FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1994042078> ?p ?o ?g. }

• W1994042078 endingPage "629" @default.
• W1994042078 startingPage "593" @default.
• W1994042078 abstract "Plants having crassulacean acid metabolism (CAM) tend to occupy habitats where the prevailing environmental stress is scarcity of water. These are semi-arid or arid regions, salinas or epiphytic sites. CAM plants manage the dilemma of desiccation or starvation by nocturnal malic acid accumulation in the vacuoles. Malic acid serves as a form of CO2 storage and as an osmoticum. In this way malic acid accumulation allows, firstly, separation of uptake and assimilation of atmospheric CO2 with water-saving daytime stomatal closure and, secondly, osmotic acquisition of water. There is no very special trait which is specific for CAM. An array of biophysical and biochemical functional elements, which are also found in other plants, is integrated in CAM performance. This leads to a large diversity of behaviour which makes CAM plants highly versatile in their response to environmental variables. Besides CO2 dark fixation, transport of malic acid across the tonoplast is one of the key elements in CAM function. This is examined in detail at the level of membrane biophysics and biochemistry. The versatility of CAM is illustrated by examples from field work, with comparisons involving different species, seasons, modes of photosynthesis (CAM vs C3), kinds of stress and ways of stress imposition. Contents Summary 593 I. Studies of CAM: an example for the ecophysiological approach 594 II. Malic acid transport at the tonoplast 602 III. Regulation 605 IV. Desiccation or starvation 610 V. Comparative autecology 614 VI. Ecology: promise of integration 621 Acknowledgements 622 References 622" @default.
• W1994042078 created "2016-06-24" @default.
• W1994042078 creator A5076328622 @default.
• W1994042078 date "1987-08-01" @default.
• W1994042078 modified "2023-10-03" @default.
• W1994042078 title "CARBON DIOXIDE AND WATER DEMAND: CRASSULACEAN ACID METABOLISM (CAM), A VERSATILE ECOLOGICAL ADAPTATION EXEMPLIFYING THE NEED FOR INTEGRATION IN ECOPHYSIOLOGICAL WORK" @default.
• W1994042078 cites W1010969845 @default.
• W1994042078 cites W110381713 @default.
• W1994042078 cites W148578055 @default.
• W1994042078 cites W1553297829 @default.
• W1994042078 cites W181482387 @default.
• W1994042078 cites W1964616152 @default.
• W1994042078 cites W1964799718 @default.
• W1994042078 cites W1964835099 @default.
• W1994042078 cites W1965974139 @default.
• W1994042078 cites W1966513022 @default.
• W1994042078 cites W1966552472 @default.
• W1994042078 cites W1967478247 @default.
• W1994042078 cites W1969783231 @default.
• W1994042078 cites W1970530515 @default.
• W1994042078 cites W1971434770 @default.
• W1994042078 cites W1972627910 @default.
• W1994042078 cites W1972875154 @default.
• W1994042078 cites W1974051905 @default.
• W1994042078 cites W1974426193 @default.
• W1994042078 cites W1974875200 @default.
• W1994042078 cites W1978284618 @default.
• W1994042078 cites W1979426613 @default.
• W1994042078 cites W1979894743 @default.
• W1994042078 cites W1980606430 @default.
• W1994042078 cites W1981946465 @default.
• W1994042078 cites W1983195449 @default.
• W1994042078 cites W1983683159 @default.
• W1994042078 cites W1985824242 @default.
• W1994042078 cites W1986414539 @default.
• W1994042078 cites W1986450365 @default.
• W1994042078 cites W1986607809 @default.
• W1994042078 cites W1987111329 @default.
• W1994042078 cites W1987367441 @default.
• W1994042078 cites W1987804041 @default.
• W1994042078 cites W1988918495 @default.
• W1994042078 cites W1991401485 @default.
• W1994042078 cites W1992724564 @default.
• W1994042078 cites W1993209471 @default.
• W1994042078 cites W1993468716 @default.
• W1994042078 cites W2002033559 @default.
• W1994042078 cites W2002720351 @default.
• W1994042078 cites W2003027497 @default.
• W1994042078 cites W2004795364 @default.
• W1994042078 cites W2006546334 @default.
• W1994042078 cites W2006744017 @default.
• W1994042078 cites W2007100852 @default.
• W1994042078 cites W2007435499 @default.
• W1994042078 cites W2008244402 @default.
• W1994042078 cites W2010015784 @default.
• W1994042078 cites W2013271365 @default.
• W1994042078 cites W2014049267 @default.
• W1994042078 cites W2014666169 @default.
• W1994042078 cites W2014850300 @default.
• W1994042078 cites W2015341595 @default.
• W1994042078 cites W2017167433 @default.
• W1994042078 cites W2018829678 @default.
• W1994042078 cites W2019332448 @default.
• W1994042078 cites W2020556108 @default.
• W1994042078 cites W2024134926 @default.
• W1994042078 cites W2024779571 @default.
• W1994042078 cites W2026552987 @default.
• W1994042078 cites W2027562828 @default.
• W1994042078 cites W2028479203 @default.
• W1994042078 cites W2030375937 @default.
• W1994042078 cites W2032465691 @default.
• W1994042078 cites W2032543355 @default.
• W1994042078 cites W2033076792 @default.
• W1994042078 cites W2033820881 @default.
• W1994042078 cites W2034508334 @default.
• W1994042078 cites W2035776691 @default.
• W1994042078 cites W2036800270 @default.
• W1994042078 cites W2037558745 @default.
• W1994042078 cites W2038304621 @default.
• W1994042078 cites W2038550797 @default.
• W1994042078 cites W2038694401 @default.
• W1994042078 cites W2039734175 @default.
• W1994042078 cites W2040055802 @default.
• W1994042078 cites W2041671070 @default.
• W1994042078 cites W2042197182 @default.
• W1994042078 cites W2042445433 @default.
• W1994042078 cites W2043158516 @default.
• W1994042078 cites W2045026626 @default.
• W1994042078 cites W2045584902 @default.
• W1994042078 cites W2046951511 @default.
• W1994042078 cites W2047005420 @default.
• W1994042078 cites W2047038814 @default.
• W1994042078 cites W2047577765 @default.
• W1994042078 cites W2048055570 @default.
• W1994042078 cites W2049387583 @default.
• W1994042078 cites W2049439547 @default.
• W1994042078 cites W2050482583 @default.
• W1994042078 cites W2053014699 @default.

• next