Three photoselective, 50% shading, nets (red, white, blue) and a black, 20% shading, commercial hail net (CTRL) were placed on 6 apple trees (Malus domestica 'Rosy Glow') each, during summer 2016. Total and specific sap flows were monitored, using the thermal balance approach, on 4 branches per treatment at different phenological stages. In addition, daily leaf and stem water potentials as well as leaf gas exchange were determined three times during the season. During the warmest periods, trees under the red net showed the highest branch sap flow, followed by the CTRL, the blue, and the white. The higher sap flow under the red net might have been due to a steeper temperature rise during the morning hours. In fact, spectral light transmissio...
This study investigates the effects of shading on the biophysical mechanisms of apple (Malus Domesti...
One of the biggest professional challenges of the following years is to develop the water resource m...
Sap flow rate measurements were carried out during two consecutive ('on' and 'off') years in an appl...
Three photoselective, 50% shading, nets (red, white, blue) and a black, 20% shading, commercial hail...
The objectives of this thesis were to seek possible improvements of physiological performances in ap...
The effect of different light environments on 'Imperial Gala' apple yield and several physiological ...
Photoselective nets are an emerging technology that might affect apple tree productivity and fruit q...
No accurate quantitative information currently exists on how water use of apple (Malus domestica) or...
UMR DAP, équipe AFEF; Correspondance: regnard@supagro.inra.frInternational audienceBackground and Ai...
Photoselective nets were used to examine apple shoot physiology during dormancy and budbreak. Two tr...
This study investigates the effects of shading on the biophysical mechanisms of apple (Malus Domesti...
Net shading was explored as a corrective tool for mitigating the effect of a single year drought eve...
This study investigates the effects of shading on the biophysical mechanisms of apple (Malus Domesti...
One of the biggest professional challenges of the following years is to develop the water resource m...
Sap flow rate measurements were carried out during two consecutive ('on' and 'off') years in an appl...
Three photoselective, 50% shading, nets (red, white, blue) and a black, 20% shading, commercial hail...
The objectives of this thesis were to seek possible improvements of physiological performances in ap...
The effect of different light environments on 'Imperial Gala' apple yield and several physiological ...
Photoselective nets are an emerging technology that might affect apple tree productivity and fruit q...
No accurate quantitative information currently exists on how water use of apple (Malus domestica) or...
UMR DAP, équipe AFEF; Correspondance: regnard@supagro.inra.frInternational audienceBackground and Ai...
Photoselective nets were used to examine apple shoot physiology during dormancy and budbreak. Two tr...
This study investigates the effects of shading on the biophysical mechanisms of apple (Malus Domesti...
Net shading was explored as a corrective tool for mitigating the effect of a single year drought eve...
This study investigates the effects of shading on the biophysical mechanisms of apple (Malus Domesti...
One of the biggest professional challenges of the following years is to develop the water resource m...
Sap flow rate measurements were carried out during two consecutive ('on' and 'off') years in an appl...