This present study aimed at invasion process, cataleptic mechanism and monitoring basis of Bemisia tabaci biotype Q species. The main content are as follows: (1) The introduction of Bemisia tabaci biotype Q species into China was discovered for the first time. The fixed-point monitoring for 10 years indicated the invasion, formation, expansion and eruption process of BBemisia tabaci biotype Q species in China. (2) The rapid genetic evolution and the basis of ecological adaptability were emphasized from the level of individual/group. The ecological elements and mechanism influencing competitive advantage translocation of the biotype B/Q species were analyzed from the level of the relationship among the species. The synergistic and interactional effect between the biotype Q species and biological factor were also analyzed from the level of the community/system. (3) The quick and new technology to detect and monitor biotype Q species and the damages and variation of population were established, significant damages controlling methods using insecticide agent and RNA interference were also studied.

진동수 기반 내하력 평가모델을 실교량에 접목시켜 실시간으로 그 결과를 추정하기 위해 모니터링 및 평가 시스템 프레임 웍을 제시하고자한다. 실시간 내하력 평가 시스템은 무선 IOT가속도계를 부착하여 유효 상시진동데이터를 원격으로 획득하고 이를 통해 진동수 및 점성비를 분석하여 모델에서 요구하는 성능계수를 결정하고 이 결과들을 종합하여 이전 내하력 결과 대비 현재의 내하력을 추정하는 방법이다.