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Photo: Shutterstock. Design: Eat This, Not That!Enhancing balance and coordination is not only beneficial for athletes but also for individuals of all ages and fitness levels. Improved balance and ...
Inonotus obliquus causes a white heart rot to develop in the host tree. The chaga spores enter the tree through wounds, particularly poorly healed branch stubs. The white rot decay will spread throughout the heartwood of the host. During the infection cycle, penetration of the sapwood occurs only around the sterile exterior mycelium mass. [4]
A drawing on the lower side of the sporocarp of G. applanatum. A peculiarity of this fungus lies in its use as a drawing medium for artists. [13] When the fresh white pore surface is rubbed or scratched with a sharp implement, dark brown tissue under the pores is revealed, resulting in visible lines and shading that become permanent once the fungus is dried.
Inonotus dryadeus (syn. Pseudoinonotus dryadeus), commonly known as oak bracket, warted oak polypore, weeping polypore or weeping conk, is an inedible species of fungus belonging to the genus Inonotus, which consists of bracket fungi with fibrous flesh. Most often found growing at the base of oak trees, it causes white rot and decay of the ...
Tremella fuciformis is a species of fungus; it produces white, frond-like, gelatinous basidiocarps (fruiting bodies). It is widespread, especially in the tropics, where it can be found on the dead branches of broadleaf trees. This fungus is commercially cultivated and is one of the most popular fungi in the cuisine and medicine of China. [1]
Young K. deusta growing on tree. Kretzschmaria deusta is described as a wavy-edged cushion or crust, ranging in color from grey to white when young, and changing to black and brittle with age. Older fruitbodies look similar to charred wood, probably leading to them being underreported or ignored.
The spores are white, elliptical, smooth, and inamyloid. [4] The effect, impact and significance of infection by this fungus is rooted in the fact that it causes brown rot, which degrades the cellulose. Thus there is a loss of tensile strength which often leads to brittle fracture near the stem base, even at a fairly early stage of decay.
The fungus was originally described by Jean Bulliard in 1788 as Boletus betulinus. [1] It was transferred to the genus Piptoporus by Petter Karsten in 1881. [2] Molecular phylogenetic studies suggested that the species was more closely related to Fomitopsis than to Piptoporus, [3] [4] and the fungus was reclassified to Fomitopsis in 2016.