Physiological Plant Ecology, Volume 3Otto Ludwig Lange Part 3=Volume 12C. |
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Page 78
... Levels . Effects of salinity on enzyme levels should be studied in plants at external NaCl concentrations which do not substantially reduce growth . Changes in enzyme levels may otherwise merely relate to changes in developmental ...
... Levels . Effects of salinity on enzyme levels should be studied in plants at external NaCl concentrations which do not substantially reduce growth . Changes in enzyme levels may otherwise merely relate to changes in developmental ...
Page 322
... levels over the range 20 to 5–10 kPa . CRISWELL et al . ( 1977 ) warn that such studies should be made with intact plants as nitrogenase activity showed less stimulation by high pO2 , and less inhibition by low pO2 , than that found ...
... levels over the range 20 to 5–10 kPa . CRISWELL et al . ( 1977 ) warn that such studies should be made with intact plants as nitrogenase activity showed less stimulation by high pO2 , and less inhibition by low pO2 , than that found ...
Page 323
... levels for nodulation by a number of legumes have been determined ( see MUNNS 1977a ; MUNNS et al . 1977b ) . The precise nature of the reasons for non - infection of roots at low pH have not been determined , but the poor physiological ...
... levels for nodulation by a number of legumes have been determined ( see MUNNS 1977a ; MUNNS et al . 1977b ) . The precise nature of the reasons for non - infection of roots at low pH have not been determined , but the poor physiological ...
Contents
References | 28 |
NEWMAN John Innes Institute | 35 |
Halotolerant Eukaryotes | 61 |
Copyright | |
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accumulation algal amino acids Atriplex Aust bacteria Biochem Biol blue-green algae Ca2+ Chap chemical Chlorella chloroplasts concentrations cytoplasmic ecological ectomycorrhizae effects environment enzymes Exp Bot external factors flowers fruit fungi glands GREENWAY grown growth habitats halophilic halophytes herbivores high NaCl higher plants host increase infection inhibition interactions leaf legumes levels lichens lipid London New York Lüttge membrane metabolism microalgae Microbiol mycorrhiza NaCl nectar nitrate nitrogen fixation nitrogenase nitrogenase activity nodules nutrient nutrition occur organic osmotic pressure osmotic solutes phloem phosphate photosynthesis physiology Phytol Pitman MG plant cells Plant Physiol pollen potassium protein reduced regulation response rhizobia Rhizobium roots salinity salt tolerance Sect seed seedlings shoot species studies Suaeda maritima sucrose sugar symbiotic synthesis temperature tion tissue toxicity transport turgor pressure uptake vacuoles virus viruses volume water potential water relations WYN JONES xylem