Chemistry control of peach fruit moth and agriculture high-quality development

Title : Chemistry control of peach fruit moth and agriculture high-quality development

Abstract:

Peach fruit moth (Carposina sasakii Matsumura) is the most important insect to influence the quality of red plum apricot and dificult to control.  To control the damage of peach fruit moth on the fruit of red plum apricot and increase the income of local farmer, the experiment of controlling peach fruit moth on red plum apricot using high efficiency chlorine Cypermethrin was conducted in 2009.  There were 34 red plum apricot strains in the experiment orchard.  The 33 of them is spaied by 2000 times high efficiency chlorine Cypermethrin and 1 is not spaied by high efficiency chlorine Cypermethr. The effect was investigated in the harvest. The pesticide residues of fruits using high-efficiency cypermethrin was analyzed in 2019. The result showed that there is almost not insect in the experiment fruit but there is not quality fruit in control fruit, which showed that the method using high efficiency chlorine Cypermethrin to control the Peach fruit moth is a good method because the effect of Cypermethrin on controlling peach fruit moth is good and the pesticide residues is low. The high-efficiency cypermethrin against peach fruit moth was a safe, reliable and effective method.

Biography:

Guo Zhongsheng, Ph.D., Professor, Northwest A&F University. He put forward the limit theory of plant resource utilization, the carrying capacity theory of vegetation, the key period theory of plant resource relationship regulation and the new theory of soil and water conservation. This is the theoretical basis for achieving high-quality development of forest and grass, water and soil conservation, and high-quality production of farmland. Now he is the Head of sciences and technology innovation in China - Agricultural high-quality production Service Group