A High Frequency Change, Which Is Both Inducible and Reversible, Results in Altered Colony Morphology of a Fungal Symbiont (Neotyphodium Lolii) and Dwarfing of Its Grass Host (Lolium Perenne)

2009 master's thesis by Wayne Roydon Simpson at Massey University.

A High Frequency Change, Which Is Both Inducible and Reversible, Results in Altered Colony Morphology of a Fungal Symbiont (Neotyphodium Lolii) and Dwarfing of Its Grass Host (Lolium Perenne) - Ontify

A High Frequency Change, Which Is Both Inducible and Reversible, Results in Altered Colony Morphology of a Fungal Symbiont (Neotyphodium Lolii) and Dwarfing of Its Grass Host (Lolium Perenne)

A High Frequency Change, Which Is Both Inducible and Reversible, Results in Altered Colony Morphology of a Fungal Symbiont (Neotyphodium Lolii) and Dwarfing of Its Grass Host (Lolium Perenne)

Statements about A High Frequency Change, Which Is Both Inducible and Reversible, Results in Altered Colony Morphology of a Fungal Symbiont (Neotyphodium Lolii) and Dwarfing of Its Grass Host (Lolium Perenne)

Statements about A High Frequency Change, Which Is Both Inducible and Reversible, Results in Altered Colony Morphology of a Fungal Symbiont (Neotyphodium Lolii) and Dwarfing of Its Grass Host (Lolium Perenne)

Publication Date

Publisher

Title

Language of Work or Name

Instance Of

Main Subject

Country of Origin

Copyright Status

Copyright Holder

Author