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We used a novel digital autoradiographic technique that enabled, for the first time, simultaneous visualization and quantification of spatial and temporal changes in carbon allocation patterns in ectomycorrhizal mycelia. Mycorrhizal plants of  Pinus sylvestris  L. were grown in microcosms containing non-sterile peat. The time course and spatial distribution of carbon allocation by  P. sylvestris  to mycelia of its mycorrhizal partners, Paxillus involutus  (Batsch) Fr. and  Suillus bovinus  (L.): Kuntze, were quantified following  14 C pulse labeling of the plants. Litter patches were used to investigate the effects of nutrient resource quality on carbon allocation. The wood-decomposer fungus  Phanerochaete velutina  (D.C.: Pers.) Parmasto was introduced to evaluate competitive and territorial interactions between its mycelial cords and the mycelial system of  S. bovinus .

tree physiology

Rates and quantities of carbon flux to ectomycorrhizal mycelium following  14 C pulse labeling of  Pinus sylvestris  seedlings: effects of litter patches and interaction with a wood-decomposer fungus