AbstractA mathematical model for the development of fungal mycelia in heterogeneous environmental conditions is presented. The validity of this model is tested by comparison of numerical simulations with experimental observations
The study of alternatives to chemical methods of nematode control in agriculture has received signif...
This contribution, based on a Special Interest Group session held during IMC9, focuses on physiologi...
International audienceIn this work, we present a new PDE model of the growth of Postia placenta , a ...
A mathematical model for the development of fungal mycelia in heterogeneous environmental conditions...
Fungi are of fundamental importance in terrestrial ecosystems playing important roles in decompositi...
As decomposer organisms, pathogens, plant symbionts and nutrient cyclers, fungi are of fundamental i...
The study of filamentous fungi can be difficult through experimental means alone due to the complexi...
Fungi are a crucial component of most ecosystems and are responsible for decomposing organic matter,...
Many species of fungi form a mycelium, an indeterminate system of protoplasm-filled, apically extend...
Fungal mycelia are obviously heterogeneous structures, which is a key feature of their adaptability ...
Modelling and quantifying the effect of heterogeneity in soil physical conditions on fungal growt
Under a variety of conditions, the hyphal density within the expanding outer edge of growing fungal ...
Most fungi grow by developing complex networks that enable the translocation of nutrients over large...
A mathematical model is suggested for the growth of fungal mycelium in the homogeneous periodical cu...
The study of alternatives to chemical methods of nematode control in agriculture has received signif...
This contribution, based on a Special Interest Group session held during IMC9, focuses on physiologi...
International audienceIn this work, we present a new PDE model of the growth of Postia placenta , a ...
A mathematical model for the development of fungal mycelia in heterogeneous environmental conditions...
Fungi are of fundamental importance in terrestrial ecosystems playing important roles in decompositi...
As decomposer organisms, pathogens, plant symbionts and nutrient cyclers, fungi are of fundamental i...
The study of filamentous fungi can be difficult through experimental means alone due to the complexi...
Fungi are a crucial component of most ecosystems and are responsible for decomposing organic matter,...
Many species of fungi form a mycelium, an indeterminate system of protoplasm-filled, apically extend...
Fungal mycelia are obviously heterogeneous structures, which is a key feature of their adaptability ...
Modelling and quantifying the effect of heterogeneity in soil physical conditions on fungal growt
Under a variety of conditions, the hyphal density within the expanding outer edge of growing fungal ...
Most fungi grow by developing complex networks that enable the translocation of nutrients over large...
A mathematical model is suggested for the growth of fungal mycelium in the homogeneous periodical cu...
The study of alternatives to chemical methods of nematode control in agriculture has received signif...
This contribution, based on a Special Interest Group session held during IMC9, focuses on physiologi...
International audienceIn this work, we present a new PDE model of the growth of Postia placenta , a ...
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