School of Biological, Earth and Environmental Sciences, University of New South Wales, Sydney, Australia.
Mycologia. 2013 Jul-Aug;105(4):1043-58. doi: 10.3852/12-404. Epub 2013 May 24.
The first collection of a macrofungal agaric species, with morphological features similar to already described Anamika species, has been found in association with animal bones in north Queensland, Australia. This species also shares features with several, commonly occurring and previously described Australian Hebeloma species. An integrated morphological and molecular study has resulted in the conclusion that all Anamika species belong in Hebeloma. As a result, already described species of Anamika are recombined as H. indicum (K.A. Thomas, Peintner, M.M. Moser and Manim.) B.J. Rees & Orlovich, H. angustilamellatum (Zhu L. Yang and Z.W. Ge) B.J. Rees & Orlovich and H. lactariolens (Clémençon and Hongo) B.J. Rees & Orlovich. A. phylogenetic tree based on ribosomal ITS sequences examines the relationship of these species with other Hebeloma species from both hemispheres. Four new species, Hebeloma youngii B.J. Rees, H. nothofagetorum B.J. Rees, H. subvictoriense B.J. Rees, H. lacteocoffeatum B.J. Rees, and one form, H. aminophilum f. hygrosarx B.J. Rees, are described as new from Australia.
在澳大利亚北昆士兰，与动物骨骼有关的地方发现了第一个大型真菌蘑菇属物种的集合，其形态特征与已经描述的 Anamika 物种相似。该物种还与几种常见的、以前描述过的澳大利亚 Hebeloma 物种具有相似特征。综合形态学和分子研究的结果表明，所有的 Anamika 物种都属于 Hebeloma。因此，已经描述的 Anamika 物种被重组为 H. indicum (K.A. Thomas, Peintner, M.M. Moser and Manim.) B.J. Rees & Orlovich、H. angustilamellatum (Zhu L. Yang and Z.W. Ge) B.J. Rees & Orlovich 和 H. lactariolens (Clémençon and Hongo) B.J. Rees & Orlovich。基于核糖体 ITS 序列的系统发育树检验了这些物种与来自两个半球的其他 Hebeloma 物种的关系。描述了来自澳大利亚的四个新物种，即 Hebeloma youngii B.J. Rees、H. nothofagetorum B.J. Rees、H. subvictoriense B.J. Rees、H. lacteocoffeatum B.J. Rees，以及一种形式，H. aminophilum f. hygrosarx B.J. Rees。
