Ramaria araiospora
Ramaria araiospora, commonly known as the red coral, is a coral mushroom in the family Gomphaceae. First described in 1974, it is found in North America and the Himalayas. It is sold as food in local markets in Mexico.
Taxonomy
The species was first described scientifically by mycologists Currie Marr and Daniel Stuntz in their 1974 monograph, "Ramaria of western Washington". The holotype was collected in 1967 in Pierce County, Washington. Marr and Stuntz also published the variety rubella, which was originally collected in 1967 about south of Elbe, Washington. Ramaria araiospora is classified in the subgenus Laeticolora of Ramaria. The mushroom is commonly known as the "red coral".Description
The fruit bodies typically measure tall by wide. There is a single, somewhat bulbous stipe measuring long by thick, which is branched up to six times. The branches are slender, usually about in diameter, while branches near the base are thicker, up to thick. The terminal branches are forked or finely divided into sharp tips. The context is fleshy to fibrous in young specimens, but becomes brittle when dried. The branches are red initially, fading to a lighter red in maturity, while the base, including the stipe, is white to yellowish-white. Branch tips are yellow. When dried, fruit bodies become yellowish white in the base and dull red in the branches. The fruit bodies have no distinctive taste or odor.In deposit, the spores are white, cream, or yellowish. They are somewhat cylindrical, ornamented with lobed warts, and measure 9.9 by 3.7 μm. The basidia are club-shaped, one- to four-spored, and have dimensions of 43–75 by 7–12 μm. The variety rubella differs from the main type in having slightly more "bluish or crimson" branches in mature specimens, and slightly smaller basidia that measure 30–70 by 6–10 μm.
Similar species
Ramaria stuntzii is similar in appearance, with a larger base, reddish-orange branches below, and is amyloid. R. cyaneigranosa is also similar, varying mostly in microscopic details.Faded specimens could be confused with the toxic R. formosa.