Synonyms for entomogenous or Related words with entomogenous

nematophagous              entomophagous              myxomycetes              glomeromycota              acremoniuin              fingi              endomycorrhizal              xerophilic              basidiomycetous              chromomycotic              eumycetes              keratinophilic              saprobes              saprophytic              ophiostomatoid              cknccpta              filmentous              corticioid              saprophytes              mucoralean              mycologia              ascomycotina              saprobe              phythopathogenic              mycotoxigenic              dematiaceous              saprotrophic              lichenized              diazotrophic              rhizospheric              vorticella              heterocystous              diplomonads              mastigomycotina              coprophilous              fungis              ericoid              bacteriae              ascomycetous              conoides              yeastlike              ustilaginales              entomophthora              bisexualis              clavarioid              entomophaga              zygomycete              fungicola              endolithic              deuteromycota             

Examples of "entomogenous"
Modern farming methods have seen the reduction of cattle-grazing and this has impacted the Horseshoes who previously found that dung attracted insects and sustained entomogenous populations, giving their prey a stable population.
While little pest management research has been done on the majority of tarsonemid species, comprehensive studies have been made into the biological and chemical control of the cyclamen mite and the broad mite. Chemical trials demonstrated that endosulfan and dicofol consistently reduced densities of "P. latus" and "S. pallidus", and planting stock can be effectively decontaminated through fumigation with methyl bromide or 1,2-dibromoethane. Three entomogenous fungi, "Beauveria bassiana", "Metarhizium anisopliae", and "Paecilomyces fumosoroseus", can effectively manage broad mite infestations, with "B. bassiana" providing the greatest reduction. Predatory phytoseiid mites, in the genus "Neoseiulus", can also successfully control "P. latus" and "S. pallidus" under greenhouse and field conditions.
Entomogenous, entomopathogenic or insect-pathogenic hyphomycetes infect and kill insects (and spiders) and are especially diverse in tropical and subtropical regions, especially in Asia. Most are asexual states of or phylogenetically related to the Ascomycete families, Cordycipitaceae and Ophiocordycipitaceae. Insect hosts are infected by asexual spores, which germinate and grow to fill the host body with mycelium or hyphal bodies, then produce sporulating structures on the insect carcass. They are often found on dead insects under bark or in soil, but some affect insect behaviour ("zombie fungus"), causing infected hosts to climb towards the light, ensuring that air-borne infective spores will be released higher up in the canopy of the forest or meadow. Well-known entomogenous hyphomycetes are classified in "Beauveria", "Metarhizium" and "Tolypocladium"; famous anamorphic generic names such as "Akanthomyces", "Gibellula", "Hirsutella", "Hymenostilbe" and "Isaria" are now subsumed in genera formerly considered sexual, such as "Cordyceps", "Ophiocordyceps" and "Torubiella" under fungal single-name nomenclature. Species of "Beauveria" and "Metarhizium" show some promise as biological control agents against pest insects. "Tolypocladium inflatum" was the original source of cyclosporine A, used as a drug to prevent rejection of organ transplants.
Howard had great admiration for Roland Thaxter and Cap Weston. When Howard was an undergraduate at the University of California, Berkeley, he was introduced to the study of zoosporic fungi. During his graduate work at University of California, Berkeley he focused on fungi associated with invertebrates, receiving his doctorate in 1960 for a study of the entomogenous fungus "Amoebidium parasiticum" (Protozoan). He published his first paper on "Amoebidium parasiticum" (Protozoan) on "Daphnia" in the journal "Nature" in 1960. After that, he published a number of articles on zoosporic fungi. Additional publications included those on the Trichomycetes, Entomophthorales, "Rubetella inopinata" and "Carouxella scalaris", with J. F. Manier and L. Rioux. He published many articles on the biology of "Coelomomyces".[ From 1970, he did some research on members of the Oomycota, insect parasites in the Zygomycota and Ascomycota, and even delved for a bit into the Basidiomycota with G. A. Escobar, D. E. McCabe and C. W. Harpel.