Titlebook: Environmental and Microbial Relationships; Christian P. Kubicek,Irina S. Druzhinina Book 20072nd edition Springer-Verlag Berlin Heidelberg

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M. G. Ya?argil,J. L. Fox,M. W. Rayssures exerted by other organisms, relatively little is known of the chemical ecology of fungal ecosystems. The literature provides considerable evidence suggesting specific types of fungi for which secondary metabolites may provide competitive advantages. The primary objective of this chapter is to

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Evolutionary Ecology of the First Fungiy origins of the fungi. This is accomplished by addition of the dimension of nutritional trophic property to the conventional phylogenetic tree, with emphasis on eukaryotes in general, the fungi, and the alphaproteobacteria (the hypothetical ancient mitochondrial endosymbiont). Bioenergetic electron

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Disturbance in Natural Ecosystems: Scaling from Fungal Diversity to Ecosystem Functioningommunity structure and nutrient dynamics across the landscape. We suggest ultimately that understanding the roles of disturbance in structuring fungal communities, and the feedbacks from fungal communities to ecosystem functioning are crucial to understanding ecosystems, and the impacts of larger gl

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Fungi and Industrial Pollutantsnadequacy of several common techniques used to study fungal populations. Some approaches using molecular biology and biomarkers are allowing a better understanding of community structure and responses to pollutants. However, it is clear that because of the complexity of the fungal growth form, their

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Fungi in Extreme Environmentsresence of water. The effects of types of water stress (ionic, non-ionic, matric) on the growth of fungi and the range of compatible solutes they are able to produce suggest that both yeasts and filamentous fungi have evolved to survive extreme environments by using active mechanisms for toleration

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Antagonism of Plant Parasitic Nematodes by Fungisuch as proteases and chitinases are involved in several steps of the host infection process. This chapter reviews and summarizes the knowledge accumulated on the mechanism of action and use of nemathophagous fungi for the control of plant parasitic nematodes in view of the most recent advances in t

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Bacterial Weapons of Fungal Destruction: Phyllosphere-Targeted Biological Control of Plant Diseases,able chemical and physical conditions encountered by bacteria, and their mechanisms of adaptation, particularly how bacteria mediate phyllopshere biological control, with emphasis on sclerotinia stem rot and blackleg disease of canola. Understanding the pathogen life cycle, the growth stage at which