greenhouse tomato
3.Secondly, a module for greenhouse tomato leaf area and dry matter production simulation was developed using the product of thermal effectiveness and PAR (TEP).
4.The Study of Altering Regularity about the Nitrate Content of the Fruit and Greenhouse Soil of Mini Cucumber and Cherry Tomato in the Different Conditions of Applying Fertilizer
5.In EM210 solar greenhouse, we adopt Galilieo—LPS plant physiological monitor system made in Israel and greenhouse environmental weather factor observation system to real-time monitor weather factors and Eco-physiological characteristic values of tomato continuously.
6.In greenhouse trial, the results showed that Flos syzygii aromatic extract had significant protective effect against tomato gray mold at the concentration of 20 000 μg/mL and 10 000 μg/mL.
7.The effects of BFA on tomato growth and disease resistance were studied through pot experiment in a greenhouse.
8.The effects of dipping flower with 2 plant growth regulators(PCPA,2,4 D)and artificial vibration pollination on the fruit development and the occurrence of grey mould of tomato in greenhouse were studied. It was found that the rate of residual petal and stigma on tomato fruit were increased significantly after dipping flower,and the petal and stigma became the major sites of initial infection,which resulted in the severe occurrence of grey mould.
9.Leaf mould (Fulvia fulva Cooke Ciferri)is one of the serious diseases on tomato under protective cultivaion (greenhouse and plastic house).
10.In 1985, it caused up to 20% losses of cucumber of greenhouse of Colombia through directly harming. It was also reported to reduce up to 50%~90% production of clover in Hawaii due to its transmission of the Transmit Tomato Spot Wilt Virus (TSWV).
