Greiff George R L, Cuyler Bleecker W, Haldeman Michael, Slade Katherine, Smith Nathan, Ickert-Bond Stefanie M
University of Bristol, 24 Tyndall Avenue, Bristol BS8 1TQ, England, UK.
Herbarium (ALA), University of Alaska Museum of the North, 1962 Yukon Drive, Fairbanks, AK 99775, USA.
J Bryol. 2024 Jul 29;46(3):215-222. doi: 10.1080/03736687.2024.2375407. eCollection 2024.
Bryophyte herbarium material often contains inadvertently collected bryophilous fungi preserved with their host plant tissues, providing snapshots of the biotic aspects of bryophyte ecology in space and time. During an ongoing project to study bryophilous fungi on leafy liverworts in the genus , new records of the bryophilous ascomycete (≡ ) were discovered in herbarium material from areas in which the fungus was previously unknown. While many host vouchers were screened, the fungus was observed in only five collections. Using as a case study, some of the advantages and limitations associated with the utility of bryophyte collections for bryo-mycological analyses are considered.
More than 400 herbarium specimens from across Europe and North America were screened for the presence of fungi by different researchers at the following four herbaria: ALA, BBSUK, NMW and OSC.
appears to be specific to and , forming gregarious, black perithecioid fruitbodies on the lower parts of host shoots. The study expands the known distribution of the fungus from a stronghold in northern and northeastern Europe to include the Aleutian Islands in Alaska. One of the host bryophytes, , is threatened by deterioration of its high-altitude Arctic-montane habitats, especially along the southern parts of its range, including Britain and Ireland. Our work supports the concept that research utilising herbarium material may provide valuable, unexpected outcomes, with bryophytes as important sources of fungi that have been inadvertently collected in the past.
苔藓植物标本材料常常无意间包含了与其寄主植物组织一同保存的嗜苔藓真菌,为苔藓植物生态的生物方面在空间和时间上提供了快照。在一项正在进行的关于叶苔属苔藓植物上嗜苔藓真菌的研究项目中,在该真菌此前未知区域的标本材料中发现了嗜苔藓子囊菌(≡ )的新记录。尽管筛选了许多寄主标本,但仅在五个标本中观察到了这种真菌。以 为例,探讨了苔藓植物标本用于苔藓真菌学分析的一些优点和局限性。
来自欧洲和北美的400多个标本由以下四个标本馆的不同研究人员进行真菌检测:ALA、BBSUK、NMW和OSC。
似乎专生于 和 上,在寄主茎的下部形成群居的黑色子囊壳果实体。该研究将该真菌已知分布范围从欧洲北部和东北部的一个据点扩展到了阿拉斯加的阿留申群岛。寄主苔藓植物之一, ,正受到其高海拔北极山地栖息地退化的威胁,尤其是在其分布范围的南部地区,包括英国和爱尔兰。我们的工作支持这样一种观点,即利用标本材料进行的研究可能会产生有价值的、意想不到的结果,苔藓植物是过去无意间收集到的真菌的重要来源。