Katalog - Lichenological literature

2199

Cengia-Sambo M. (1931): Ecologia dei Licheni. Parte II. I licheni umicoli dei passi alpini erbosi, Atti della Soc. Ital. Di Scieze Naturali, 70: 279-291

2198

Cengia-Sambo M. (1939): Licheni del Brasilie, Annali di Botanica, 22: 1-23

2197

Cengia-Sambo M. (1939): Casi di parassitismo fra due specie licheniche e di autoparassitismo. Considerazioni sul consozio lichenico, Annali di Botanica, 22: 1-9

2196

Cengia-Sambo M. (1939): Licheni dell' A.O.I. Raccolti dal Console Prof. Senni e dal Centurione ing. Giordano ufficiali della Milizia Naz. Forestale di Addis Abeba nel 1937, Nuovo Giornale Botanico Italiano, 46: 437-455

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2195

Cengia-Sambo M. (1931): Fragmenta Lichenologica I., Nuovo Giornale Botanico Italiano, 38: 65-77

2194

Cengia-Sambo M. (1933): Osservazioni e confronti sullecologia dei Licheni delle morene antiche e recenti - I., Archivio Botanico, 9: 118-134

2193

Cengia-Sambo M. (1932): Florula lichenica del Passo del Piccolo S. Bernardo, Estratto dell Annuario N. 2 del Laborat, 3-38

2192

Cengia-Sambo M. (1929): Flora Somala. Lichenes, Sindacato Italiano Arti Grafiche Editore, 3-20

2191

Zhou Q.-M., Wei J.-C., Ahti T., Stenroos S. & Högnabba F. (2006): The systematic position of Gymnoderma and Cetradonia based on SSU rDNA sequences, Journal of the Hattori Botanical Laboratory, 100: 871-880

Phylogenetic relationships of Gymnodenna coccocarpum and Cetradonia linearis were investigated using nucleotide sequence data of the SSU rDNA. Our results show that Gymnodenna and Cetradonia form a clade, which is a sister group of Pycnothelia and Carassea. As a result, both Gynmoderma and Cetradonia are clearly members of the family Cladoniaceae and the family name Cetradoniaceae has to be abandoned. The SSU rDNA of Gymnoderma contains seven group I and one spliceosomal intron, the positions and … Read more...

2190

Vivas M., Millanes A. M., Xavier Fihlo L., Honda N. K., Pereira E. C., Vicente C. & Legaz M.-E. (2006): Production of barbatic acid by immobilized cells of Cladonia miniata var. parvipes in calcium alginate, Journal of the Hattori Botanical Laboratory, 100: 855-863

Cell aggregates of Cladonia miniata var. parvipes immobilized in calcium alginate were used to assay their ability to produce barbatic acid. Immobilisates were supplied with sodium acetate or calcium acetate as a precursor for phenol biosynthesis, with ampicillin to prevent bacterial conta mination. Barbatic acid was actively produced during incubation, although cell vitality progressively decreased. Calcium acetate increased the rigidity and mechanical resistance of immobilisates and produced cell … Read more...