Bréchet L., Le Dantec V., Ponton S., Goret J.Y., Sayer E., Bonal D., Freycon V., Roy J., Epron D.
2017
Heterotrophic soil respiration (SRH) alone can contribute up to 50% of total ecosystem respiration in tropical forests. Whereas the abiotic controls of SRH have been extensively studied, the influence of plant traits is less well characterised. We used field experiments and a modelling approach to test the relative influence of plant traits on SRH in lowland tropical forest in French Guiana. We ...
Foresterie - Considérations générales; Chimie et physique du sol; Physiologie et biochimie végétales
2017
Heterotrophic soil respiration (SRH) alone can contribute up to 50% of total ecosystem respiration in tropical forests. Whereas the abiotic controls of SRH have been extensively studied, the influence of plant traits is less well characterised. We used field experiments and a modelling approach to test the relative influence of plant traits on SRH in lowland tropical forest in French Guiana. We ...
Foresterie - Considérations générales; Chimie et physique du sol; Physiologie et biochimie végétales