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Most of the available studies on marine fungi are based on the isolation and identification of fungi from different surfaces (e.g., submerged wood, sediments, macrophytes), mostly in coastal benthic environments. However, recent evidence suggests that fungi are also present in the oceanic water column, most likely mainly associated to particles, with the genomic potential to significantly contribute to marine biogeochemical cycles. Still, we lack even basic information on the ecology of the oceanic mycobiome, precluding us from determining the ecological role of this enigmatic kingdom in our oceans. The aim of this book and Special Issue was to focus on the ecology of marine fungi. Topics include, fungal abundance, distribution, activity, and phylogenetic and/or functional diversity in coastal to open ocean environments, including seawater column and sediments, derived both from laboratory and field studies.

marine fungi --- oxygen minimum zone --- nitrous oxide --- diversity --- 15N tracer --- size-fractioned --- eastern tropical North Pacific --- metagenome --- emergency disposal of raw of sewage --- seaside air --- bioaerosol --- mold --- yeast-like fungi --- mycology --- fungal diversity --- Antarctica --- bioprospecting --- psychrophiles --- cold-adapted enzymes --- industrial applications --- blue biotechnologies --- mycobiome --- marine sponge --- Agelas --- mesophotic --- halophytes --- marine mycology --- salt marsh fungi --- worldwide distribution --- chloroform-methanol extraction --- HPLC-UV --- LC-MS/MS --- ergosterol --- pelagic fungal biomass --- fluorescence in situ hybridisation --- mycoplankton --- fungal cultures --- pelagic --- fluorescence --- novel lineages --- phylogeny --- genetic markers --- antimicrobial --- anti-cancer --- comparative genomics --- metabolites --- whole genome sequencing --- deep-sea sediments --- trophic conditions --- Ross Sea --- total extracellular enzymatic activity --- kinetics --- maximum velocity --- half-saturation constant

Choose an application

• Reference Manager
• EndNote
• RefWorks (Direct export to RefWorks)

Most of the available studies on marine fungi are based on the isolation and identification of fungi from different surfaces (e.g., submerged wood, sediments, macrophytes), mostly in coastal benthic environments. However, recent evidence suggests that fungi are also present in the oceanic water column, most likely mainly associated to particles, with the genomic potential to significantly contribute to marine biogeochemical cycles. Still, we lack even basic information on the ecology of the oceanic mycobiome, precluding us from determining the ecological role of this enigmatic kingdom in our oceans. The aim of this book and Special Issue was to focus on the ecology of marine fungi. Topics include, fungal abundance, distribution, activity, and phylogenetic and/or functional diversity in coastal to open ocean environments, including seawater column and sediments, derived both from laboratory and field studies.

Research & information: general --- Biology, life sciences --- Ecological science, the Biosphere --- marine fungi --- oxygen minimum zone --- nitrous oxide --- diversity --- 15N tracer --- size-fractioned --- eastern tropical North Pacific --- metagenome --- emergency disposal of raw of sewage --- seaside air --- bioaerosol --- mold --- yeast-like fungi --- mycology --- fungal diversity --- Antarctica --- bioprospecting --- psychrophiles --- cold-adapted enzymes --- industrial applications --- blue biotechnologies --- mycobiome --- marine sponge --- Agelas --- mesophotic --- halophytes --- marine mycology --- salt marsh fungi --- worldwide distribution --- chloroform-methanol extraction --- HPLC-UV --- LC-MS/MS --- ergosterol --- pelagic fungal biomass --- fluorescence in situ hybridisation --- mycoplankton --- fungal cultures --- pelagic --- fluorescence --- novel lineages --- phylogeny --- genetic markers --- antimicrobial --- anti-cancer --- comparative genomics --- metabolites --- whole genome sequencing --- deep-sea sediments --- trophic conditions --- Ross Sea --- total extracellular enzymatic activity --- kinetics --- maximum velocity --- half-saturation constant