- W2565215877 type Work @default.
- W2565215877 sameAs 2565215877 @default.
- W2565215877 citedByCount "32" @default.
- W2565215877 countsByYear W25652158772017 @default.
- W2565215877 countsByYear W25652158772018 @default.
- W2565215877 countsByYear W25652158772019 @default.
- W2565215877 countsByYear W25652158772020 @default.
- W2565215877 countsByYear W25652158772021 @default.
- W2565215877 countsByYear W25652158772022 @default.
- W2565215877 countsByYear W25652158772023 @default.
- W2565215877 crossrefType "journal-article" @default.
- W2565215877 hasAuthorship W2565215877A5076068024 @default.
- W2565215877 hasAuthorship W2565215877A5080440727 @default.
- W2565215877 hasAuthorship W2565215877A5083880249 @default.
- W2565215877 hasBestOaLocation W25652158771 @default.
- W2565215877 hasConcept C101692577 @default.
- W2565215877 hasConcept C104317684 @default.
- W2565215877 hasConcept C121332964 @default.
- W2565215877 hasConcept C121932024 @default.