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q illustrate the important rules of nomenclaturenomenclature is allied to taxonomy as it deals with the determination of the correct name to be
q principles of binomial nomenclaturethere are certain basic principles of binomial nomenclature which are as followsi different nomenclatural
q international codes used for system of binomial nomenclaturein 1753 linnaeus suggested a system of binomial nomenclature where each individual is
q what do you mean by binomial nomenclaturebinomial nomenclature is the naming of the individual entity and the group so produced through
explain some characteristic features of mucor1 stolons characteristics of rhizopus are absent in mucor the aerial mycelium in mucor consists of
explain about the mucor - fungimucor is present as a food contaminant it resembles rhizopus in life history and colonies appear just like
how the rhizopus reproducerhizopus usually reproduce asexually but under unfavourable conditions sexual reproduction isogamous occur resulting in
explain the sporangiophores features of rhizopus1 sporangiophores swell at the tip into a spherical knob like structure called sporangium it has two
define sporangiophore - types of hyphaesporangiophore - tufts of special erect unbranched hyphae growing in air arise from stolon just opposite to
define rhizoids - types of hyphaerhizoids - these are brown slender root like structures which arise in cluster from each node of the stolon these
define stolon - types of hyphaemicroscopically hyphae are aseptate and coenocytic there are 3 kinds of hyphaea stolon - these grow horizontally on
explain identifying features of rhizopusmacroscopically rhizopus appears as a white cottony mass look at rhizopus growth on media above growing
what is rhizopus - fungirhizopus is a common laboratory contaminant it is a spoiling mould and found frequently on the surface of bread fruits and
explain the nutrition of fungifungi grow in moist environment and are chemoorganoheterotrophs what do we mean by chemoorganoheterotrophs the term
explain about the reproduction in fungifungi we have seen above reproduce both sexually and asexually asexual mode of reproduction include budding
explain about the deuteromycota - fungideuteromycota - deuteromycetes or fungi imperfecti reproduce by means of conidia these have either lost the
explain about the basidiomycota - fungibasidiomycota - fungi in this division are called basidiomycetes or club fungi sexual structure is known as
explain about the ascomycota - fungiascomycota - ascomycetes or sac-like fungi have septate mycelium these are called so because sexual reproduction
explain about the zygomycota - fungifungi belonging to zygomycota are called zygomycetes hyphae in this sub-class are coenocytic asexual spores
explain about the classification of fungithe fungi as you may recall reading above is now placed in a separate kingdom called myceteae traditionally
explain the structure of fungithe vegetative structure of a fungus is called thallus it varies in complexity and size ranging from unicellular yeasts
define some detrimental effects of fungi these cause diseases of animals and humans these either cause superficial mycoses infection of skin hair and
define some beneficial effects of fungi1 these act as decomposers and can degrade complex organic molecules in dead plants and animals to simple
what is the importance of fungifungi are widely distributed in nature it is estimated that there are about 15 million species of fungi on earth fungi
explain what is fungithe fungi are spore-bearing eukaryotic organisms without chlorophyll and having absorptive nutrition these reproduce sexually as