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Titlebook: Concepts in Mycorrhizal Research; K. G. Mukerji Book 1996 Springer Science+Business Media Dordrecht 1996 biotechnology.botanics.ecology.fo

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Springer Monographs in Mathematicsons and enhanced plant survival due to a decrease in environmentally-induced stress. Various mechanisms account for these responses including the advantageous spatial distribution of hyphae, differing uptake kinetics and access to nutrients less available to plants alone. On a broader scale, these m
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Characteristic Classes and Smooth Manifolds,nted, one by fungus and one by host plant, as ready references to the literature for reforestation workers and scientists studying the effects of mycorrhizal inoculation on seedling performance after out-planting in the field. . is the most extensively studied mycorrhizal fungus, and . spp. have rec
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https://doi.org/10.1007/3-540-38587-8g net) as well as their viability status during senescence process. A very promising approach to solving this problems is based on applications of fluorescence. Few other techniques offer such a combination of sensitivity, spatial and temporal resolution, compatibility with optical microscopy and ab
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Dominik Gresch,Alexey Soluyanoveening of waste and degraded lands. Classical and molecular genetics are being developed to obtain genetic information for the selection of improved EM fungal strains. The understanding of sexual and parasexual reproduction, post meiotic nuclear behaviour, mating types and vegetative incompatibility
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https://doi.org/10.1007/978-94-017-1124-1biotechnology; botanics; ecology; forest; mycology; physiology; seedlings
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Springer Monographs in Mathematicsplant-plant interactions, which both have potential significance at the community level. Herbivores and edaphic factors unrelated to nutrition, including allelochemicals and other microorganisms, may affect the outcome of these interactions. The examples we present demonstrate the complex nature of the synecological interactions.
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Mycorrhiza: ecological implications of plant interactions,plant-plant interactions, which both have potential significance at the community level. Herbivores and edaphic factors unrelated to nutrition, including allelochemicals and other microorganisms, may affect the outcome of these interactions. The examples we present demonstrate the complex nature of the synecological interactions.
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