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

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,Vesicular arbuscular mycorrhiza — an overview,s populations. Of these, perhaps the most striking relationship is ‘symbiosis’ in which the partners live in a state of physical and physiological equilibrium and derive benifit from each other. There exist a number of plant-fungus relationships which are beneficial to both. They are called mycorrhi

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,Mycorrhizal research — a priority in agriculture,anced nutrient uptake and cycling of phosphorus, nitrogen, carbon, zinc, copper and other minerals. The bacteria associated with mycorrhizal fungi solubilize P which is transported through the mycorrhizal fungi to plant. Mycorrhizal fungal hyphae produce phosphatases and organic acids that enhance t

Anhydrous

Arbuscular mycorrhizal symbiosis recognition and specificity,or signaling, recognition and avoidance of infection in AM fungi — plant symbiosis. These may be fungal and/or host mediated. The various factors responsible for these interrelations are considered in this review.

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Influence of mycorrhization on the growth of micropropagated plants, followed by a growing commecialization of ornamental plants. These products come from a labour- and capital-intensive activity, where chemical inputs play an essential role, but also brings up a set of problems linked with the degradation of the natural environment and resource base. This review is

Exclaim

Diversity and selective dominance of vesicular-arbuscular mycorrhizal fungi,lity, show diversity/dominance with relation to the type of ecosystem, edapho-climatic conditions, seasonal variations, host genotype, plant cover etc. which are known to be the critical determinants. In natural ecosystems, because of the greater degree of variability (in terms of critical determina

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Cost-economics of existing methodologies for inoculum production of vesicular-arbuscular mycorrhiza of vesicular-arbuscular mycorrhizal fungi. A comparative cost analysis of these three systems considering the state-of-art can help in identifying the varied components and their resultant costs if applied on a commercial scale. The inoculum produced in these systems differs in terms of quality and

Myelin

Mycorrhiza: ecological implications of plant interactions,ons 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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CYT

Fluorescence microscopy in mycorrhiza studies,g 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