528 Fung') Bacteria und Pathologie 



Kellerman, W. A., Mycological Bulletin, Ohio Stat? 

 University. III— IV. (p. 141— 224. fig. 115-176. Nos. 36— 56. 

 Jun. 1905 — Apr. 1906.) 



These numbers contain numerous short notes on many species 

 of fungi, the following being also ülustrated: Peziza coccinea, Phyllo- 

 sticta asiminae, Clitocybe multiceps, Pholiota unicolor, Cliiopiliis 

 noveboracensis, C. abortivus, C. orcella, Morchella blspora, Omphalia 

 umbellifera, 0. campanella, Lepiota morgani, Pleiirotus ulmarius, 

 Boletus felleus, Amanita venia, A. solitaria, Hydnam zonatum, 

 Cantharelliis aurantiacus, Boletus edulis, Hygrophorus conicus, 

 Clitocybe odora, Polyporus betulinus, Crepidotus malachius, Poly- 

 porus versicolor, Bacterium pruni, B. malvacearum, Bacillus caroto- 

 vorus, Lycoperdon tesselatum, L. gemmatum^ L. piriforme, Collybia 

 platypliylla, Mycena galericnlata, Panaeolus epimyces, Hypomyces 

 lactifluorum, Lycoperdon echinatum, L. tesselatum, L. umbrinum, 

 Cortinarius cinnamoneus, Hygrophorus eburneus, Geaster triplex, 

 Polyporus brumalis, Marasmius campanulatus, Boletus amerlcanus, 

 Aecidium impatientis, Urocystis carcinodes, Helotium citrinum, 

 Clitocybe flaccida, C. infundibuliformis, Trametes elegans, Hygro- 

 phorus laurae, Mutinus caninus, Lactarius volemus, Albugo ipo- 

 moeae-panduratae, Cyclomyces greenei, Hypholoma sublateritium and 

 Pleurotus applicatus. Hedgcock. 



Kellerman, W. A., Uredineous Culture Experiments with 

 Puccinia sorghi, 1905. (Journal o\ Mycology. Xll. Jan. 1906. 

 p. 9-11.) 



A summary of the previous work is given, together with the 

 results of culture experiments with the Maize rust. No inoculations 

 with this rust were on record previous to 1904, the work for that 

 year establishing the following: That, using uredospores, the species 

 was readily transferred to any and all the „Agricultural species"^ of 

 Maize; that teosinte (Euchlaena luxurians) was also a host for this 

 species of rust (not before reported); that attempts to inoculate 

 Sorghum vulgare, Saccharum officinarum, and Tripsicum dacty- 

 loides were unfruitful. In the progress of the work no Aecidium 

 was noted by the author. In the meanwhile Dr. Arthur found that 

 the aecidial stage of the rust occurred on Oxalis, and proved the 

 connection by successful inoculation experiments, which was verified 

 by the author at a later date. The theory proposed by the author 

 one year ago, namely, that an aecidium might be suppressed at will, 

 or under circumstances is now abandoned by the author. Doubtless 

 the rust of Maize is carried over from year to year in part by 

 means of surviving uredospores, since uredosporic inoculation, as 

 shown by numerous experiments, is not difficult. Hedgcock. 



Lloyd, C. G., The Tylostomeae. (Lloyd, Cinncinnati, 0. Febr. 1906. 

 26 pp. 6 fig. pl. 74—85.) 



The author separates the Tylostomeae into six genera, Queletia, 

 Dictyocephalos, Schizostoma, Battarrea, Battareopsis, Chlamydopus, 

 and Tylostoma, with the following species some of which are forms 

 of others and most of which are illustrated and described in füll : 

 Queletia mirabilis, Dictyocephalos curvatus, Schizostoma laceratum, 

 Battarrea phalloldes, B. stevenii, B. levispora, B. guicciardiniana, 

 B. digueti, Battarreopsis artini, Chlamydopus meyenianus, Tylostoma 



