This study was conducted during 2019/2020 on sweet cherry trees (<i>Prunus Avium</i> L.) (Bing and Hardy Giant) cultivar planted at Sergaya-Al_Zabadani area of Rural </span><span style="font-...This study was conducted during 2019/2020 on sweet cherry trees (<i>Prunus Avium</i> L.) (Bing and Hardy Giant) cultivar planted at Sergaya-Al_Zabadani area of Rural </span><span style="font-family:"">Dam</span><span style="font-family:"">ascus, to reduce fruit drop of sweet cherry. The experiment included 4 foliar applications: T1: control, T2: GA<sub>3</sub> (100 ppm), T3: NAA (20 <span>ppm), T4: (100 ppm GA<sub>3</sub> + 20 ppm NAA). Fruit set and fruit drop pe</span>rcentage, fruiting factor, and yield were recorded. The results showed that treatment with (100 ppm GA<sub>3</sub> + 20 ppm NAA) recorded higher fruit set percentage (73.81% and 75.62%), and fruiting factor (48.38% and 50.04%) respectively</span><span style="font-family:"">;</span><span style="font-family:""> <span>In addition to fruit yield (40.19 and 41.21 kg/tree) for both cultivars, co</span>mpared to the control (9.13, 6.60 kg/tree). Therefore, it can be concluded that GA<sub>3</sub> + NAA treatment reduced Sweet cherry fruit drop better than other treatments, <span>where fruit drop percentage didn’t exceed (63.11% and 62.01%) in both cu</span>ltivars (Bing and Hardy Giant) respectively, compared to the control (80.92% and 80.64%).展开更多
文摘This study was conducted during 2019/2020 on sweet cherry trees (<i>Prunus Avium</i> L.) (Bing and Hardy Giant) cultivar planted at Sergaya-Al_Zabadani area of Rural </span><span style="font-family:"">Dam</span><span style="font-family:"">ascus, to reduce fruit drop of sweet cherry. The experiment included 4 foliar applications: T1: control, T2: GA<sub>3</sub> (100 ppm), T3: NAA (20 <span>ppm), T4: (100 ppm GA<sub>3</sub> + 20 ppm NAA). Fruit set and fruit drop pe</span>rcentage, fruiting factor, and yield were recorded. The results showed that treatment with (100 ppm GA<sub>3</sub> + 20 ppm NAA) recorded higher fruit set percentage (73.81% and 75.62%), and fruiting factor (48.38% and 50.04%) respectively</span><span style="font-family:"">;</span><span style="font-family:""> <span>In addition to fruit yield (40.19 and 41.21 kg/tree) for both cultivars, co</span>mpared to the control (9.13, 6.60 kg/tree). Therefore, it can be concluded that GA<sub>3</sub> + NAA treatment reduced Sweet cherry fruit drop better than other treatments, <span>where fruit drop percentage didn’t exceed (63.11% and 62.01%) in both cu</span>ltivars (Bing and Hardy Giant) respectively, compared to the control (80.92% and 80.64%).
基金supported by National Nonprofit Institute Research Grant of CATAS-ITBB(YB071)a grant of the Science Fund of the Chinese Academy of Tropical Agricultural Sciences(No.Rky0529).
