As the key medium for decomposing wood fibers, fungi play a vital role in promoting the carbon cycle. The purpose of this paper is to establish mathematic models describing the process of fungi decomposing litter and wood fiber. The paper comprehensively consider the effects of temperature, moisture, location and other factors on fungal traits, and introduced the experimental data of the US Forest Service Center for Forest Mycology Research (CFMR).Based on the model of competition among populations and the modern coexistence theory, this paper establishes the competitive model between two fungi, then generalizes it to a variety of fungi and predicts the short-term and long-term effects
Brown rot wood-decaying fungi have a chemical and biological nutritional mode that is very distinct ...
Predicting the influence of biotic and abiotic factors on species interactions and ecosystem process...
AbstractFungal species vary in the rate and way in which they decay wood. Thus, understanding fungal...
As the key medium for decomposing wood fibers, fungi play a vital role in promoting the carbon cycle...
By using the OLS model, an equation for the rate of decomposing wood by a variety of fungi was estab...
Fungi play an essential role in carbon cycle by decomposing the litter and woody fibers. This study ...
Most saprotrophic fungi are dominant decomposers, and they play a vital role in the carbon cycle and...
Differential equations are used to describe the decomposition ability of fungi and systems with mult...
Fungi are of great functional significance in terrestrial ecosystems as the main decomposers. To bet...
University of Minnesota Ph.D. dissertation. August 2014. Major: Natural Resources Science and Manage...
Interactions between wood-inhabiting Mcromycetes and between this group and other colonising organis...
Wood decaying fungi are an essential part of all forest ecosystems. On their functioning depends a n...
The interactions among saprotrophic fungal species, as well as their interactions with environmental...
AbstractUnderstanding the effects of changing abiotic conditions on assembly history in wood decay c...
Filamentous fungi contribute to ecosystem and human-induced processes such as primary production, bi...
Brown rot wood-decaying fungi have a chemical and biological nutritional mode that is very distinct ...
Predicting the influence of biotic and abiotic factors on species interactions and ecosystem process...
AbstractFungal species vary in the rate and way in which they decay wood. Thus, understanding fungal...
As the key medium for decomposing wood fibers, fungi play a vital role in promoting the carbon cycle...
By using the OLS model, an equation for the rate of decomposing wood by a variety of fungi was estab...
Fungi play an essential role in carbon cycle by decomposing the litter and woody fibers. This study ...
Most saprotrophic fungi are dominant decomposers, and they play a vital role in the carbon cycle and...
Differential equations are used to describe the decomposition ability of fungi and systems with mult...
Fungi are of great functional significance in terrestrial ecosystems as the main decomposers. To bet...
University of Minnesota Ph.D. dissertation. August 2014. Major: Natural Resources Science and Manage...
Interactions between wood-inhabiting Mcromycetes and between this group and other colonising organis...
Wood decaying fungi are an essential part of all forest ecosystems. On their functioning depends a n...
The interactions among saprotrophic fungal species, as well as their interactions with environmental...
AbstractUnderstanding the effects of changing abiotic conditions on assembly history in wood decay c...
Filamentous fungi contribute to ecosystem and human-induced processes such as primary production, bi...
Brown rot wood-decaying fungi have a chemical and biological nutritional mode that is very distinct ...
Predicting the influence of biotic and abiotic factors on species interactions and ecosystem process...
AbstractFungal species vary in the rate and way in which they decay wood. Thus, understanding fungal...