Titlebook: Sclerotia Grains in Soils; A New Perspective fr Makiko Watanabe Book 2021 Springer Nature Singapore Pte Ltd. 2021 Fungal sclerotia.Ectomyco

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Spatial Distribution of Sclerotia Grains in Forest Soils, Northern and Central Japan,a long term as a structural organic component in soils, is studied from soil science and geographical aspects in this chapter. The objective of this study is to understand the nature of their distribution as an organic component of forest soils in Japan. Distributional properties of sclerotia were e

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Spatial Distribution of Sclerotia Grains in Low-pH Forest Soils, Central Germany,ermany. In addition, the micro-topographical distribution of sclerotia grains was examined in a single forest stand. Sclerotia grains were predominantly found in surface horizons (Ah, E horizons) within 10 cm of the soil surface, and the density of grains ranged from 0.01 to 4.99 g kg. soil. The con

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Melanized Sclerotia Grains from Mongolian Steppe Forest Soils,ir elemental composition was compared with that of sclerotia grains collected from low-pH soils in three areas in Japan (Rishiri, Komado, Ontake). The elemental compositions of the soil and the sclerotia grains were compared to determine the transfer factors of elements from soil to sclerotia grains

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Relationships Between Soil Mesofauna, Ectomycorrhizal Fungi, and Sclerotia in Forest Soils,orrhizal fungi in forest soils. We noted a relationship between soil pH and exchangeable aluminum content and sclerotia formation. Our findings also suggest that fungivory of Acari and/or Collembola toward sclerotia-forming ectomycorrhizal fungi is a key biological factor regulating sclerotia formation in forest soils.

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Sclerotia Grain, a Mesoscale Component of Soil,rains that bridge microbial and pedogenic processes may clarify the biological function of sclerotia formation and autonomous homeostasis of soil ecosystem. Sclerotia grains, a mesoscale component in soil may hold the key to understanding novel aspects of soil ecological systems.