(1) Background: Mechanisms of cellular and molecular adaptation of fungi to salinity have
been commonly drawn from halotolerant strains and few studies in basidiomycete fungi …

Salt mines are among the most extreme environments as they combine darkness, low
nutrient availability, and hypersaline conditions. Based on comparative genomics and …

Soil salinity severely threatens land use capability and crop yields worldwide. An analysis of
the molecular mechanisms of salt tolerance in halophytes will contribute to the development …

Salinization of soil is a major environmental risk factor to plant functions, leading to a
reduction of productivity of crops and forage. Epichloë gansuensis, seed-borne endophytic …

Halophytic endophytes potentially contribute to the host's adaptation to adverse
environments, improving its tolerance against various biotic and abiotic stresses. Here, we …

As the area of soil salinization increases, the ecological niche of halophytes is important
given their high salt tolerance. The physiological response of mycorrhizal halophytes is not …

Haloxylon salicornicum is a xero-halophyte which grow predominantly in dry saline areas.
However, the proteomic approach for revealing the regulatory network involved in salt …

Whereas osmotic stress response induced by solutes has been well-characterized in fungi,
less is known about the other activities of environmentally ubiquitous substances. The latest …

Molecular studies of salt tolerance of eukaryotic microorganisms have until recently been
limited to the baker's yeast Saccharomyces cerevisiae and a few other moderately …

Soil salinity is one of the most serious environmental factors that affect crop productivity
worldwide. Inevitable global climate change leading to rise in sea water level would …