These data will provide information on the ecology of specific fungi detected in the field and help estimate the functional group composition and diversity of fungi from their DNA assemblage data. Specifically, the following information was collected: reported distribution (11 categories including information on the presence of fungi in Japan) and function (38 categories related to ecological functional data, such as guilds and habitats) of 553 families included in the literature. In this study, the ecological information of each fungal family was compiled from review papers and published books. However, functional data on the distribution and function of individual taxa remain scarce. Therefore, a global DNA database containing taxonomic information has been developed. HTS‐obtained DNA sequences can be compared with those in databases to identify the taxa of organisms from which they are derived. With the widespread use of high‐throughput sequencing (HTS) in recent years, the detection of fungal DNA sequences in various regions and on different environmental substrates has advanced. Their taxonomic and functional diversities are essential factors for predicting ecosystem functions and their responses to environmental changes. In contrast, functional diversity was not significantly affected by the host, vegetation, or soil properties, indicating that the fungal community members were relatively redundant in terms of the evaluated functional traits.įungi have unique ecosystem functions, such as organic matter decomposition, parasitism, and symbiosis with other organisms in terrestrial and aquatic ecosystems. The taxonomic diversity was also related to local variations in vegetation and soil properties, suggesting that the local colonization and establishment of vegetation and the concomitant development of soil contributed to the taxonomic diversity of fungi. The greater phylogenetic diversity in moss was mainly attributable to the presence of families in Mucoromycota, compared to those in conifers, in which relatively closely related families of Dikarya were present. Taxonomic and phylogenetic diversity indices of fungal communities were significantly greater in moss than in conifers.

The results indicated the effects of host plant species and local environmental heterogeneity on fungal diversity in the cold region. Saprotrophs were the dominant functional guild. We detected 615 operational taxonomic units, in total, of fungi in 84 families with 97% sequence similarity by metabarcoding the internal transcribed spacer 1 (ITS1) region of nuclear ribosomal DNA. Taxes, fees not included for deals content.We quantified the taxonomic, functional, and phylogenetic diversity of fungi associated with dead moss tissues and conifer needles in a forest-tundra ecotone in a sub-Arctic region, Quebec, Canada. If you have any questions or suggestions regarding this matter, you are welcome to contact our customer support team.Ĭanada247 is not a booking agent, and does not charge any service fees to users of our site.Ĭanada247 is not responsible for content on external web sites. The brand names, logos, images and texts are the property of these third parties and their respective owners. cannot be held responsible or liable for the accuracy, correctness, usefulness or reliability of the data. The content displayed in the Directory consists of information from third parties, among others from publicly accessible sources, or from customers, who have a presentation page in our directory. © 2023 All Rights reserved.Īt Canada 247 our purpose is to help people find great local businesses like dentists, hair stylists, restaurants, bars, hotels, local businesses.

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