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Influence of water stress on biomass production by isolates of an ericoid mycorrhizal endophyte of Woollsia pungens and Epacris microphylla (Ericaceae)

by Khalili, Kevin , Chen, David M. , Cairney, John W. G.

in anamorphs / Animal and plant ecology / Animal, plant and microbial ecology / Ascomycota / Ascomycota - physiology / Australia / Autoecology / Biological and medical sciences / Biomass / biomass production / culture media / cultured cells / Dehydration / Dehydration - physiopathology / dry matter accumulation / endophytes / Epacris microphylla / Ericaceae / Ericaceae - microbiology / Ericaceae - physiology / Flowers & plants / Fundamental and applied biological sciences. Psychology / genetic variation / genotype / Helotiales / liquids / microbiology / Mycorrhizae / Mycorrhizae - physiology / mycorrhizal fungi / osmotic pressure / physiology / physiopathology / Plant Roots / Plant Roots - microbiology / Plant Roots - physiology / Plants and fungi / polyethylene glycol / salinity / salt tolerance / Sodium chloride / symbiosis / Water stress / Woollsia pungens

2003

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Influence of water stress on biomass production by isolates of an ericoid mycorrhizal endophyte of Woollsia pungens and Epacris microphylla (Ericaceae)

by Khalili, Kevin , Chen, David M. , Cairney, John W. G.

2003

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Influence of water stress on biomass production by isolates of an ericoid mycorrhizal endophyte of Woollsia pungens and Epacris microphylla (Ericaceae)

by Khalili, Kevin , Chen, David M. , Cairney, John W. G.

2003

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Journal Article

Influence of water stress on biomass production by isolates of an ericoid mycorrhizal endophyte of Woollsia pungens and Epacris microphylla (Ericaceae)

Khalili, Kevin,

Chen, David M.,

Cairney, John W. G.

2003

Overview

The influence of water stress on growth of six isolates of an anamorphic ericoid mycorrhizal fungal endophyte from two Australian Ericaceae hosts was investigated. Biomass production was determined in liquid media amended with NaCl or polyethylene glycol to give osmotic potentials of -0.05 to -2.24 MPa. Regardless of the osmoticum, biomass yields of all isolates at the highest level of imposed water stress (-2.24 MPa) did not differ significantly from, or were significantly higher than, those at the lowest level of water stress. The data suggest that the endophyte isolates possess considerable resistance to water stress and may be of functional importance to their plant hosts under water-stress conditions.

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Publisher

Springer,Springer Nature B.V

Subject

anamorphs

/ Animal and plant ecology

/ Animal, plant and microbial ecology

/ Ascomycota

/ Ascomycota - physiology

/ Australia

/ Autoecology