Agricultural pest control in China over the past 70 years: Achievements and future prospects
Author of the article:XIAO Yu-Tao;WU Chao;WU Kong-Ming
Author's Workplace:Genome Analysis Laboratory of the Ministry of Agriculture, Agricultural Genomics Institute, Chinese Academy of Agricultural Sciences, Shenzhen 518120, China; State Key Laboratory of Insect Pests and Plant Diseases, Institute of Plant Protection, Chinese Academy of Agricultural Sciences, Beijing 100193, China
Key Words:agriculture insect pest; control strategy; key technology; green prevention and management; future prospect
Abstract:
Since the foundation of The People’s
Republic of China 70 years ago, continuous improvements in the field of
agricultural science and technology have led to significant progress in
agricultural pest control strategies, which have been upgraded from primary
agronomic measures in the 1950’s to the current more efficient, scientific and
environmental-friendly, green pest-management strategies. Chinese agricultural
entomologists have successively clarified the outbreak principles of the major
pests of rice, wheat, corn, cotton, vegetables and fruit crops, and have also
innovated a number of monitoring, forecasting, biological and physical control,
and eco-chemical regulation, technologies. They have also developed resistance
management strategies, and insect-resistant crop breeding techniques, and have
constructed a comprehensive control technology system for both important crops
and major pests. Pest management models mainly driven by agronomic measures,
source population monitoring and management, chemical pesticides, biological
measures, and transgenic technology, have been used to control Locusta migratoria, Mythimna
separata, the rice planthopper, Ostrinia furnacalis and Helicoverpa
armigera, respectively, which have now become classic examples of
agricultural pest control strategies worldwide. The rapid development of
information technology, artificial intelligence, agricultural biotechnology,
genome technology and other high throughput technologies, will promote
continuous innovation in the fields of intelligent pest identification and
forecasting, genetic diagnosis and rapid detection, targeted pesticide
application, pest population genetics management, regional ecological control
and transgenic technology.