ITALIC 7.0

Rinodina olivaceobrunnea C.W. Dodge & G.E. Baker

Ann. Miss. Bot. Gard., 15: 659, 1938.

Synonyms: Rinodina archaea f. minuta Anzi ex Arnold; Rinodina archaeoides H. Magn.; Rinodina soredicola Degel.; Rinodina ventricosa Hinteregger & Giralt

Distribution: N - Ven (Caniglia & al. 1999, Nascimbene & Caniglia 2000, Tomaselli & al. 2006), TAA (Nascimbene & al. 2022), Lomb. C - Sar. S - Cal (Nascimbene & al. 2021), Si.

Description: Thallus crustose, episubstratic, very thin and often inconspicuous, continuous to granular, whitish grey to brownish, without a clear prothallus. Apothecia lecanorine, 0.2-0.7 mm across, with a pale to dark brown, flat to convex disc, and a thin, often granular, finally sometimes excluded thalline margin. Thalline exciple corticate, the cortex 20-40 μm thick, I-; epithecium brown; hymenium colourless, 70-90 μm high; hypothecium colourless, 15-50 μm high. Asci 8-spored, clavate, the K/I+ blue tholus penetrated by a faintly amyloid apical cushion with parallel or diverging flanks, the wall K/I-, surrounded by a K/I+ blue outer layer, Lecanora-type. Ascospores 1-septate, brown, ellipsoid with rounded ends, 16-25 x 6-10 μm, Physcia-type, with a well-developed torus and an ontogeny of type A (apical wall thickening after septum formation). Photobiont chlorococcoid. Spot tests: K-, C-, KC-, P-, UV-. Chemistry: thallus with variable, usually low amounts of zeorin and pannarin.

Note: an arctic-alpine, circumpolar species found on soil, bryophytes and plant debris in tundra-like environments over siliceous substrata ; the forms corresponding to R. ventricosa grow on subalpine shrubs (Rhododendron, dwarf Salix), or on wood; certainly widespread throughout the Alps, and also reported from the high Mediterranean mountains.

Growth form: Crustose

Substrata: bark, lignum, soil, terricolous mosses, and plant debris

Photobiont: green algae other than Trentepohlia

Reproductive strategy: mainly sexual

Commonnes-rarity: (info)

Alpine belt: rather common

Subalpine belt: rather rare

Oromediterranean belt: very rare

Montane belt: absent

Submediterranean belt: absent

Padanian area: absent

Humid submediterranean belt: absent

Humid mediterranean belt: absent

Dry mediterranean belt: absent

pH of the substrata:

1

2

3

4

5

(info)

Solar irradiation:

1

2

3

4

5

(info)

Aridity:

1

2

3

4

5

(info)

Eutrophication:

1

2

3

4

5

(info)

Poleotolerance:

0

1

2

3

(info)

Altitudinal distribution:

1

2

3

4

5

6

(info)

Predictive model

Herbarium samples

Index Fungorum GBIF

Miris Castello - CC BY-SA 4.0; Owner: Department of Life Sciences - University of Trieste

Antarctica, Terra Nova Bay.
Herbarium: TSB - Antarctic Herbarium

Miris Castello - CC BY-SA 4.0; Owner: Department of Life Sciences - University of Trieste

Antarctica, Terra Nova Bay.
Herbarium: TSB - Antarctic Herbarium

Miris Castello - CC BY-SA 4.0; Owner: Department of Life Sciences - University of Trieste

Antarctica, Terra Nova Bay.
Herbarium: TSB - Antarctic Herbarium

Miris Castello - CC BY-SA 4.0; Owner: Department of Life Sciences - University of Trieste

Antarctica, Terra Nova Bay.
Herbarium: TSB - Antarctic Herbarium

Miris Castello - CC BY-SA 4.0; Owner: Department of Life Sciences - University of Trieste

Antarctica, Terra Nova Bay.
Herbarium: TSB - Antarctic Herbarium

M. Castello CC BY-SA 4.0

Antarctica, Terra Nova Bay
TSB - Antarctic Herbarium

Miris Castello - CC BY-SA 4.0; Owner: Department of Life Sciences - University of Trieste

Antarctica, Terra Nova Bay.
Herbarium: TSB - Antarctic Herbarium

P.L. Nimis; Owner: Department of Life Sciences, University of Trieste

Herbarium: TSB (23478)
2002/05/13