Fungi constitute important and conspicuous components of aquatic microbial communities, but their diversity and functional roles remain poorly characterized. New methods and conceptual frameworks are required to accurately describe their ecological roles, involvement in global cycling processes, and utility for human activities, considering both cultivation-independent techniques as well as experiments in laboratory and in natural ecosystems. Here we highlight recent developments and extant knowledge gaps in aquatic mycology, and provide a conceptual model to expose the importance of fungi in aquatic food webs and related biogeochemical processes.Leibniz Foundation/[]//AlemaniaUCR::Vicerrectoría de Docencia::Ciencias Básicas::Facultad de Ci...
Fungi are diverse organisms found in nearly every global environment as key components in nutrient c...
Biomass production and decomposition are key processes in ecology, where plants are primarily respon...
This work was supported by JE Purkyně Fellowship of the Czech Academy of Sciences (IJ); Erasmus+ pr...
Fungi are phylogenetically and functionally diverse ubiquitous components of almost all ecosystems o...
Fungi are phylogenetically and functionally diverse ubiquitous components of almost all ecosystems o...
International audienceFungi are a highly complex group of organisms of the kingdom Eumycota (i.e. th...
Fungi are increasingly gaining interest from aquatic microbial ecologists. The application of new mo...
Sampling protocol for Global DNA-based inventory of aquatic fungi for documenting global fungal biod...
Deprivation of protection for aquatic hyphomycetes is disturbing because they are key players in fr...
Fungi play a dominant role in terrestrial environments where they thrive in symbiotic associations w...
ABSTRACT Terrestrial fungi play critical roles in nutrient cycling and food webs and can shape macro...
Abstract Biomass production and decomposition are key processes in ecology, where plants are primar...
Fungi are ubiquitous in the aquatic and terrestrial environments, occurring as unicellular yeasts, p...
Seventy-one percent of our planet’s surface consist of water, but only 0.6% are lentic and lotic fre...
Microbial communities play critical biogeochemical roles in the functioning of marine ecosystems. Re...
Fungi are diverse organisms found in nearly every global environment as key components in nutrient c...
Biomass production and decomposition are key processes in ecology, where plants are primarily respon...
This work was supported by JE Purkyně Fellowship of the Czech Academy of Sciences (IJ); Erasmus+ pr...
Fungi are phylogenetically and functionally diverse ubiquitous components of almost all ecosystems o...
Fungi are phylogenetically and functionally diverse ubiquitous components of almost all ecosystems o...
International audienceFungi are a highly complex group of organisms of the kingdom Eumycota (i.e. th...
Fungi are increasingly gaining interest from aquatic microbial ecologists. The application of new mo...
Sampling protocol for Global DNA-based inventory of aquatic fungi for documenting global fungal biod...
Deprivation of protection for aquatic hyphomycetes is disturbing because they are key players in fr...
Fungi play a dominant role in terrestrial environments where they thrive in symbiotic associations w...
ABSTRACT Terrestrial fungi play critical roles in nutrient cycling and food webs and can shape macro...
Abstract Biomass production and decomposition are key processes in ecology, where plants are primar...
Fungi are ubiquitous in the aquatic and terrestrial environments, occurring as unicellular yeasts, p...
Seventy-one percent of our planet’s surface consist of water, but only 0.6% are lentic and lotic fre...
Microbial communities play critical biogeochemical roles in the functioning of marine ecosystems. Re...
Fungi are diverse organisms found in nearly every global environment as key components in nutrient c...
Biomass production and decomposition are key processes in ecology, where plants are primarily respon...
This work was supported by JE Purkyně Fellowship of the Czech Academy of Sciences (IJ); Erasmus+ pr...