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It has been shown that very low doses of airborne pollutants (ozone, sulfite) can significantly change source-sink relationships. These shifts in allocation or transportation out of leaves can occur prior to reductions in photosynthesis (ozone; Mcl_aughlin and McConathy, 1983) and can take place within minutes (Minchin and Gould, 1986). In spite of intense research in this area, there is, however, only little information available about metabolic acclimation of tissues to pollutants. It has thus been our aim to screen for biochemical indications of altered patterns of carbon allocation in needles of Norway spruce (Picea abies).

annales des sciences forestières

Carbon partitioning: fructose 2,6-bisphosphate content as an indicator of specific changes in carbohydrate metabolism in needles from class II spruce trees