Egg galleries of Tomicus piniperda attacking Pinus yunnanensis were investigated during different period of trunk attack in mid Yunnan Province. 30 Genus of fungi,which belong to 12 families,were isolated. Among them,...Egg galleries of Tomicus piniperda attacking Pinus yunnanensis were investigated during different period of trunk attack in mid Yunnan Province. 30 Genus of fungi,which belong to 12 families,were isolated. Among them,12 are saprophytes,10 facultative fungi and 8 parasites. Moreover,there is no obvious differentiation in the dominant populations including Debaryomyces,Penicillium and Paecilomyces with the damage level of localities and there exists no close interior relation between bark beetle attacks and dominant populations. Besides these,blue stain fungi which identified as Leptographium spp.were isolated from Tomicus piniperda and trunk tunnels.展开更多
研究了从橡胶和松树变色木上分离到的长喙壳属(Ceratocystis sensu lato)和其他木材变色菌。证明引起这两种木材变色的主要真菌是Ceratocystisspp.,Ophostomaspp.,Lasiodiplodia theobromae和Sphaeropsissp.。进而研讨了其中之长喙壳属...研究了从橡胶和松树变色木上分离到的长喙壳属(Ceratocystis sensu lato)和其他木材变色菌。证明引起这两种木材变色的主要真菌是Ceratocystisspp.,Ophostomaspp.,Lasiodiplodia theobromae和Sphaeropsissp.。进而研讨了其中之长喙壳属真菌的分类学和形态学特征,传播媒介,寄主范围,以及温度对长喙壳菌引起的木材变色速度、菌落生长、子囊壳的形成和对子囊孢子成熟的影响。展开更多
文摘Egg galleries of Tomicus piniperda attacking Pinus yunnanensis were investigated during different period of trunk attack in mid Yunnan Province. 30 Genus of fungi,which belong to 12 families,were isolated. Among them,12 are saprophytes,10 facultative fungi and 8 parasites. Moreover,there is no obvious differentiation in the dominant populations including Debaryomyces,Penicillium and Paecilomyces with the damage level of localities and there exists no close interior relation between bark beetle attacks and dominant populations. Besides these,blue stain fungi which identified as Leptographium spp.were isolated from Tomicus piniperda and trunk tunnels.
文摘研究了从橡胶和松树变色木上分离到的长喙壳属(Ceratocystis sensu lato)和其他木材变色菌。证明引起这两种木材变色的主要真菌是Ceratocystisspp.,Ophostomaspp.,Lasiodiplodia theobromae和Sphaeropsissp.。进而研讨了其中之长喙壳属真菌的分类学和形态学特征,传播媒介,寄主范围,以及温度对长喙壳菌引起的木材变色速度、菌落生长、子囊壳的形成和对子囊孢子成熟的影响。
