Sunil Deshmukh – författare

Advances in Macrofungi: Diversity, Ecology and Biotechnology discusses the diversity and ecology of edible, toxic, medicinal and mycorrhizal macrofungi; the impact of ectomycorrhizal fungi in terrestrial ecosystems, ectomycorrhizal complex in Boreal forests and commercial application of Pseudotsuga in silviculture; the nutritional evaluation and cultivation of edible wild mushrooms; the diversity of novel metabolites of macrofungi useful in food, pharmaceutical and cosmeceutical industries; mushrooms as tool for eco-friendly synthesis of nanoparticles and proteomics of edible and medicinal mushrooms. In addition, it covers experimental designs, methodological approaches, biogeochemical cycles, conceptual/hypothetical models and life history strategies, linking mycorrhizal diversity to plant performance, chemotaxonomy, role of mycorrhizae in forestry and macrofungi in nanotechnology. It provides a valuable resource to graduate, post-graduate and researchers (in botany, microbiology, ecology, biotechnology, forestry, life sciences and environmental sciences) to understand the diversity, ecology, therapeutic value, mutualistic associations and biotechnological potential of macrofungi.

Advances in Macrofungi: Diversity, Ecology and Biotechnology discusses the diversity and ecology of edible, toxic, medicinal and mycorrhizal macrofungi; the impact of ectomycorrhizal fungi in terrestrial ecosystems, ectomycorrhizal complex in Boreal forests and commercial application of Pseudotsuga in silviculture; the nutritional evaluation and cultivation of edible wild mushrooms; the diversity of novel metabolites of macrofungi useful in food, pharmaceutical and cosmeceutical industries; mushrooms as tool for eco-friendly synthesis of nanoparticles and proteomics of edible and medicinal mushrooms. In addition, it covers experimental designs, methodological approaches, biogeochemical cycles, conceptual/hypothetical models and life history strategies, linking mycorrhizal diversity to plant performance, chemotaxonomy, role of mycorrhizae in forestry and macrofungi in nanotechnology. It provides a valuable resource to graduate, post-graduate and researchers (in botany, microbiology, ecology, biotechnology, forestry, life sciences and environmental sciences) to understand the diversity, ecology, therapeutic value, mutualistic associations and biotechnological potential of macrofungi.

Truffles are hypogeous ectomycorrhizal ascomycetous edible mushrooms distributed worldwide in terrestrial ecosystems, including deserts, as non-timber forest products. They are seasonal and have a short shelf life. Owing to their nutraceutical value, truffles are in high demand and valuable. Of the 180 or more species of truffles reported worldwide, only around 20 are commercially viable.

Truffles: Diversity, Ecology and Biotechnology reviews the current advances in truffles from a historical perspective and covers ethnomycological profiles, habitats, ecology, geographical distribution, diversity, systematics, phylogeny, ultrastructure, sexual reproduction, cultivation, analytical techniques, and the impact of climate change and industrial applications on truffles. It also emphasizes the role of soil properties in the occurrence of truffles (e.g., Tuber spp.), their pathogens, product development and marketing. The contributors hail from academia and industries across the globe.

Truffles are hypogeous ectomycorrhizal ascomycetous edible mushrooms distributed worldwide in terrestrial ecosystems, including deserts, as non-timber forest products. They are seasonal and have a short shelf life. Owing to their nutraceutical value, truffles are in high demand and valuable. Of the 180 or more species of truffles reported worldwide, only around 20 are commercially viable.

Truffles: Diversity, Ecology and Biotechnology reviews the current advances in truffles from a historical perspective and covers ethnomycological profiles, habitats, ecology, geographical distribution, diversity, systematics, phylogeny, ultrastructure, sexual reproduction, cultivation, analytical techniques, and the impact of climate change and industrial applications on truffles. It also emphasizes the role of soil properties in the occurrence of truffles (e.g., Tuber spp.), their pathogens, product development and marketing. The contributors hail from academia and industries across the globe.