Metarhizium anisopliae is a soil fungus that infects and kills insects, causing green muscardine disease, and is the type species of Metarhizium. Infected insects are first covered in white mould, which turns green as spores form. It is used as a biological insecticide, sprayed as spore suspensions, against pests such as termites, thrips and beetles. Since 2009 the old broad species has been split into several species, so many older records and products now belong to relatives such as M. brunneum or M. robertsii.
Not edible; a microscopic insect-pathogenic mould. It does not appear to infect humans (Wikipedia).
Never eat a wild mushroom based on a web page — confirm with an expert.
Mycology is an evolving science: names, classifications and safety information change as research advances. Entries are compiled from cited sources and reviewed, but may be incomplete or out of date — check the sources, and never rely on this library alone to identify or eat a mushroom.
Help build this page
This page grows with the community. Here is what it is still missing:
Photos. None yet — moderators review each photo before it appears.Sign in to add a photo
Sightings. Spotted it in the wild? Add it to the map.Open the map
Strains. No public strains of this species on WeMush yet.
Track Your Own Green muscardine fungus Grows
Join WeMush to log cultivation data, discover strains, and connect with fellow growers.
Soil; infects insects and other arthropods. More than 200 insect host species were reported for the broad species before 2009 (termites, thrips, beetles, locusts, ticks and others); some of those records now belong to segregate species (e.g. M. acridum on locusts, M. majus on scarab beetles).
Distribution
Worldwide in soil (Wikipedia). The range of M. anisopliae in the strict sense, as narrowed in 2009, is not given in the sources consulted.
Characteristics
Green conidia; infected cadavers often turn red, then develop a white mould that becomes green as spores form. Infects through the cuticle via appressoria and enzymes (proteases, lipases, chitinases). Conidial measurements were not given in the sources consulted.