[HTML][HTML] Forest types matter for the community and co-occurrence network patterns of soil bacteria, fungi, and nematodes
Y Kitagami, Y Matsuda - Pedobiologia, 2024 - Elsevier
Tree growth influences the biological, physical, and chemical properties of the soil through
the input of different types of litter and various root exudates. However, our understanding of …
the input of different types of litter and various root exudates. However, our understanding of …
Plant material decomposition and bacterial and fungal communities in serpentine and karst soils of Japanese cool-temperate forests
We aimed to reveal the plant material decomposition rate and abundance of bacteria and
fungi in serpentine and karst sites of cool-temperate forests. Given the relatively higher soil …
fungi in serpentine and karst sites of cool-temperate forests. Given the relatively higher soil …
Diverse recalcitrant substrates slow down decomposition of leaf litter from trees in a serpentine ecosystem
Aims Litter decomposition in serpentine ecosystems has been studied solely addressing
heavy metals like Ni. We aimed to show how leaf nutrients, cell-wall components and lamina …
heavy metals like Ni. We aimed to show how leaf nutrients, cell-wall components and lamina …
< 総説> 蛇紋岩地域の森林生態系における葉リター分解
中村亮介 - 生存圏研究, 2020 - repository.kulib.kyoto-u.ac.jp
蛇紋岩とは, かんらん岩などの超塩基性岩 (SiO₂ 含量 45% 以下) が熱変成を受けて生成した
岩石であり, 地表面積 1% 以下を占めて世界に散在している. 蛇紋岩が風化して生成した蛇紋岩 …
岩石であり, 地表面積 1% 以下を占めて世界に散在している. 蛇紋岩が風化して生成した蛇紋岩 …