bolete mushroom

This is similar to the color reaction that occurs in several bolete mushrooms.

He later investigated fungi, particularly the bolete mushrooms.

Bolete mushrooms are a separate morphological group not included in polypores even though they have tubes.

Phylogenetic analyses performed in the 2000s show the genus to be evolutionarily related to the Bolete mushrooms.

An orange pigment, it is responsible for the bluing reaction seen in many bolete mushrooms when they are injured.

It is the predominant carotenoid in the cap of the bolete mushroom Boletus luridus.

Boletus floridanus is a species of bolete mushroom in the Boletaceae family.

Leccinum crocipodium is a bolete mushroom in the genus Leccinum.

Spraying a fruit body with methanol causes the pigments to dissolve and makes the color wash away-a phenomenon unknown in other bolete mushrooms.

As suggested by its common name, the distinctive feature of this species is its yellow gills-an unusual feature on a bolete mushroom.

Fruit bodies of the genus Tylopilus are encountered as large stout bolete mushrooms, which generally arise from the ground or occasionally from wood.

Fumaric acid is found in fumitory (Fumaria officinalis), bolete mushrooms (specifically Boletus fomentarius var.

Molecular analysis published in 1997 established that the bolete mushrooms are all derived from a common ancestor, and established the Boletales as an order separate from the Agaricales.

L. manzanitate can be usually distinguished from other similar bolete mushrooms by its large size, reddish cap, dark scabers on a whitish stem, and association with manzanita and madrone.

The story of The Spore Wars on Wii also chronicles the life of the main character Pax, a lone bolete mushroom who is trying to find his place in mushroom society.

Like other bolete mushrooms, S. brevipes produces spores in a vertically arranged layer of spongy tubes with openings that form a layer of small yellowish pores on the underside of the cap.

In 1975 American mycologist Martina S. Gilliam investigated the periodicity of spore release in M. rotula and concluded that spore discharge did not follow a regular circadian rhythm, as is typical of agaric and bolete mushrooms, but rather was dependent on rain.