Biodiversity is usually evaluated b

Biodiversity is usually evaluated by assessment of species diversity. Biodiversity assessment of fungal communities
is, however, challenging, because fungal taxa often consist of complexes of cryptic species (Bickford et al.,2007). Cryptic species are found in B. bassiana (Rehner and Buckley, 2005; Rehner et al., 2006) and seemingly also
in the morphological species M. anisopliae (Bidochka et al.,2001, 2005). Evaluating the biodiversity contribution of B.
bassiana and M. anisopliae in agroecosystems must therefore be based on an assessment of the genetic diversity to
discover potential cryptic species. Traditional assessment of fungal species diversity is based on morphological features.
Unfortunately, few and sometimes ambiguous characters are used for species separation. Furthermore, many
entomopathogenic hypocrealean fungi have probably exclusively anamorphic life cycles in temperate regions, at

ผลลัพธ์ (แอฟริกา) 1:

Biodiversiteit is gewoonlik geëvalueer deur assessering van spesiediversiteit. Biodiversiteit Assessering van swam gemeenskappe
is egter 'n uitdaging, want swam taksa dikwels bestaan uit komplekse van Kriptiese spesies (Bickford et al., 2007). Kriptiese spesies kom in B. Bassiana (Rehner en Buckley, in 2005;. Rehner et al, in 2006) en skynbaar ook
in die morfologiese spesies M. anisopliae (Bidochka et al, Die 2001, 2005.). Evaluering van die bydrae van biodiversiteit B.
Bassiana en M. anisopliae in Agroecosystems Daarom moet gebaseer wees op 'n beoordeling van die genetiese diversiteit te
ontdek potensiaal Kriptiese spesies. Tradisionele assessering van swam spesies is gebaseer op morfologiese kenmerke Diversiteit.
Ongelukkig is min en soms dubbelsinnige karakters gebruik vir die skeiding spesies. Verder is baie
Hypo Crea entomopatogeniese swamme het waarskynlik uitsluitlik anamorphic Life Cycles in gematigde streek, by.