Metabolic adjustment under 24h-daylight reduces the inhibition of respiration in the light in arctic birches, Betula pubescens.

Gauthier, Paul P. G.; Forden, Atleigh; Eisenberg, Jacob; Trase, Olivia; Redmond, Joseph; Griffin, Kevin L.; Bender, Michael L.

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Metabolic adjustment under 24h-daylight reduces the inhibition of respiration in the light in arctic birches, Betula pubescens.

Citation:

Gauthier, Paul P. G., et al. “Metabolic adjustment under 24h-daylight reduces the inhibition of respiration in the light in arctic birches, Betula pubescens.”. (Forthcoming). Print.

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Paul P.G. Gauthier

Director, R&D New Product and System Innovation

Metabolic adjustment under 24h-daylight reduces the inhibition of respiration in the light in arctic birches, Betula pubescens.

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