Charbonnier F., Roupsard O., Le Maire G., Guillemot J., Casanoves F., Lacointe A., Vaast P., Allinne C., Audebert L., Cambou A., Clément-Vidal A., Defrenet E., Duursma R.A., Jarri L., Jourdan C., Khac E., Leandro P., Medlyn B.E., Saint André L., Thaler P., Van den Meersche K., Barquero Aguilar A., Lehner P., Dreyer E.
2017
In agroforestry systems, shade trees strongly affect the physiology of the undergrown crop. However, a major paradigm is that the reduction in absorbed photosynthetically active radiation is, to a certain extent, compensated by an increase in light-use efficiency, thereby reducing the difference in net primary productivity between shaded and non-shaded plants. Due to the large spatial ...
Physiologie et biochimie végétales; Systèmes et modes de culture
2017
In agroforestry systems, shade trees strongly affect the physiology of the undergrown crop. However, a major paradigm is that the reduction in absorbed photosynthetically active radiation is, to a certain extent, compensated by an increase in light-use efficiency, thereby reducing the difference in net primary productivity between shaded and non-shaded plants. Due to the large spatial ...
Physiologie et biochimie végétales; Systèmes et modes de culture