FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2104830212> ?p ?o ?g. }

• W2104830212 endingPage "20" @default.
• W2104830212 startingPage "3" @default.
• W2104830212 abstract "Inundation that gives rise to soil flooding, or more complete submergence, is the most common environmental cause of oxygen deprivation for vascular plants. Species differ considerably in their susceptibility to the stress. Tolerance can vary from only a few hours to many days or weeks depending on species, the organs directly affected, stage of development, and external conditions such as temperature. Mechanisms that underlie short- and long-term tolerance to external anaerobic conditions are reviewed. For roots, these include metabolic adaptations such as avoidance of self poisoning and cytoplasmic acidosis, maintenance of adequate supplies of energy and sugar, modifications to gene expression and metabolic acclimation to tissue anoxia by previous exposure to partial oxygen shortage. Morphological escape mechanisms based on aerenchyma development and internal aeration pathways are emphasised. Shoots are often less susceptible to oxygen deficiency than roots. Their mechanisms of tolerance can include metabolic adaptations and developmentally passive tolerance such as that seen in overwintering rhizomes of many wetland species. Escape mechanisms for shoots are based on active and, sometimes, increasingly rapid shoot extension in the presence or absence of oxygen, and formation of replacement roots through adventitious rooting at the shoot base. Systemic signalling between roots and shoots integrates root and shoot physiology and limits indirect damage to shoot tissues by soil flooding. The review is completed by an assessment of prospects for future research." @default.
• W2104830212 created "2016-06-24" @default.
• W2104830212 creator A5010772143 @default.
• W2104830212 creator A5076025425 @default.
• W2104830212 date "1997-01-01" @default.
• W2104830212 modified "2023-10-18" @default.
• W2104830212 title "Plant Adaptations to Anaerobic Stress" @default.
• W2104830212 cites W1488029822 @default.
• W2104830212 cites W1519833951 @default.
• W2104830212 cites W1547005272 @default.
• W2104830212 cites W1566658493 @default.
• W2104830212 cites W1572345037 @default.
• W2104830212 cites W1593696063 @default.
• W2104830212 cites W1597831929 @default.
• W2104830212 cites W1640080484 @default.
• W2104830212 cites W1964000874 @default.
• W2104830212 cites W1964104992 @default.
• W2104830212 cites W1965309249 @default.
• W2104830212 cites W1965597279 @default.
• W2104830212 cites W1968494429 @default.
• W2104830212 cites W1970024751 @default.
• W2104830212 cites W1973054202 @default.
• W2104830212 cites W1974679997 @default.
• W2104830212 cites W1977059224 @default.
• W2104830212 cites W1980293752 @default.
• W2104830212 cites W1980700338 @default.
• W2104830212 cites W1986510919 @default.
• W2104830212 cites W1986691345 @default.
• W2104830212 cites W1987052470 @default.
• W2104830212 cites W1992045438 @default.
• W2104830212 cites W1992219360 @default.
• W2104830212 cites W1992776771 @default.
• W2104830212 cites W1994224655 @default.
• W2104830212 cites W1995227894 @default.
• W2104830212 cites W1998483930 @default.
• W2104830212 cites W1998909736 @default.
• W2104830212 cites W2001248581 @default.
• W2104830212 cites W2001715541 @default.
• W2104830212 cites W2001923993 @default.
• W2104830212 cites W2004625276 @default.
• W2104830212 cites W2008440587 @default.
• W2104830212 cites W2009795294 @default.
• W2104830212 cites W2009954032 @default.
• W2104830212 cites W2011471062 @default.
• W2104830212 cites W2013043572 @default.
• W2104830212 cites W2014374549 @default.
• W2104830212 cites W2014514412 @default.
• W2104830212 cites W2015539368 @default.
• W2104830212 cites W2016057716 @default.
• W2104830212 cites W2021751744 @default.
• W2104830212 cites W2022024181 @default.
• W2104830212 cites W2022808614 @default.
• W2104830212 cites W2023512467 @default.
• W2104830212 cites W2026147035 @default.
• W2104830212 cites W2032256958 @default.
• W2104830212 cites W2033028097 @default.
• W2104830212 cites W2038075276 @default.
• W2104830212 cites W2038313193 @default.
• W2104830212 cites W2040458263 @default.
• W2104830212 cites W2041360590 @default.
• W2104830212 cites W2042722673 @default.
• W2104830212 cites W2043657124 @default.
• W2104830212 cites W2044529128 @default.
• W2104830212 cites W2045376436 @default.
• W2104830212 cites W2049691526 @default.
• W2104830212 cites W2049730269 @default.
• W2104830212 cites W2049936792 @default.
• W2104830212 cites W2049959629 @default.
• W2104830212 cites W2053035234 @default.
• W2104830212 cites W2054101490 @default.
• W2104830212 cites W2055683709 @default.
• W2104830212 cites W2057077336 @default.
• W2104830212 cites W2058908997 @default.
• W2104830212 cites W2060981594 @default.
• W2104830212 cites W2061383877 @default.
• W2104830212 cites W2061588961 @default.
• W2104830212 cites W2065171909 @default.
• W2104830212 cites W2065392716 @default.
• W2104830212 cites W2065511973 @default.
• W2104830212 cites W2066871330 @default.
• W2104830212 cites W2067779937 @default.
• W2104830212 cites W2069055010 @default.
• W2104830212 cites W2069567189 @default.
• W2104830212 cites W2071950551 @default.
• W2104830212 cites W2074209207 @default.
• W2104830212 cites W2074294610 @default.
• W2104830212 cites W2075756159 @default.
• W2104830212 cites W2076254169 @default.
• W2104830212 cites W2079992313 @default.
• W2104830212 cites W2080333030 @default.
• W2104830212 cites W2080772907 @default.
• W2104830212 cites W2083433716 @default.
• W2104830212 cites W2084234685 @default.
• W2104830212 cites W2084584778 @default.
• W2104830212 cites W2085240783 @default.
• W2104830212 cites W2086722325 @default.
• W2104830212 cites W2087205919 @default.
• W2104830212 cites W2089981296 @default.

• next