Recombination and local population structure of the root endophytic fungus Glutinomyces brunneus based on microsatellite analyses

N Nakamura, C Tanaka, Y Takeuchi-Kaneko - Fungal ecology, 2019 - Elsevier
Dispersal limitation can affect the distribution pattern of organisms. Little is known, however,
about the dispersal ecology of root endophytic fungi such as Glutinomyces brunneus …
被引用次数：3 相关文章

[引用][C] Recombination and local population structure of the root endophytic fungus Glutinomyces brunneus based on microsatellite analyses

N Nakamura, C Tanaka, Y Takeuchi-Kaneko - Fungal Ecology, 2019 - cir.nii.ac.jp
Recombination and local population structure of the root endophytic fungus Glutinomyces
brunneus based on microsatellite analyses | CiNii Research CiNii 国立情報学研究所 学術情報 …

Recombination and local population structure of the root endophytic fungus Glutinomyces brunneus based on microsatellite analyses.

N Nakamura, C Tanaka, Y Takeuchi-Kaneko - 2019 - cabidigitallibrary.org
Dispersal limitation can affect the distribution pattern of organisms. Little is known, however,
about the dispersal ecology of root endophytic fungi such as Glutinomyces brunneus …

Recombination and local population structure of the root endophytic fungus Glutinomyces brunneus based on microsatellite analyses.

N Nakamura, C Tanaka, Y Takeuchi-Kaneko - Fungal Ecology, 2019 - cabdirect.org
Dispersal limitation can affect the distribution pattern of organisms. Little is known, however,
about the dispersal ecology of root endophytic fungi such as Glutinomyces brunneus …

[引用][C] Recombination and local population structure of the root endophytic fungus Glutinomyces brunneus based on microsatellite analyses

N Nakamura, C Tanaka, Y Takeuchi-Kaneko - 2019