Analytical results of 20 soils without Tuber melanosporum production located outside its brules Sample code: E, external brule soil Sample
Ascocarp [MATHEMATICAL Total code production EXPRESSION C[O.sub.3.- NOT sup.2] REPRODUCIBLE (g/100 IN ASCII] 1-E Null 8.17 9.66 2-E Tuber rufum 7.87 77.00 3-E Tuber rufum 7.81 75.00 4-E Tuber rufum 7.90 61.00 5-E Tuber rufum 7.98 70.50 6-E Tuber rufum 7.61 69.50 7-E Tuber rufum 8.07 45.50 8-E Tuber rufum 8.16 14.00 9-E Tuber rufum 7.95 20.00 10-E Null 7.92 6.91 11-E Null 7.70 14.02 12-E Tuber rufum 7.82 37.50 13-E Tuber rufum 8.13 23.38 14-E Null 7.70 9.03 15-E Tuber rufum 8.09 34.00 16-E Tuber rufum 7.91 21.50 17-E Null 7.00 18.44 18-E Tuber rufum 8.10 40.00 19-E Null 8.16 9.93 20-E Null 8.06 15.63 Tuber rufum mean -- 7.95 45.30 s.d.
Ascocarp with terminal straight hairs, up to 1.5 [micro]m long, black septate surrounding the ostiole.
Ascomycetes that have mycelia characteristically produce fruiting bodies called
ascocarps (Barr, 2001).
Emergence of morel (Morchella) and pixie cup (Geopyxis carbonaria)
ascocarps in response to the intensity of forest floor combustion during a wildfrre.
flavus where undeveloped stromata (sexual structure) were found in naturally infected maize ears and developed to
ascocarps with viable ascospores [26].
This ascomycete produces thin, brilliant orange
ascocarps (the fruiting body of the fungus) that resemble orange peels that stand out in the drab colors of autumn and give the fungus its name.
The most common morphologic feature of this form is the formation of brown-black
ascocarps.
Ascocarps are fruiting bodies that consist of very tightly interwoven hyphae and asci.