Physiological Plant Ecology III: Responses to the Chemical and Biological EnvironmentOtto Ludwig Lange Part 3=Volume 12C. |
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Page 408
... fungi on their natural distribution . We can only recognize the effect in strongly and specifically dependent plants when cultivated outside their natural range . When planting some citrus varieties in soils devoid of endogonaceous fungi ...
... fungi on their natural distribution . We can only recognize the effect in strongly and specifically dependent plants when cultivated outside their natural range . When planting some citrus varieties in soils devoid of endogonaceous fungi ...
Page 410
... fungi species and strains respond differently to high and low temperatures and to drought ( cf. Sect . 9.3.3 ) . Thus ecologically adapted mycorrhizal fungi contribute to the ability of many plants to colonise extreme habitats such as ...
... fungi species and strains respond differently to high and low temperatures and to drought ( cf. Sect . 9.3.3 ) . Thus ecologically adapted mycorrhizal fungi contribute to the ability of many plants to colonise extreme habitats such as ...
Page 421
... fungi . Trans 9th Int Congr Soil Sci 3 : 483–490 Theodorou C ( 1971 a ) The phytase activity of the mycorrhizal fungus Rhizopogon luteolus . Soil Biol Biochem 3 : 89-90 Theodorou C ( 1971 b ) Introduction of mycorrhizal fungi into soil ...
... fungi . Trans 9th Int Congr Soil Sci 3 : 483–490 Theodorou C ( 1971 a ) The phytase activity of the mycorrhizal fungus Rhizopogon luteolus . Soil Biol Biochem 3 : 89-90 Theodorou C ( 1971 b ) Introduction of mycorrhizal fungi into soil ...
Contents
Ecophysiology of Zoophilic Pollination | 15 |
References | 28 |
59 | 32 |
Copyright | |
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accumulation algal amino acids Atriplex Aust bacteria barley Biochem Biol blue-green algae Ca2+ calcium cation cell wall Chlorella chloroplasts chlorosis concentrations culture cytoplasmic ecological ectomycorrhizae effects environment enzymes Exp Bot external factors fungi glands GREENWAY grown growth habitats Halobacterium halophilic halophytes high NaCl higher plants host increase infection inhibition interactions ions leaf legumes levels lichens London New York Lüttge membrane metabolism metal microalgae Microbiol mineral mycorrhiza NaCl nitrate nitrification nitrogen fixation nitrogenase nitrogenase activity Nmin production nodules nutrient nutrition organic osmotic pressure osmotic solutes phloem phosphate photosynthesis Physiol Plant physiology Phytol Pitman MG plant cells Plant Physiol Plant Soil plasmalemma potassium protein reduced regulation response rhizobia Rhizobium roots salinity Sect shoots Soil Sci soybean species studies Suaeda maritima symbiotic synthesis temperature tion tissues toxicity transport turgor pressure uptake vacuoles water potential water relations xylem