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病媒生物防治能力评价指标体系的建立
引用本文:吴彤宇,侯海光,秦娜,等.病媒生物防治能力评价指标体系的建立[J].中国媒介生物学及控制杂志,2014(1):47-50.
作者姓名:吴彤宇  侯海光  秦娜  
作者单位:天津市疾病预防控制中心病媒生物科,天津300011
摘    要:目的利用德尔菲法建立用于评价病媒生物防治能力的指标体系。方法采用文献法初步建立指标体系,在此基础上采用德尔菲法,根据指标重要性得分的均值和变异系数的大小筛选指标,并确定指标权重。结果经过两轮专家咨询,确定评价指标体系,包含一级指标6个,二级指标27个,三级指标33个。两轮专家应答率均〉90%,权威系数为0.82,协调系数为0.23(χ2=126.07,P〈0.05)和0.41(χ2=212.26,P〈0.05),均有统计学意义。结论初步建立病媒生物防治能力评价指标体系,为病媒生物防治能力评价提供量化依据。

关 键 词:病媒生物  能力  评价  指标体系

Establishment of evaluation index system for vector control capacity
WU Tong-yu,HOU Hai-guang,QIN Na,ZHANG Jing,WANG Wei,LI Jin-yue,LI Pei-yu.Establishment of evaluation index system for vector control capacity[J].Chinese Journal of Vector Biology and Control,2014(1):47-50.
Authors:WU Tong-yu  HOU Hai-guang  QIN Na  ZHANG Jing  WANG Wei  LI Jin-yue  LI Pei-yu
Institution:(Tianjin Center for Disease Control and Prevention, Tianjin 300011, China)
Abstract:Objective To establish the evaluation index system for vector control by Delphi method. Methods Literature method was used to establish a preliminary evaluation index system. Based on this, the suitable indices were selected and their weights were determined according to the average scores of importance and coefficients of variation. Results After a two-round expert eonsuhation, the evaluation index system was established; it consisted of 6 first-level indices, 27 second-level indices, and 33 third- level indices. The response rate of each round was more than 90%; the expert authority coefficient was 0.82; the coordination coefficients were 0.23 (χ2= 126.07, P〈0.05) and 0.41 (χ2=212.26, P〈0.05). Conclusion The evaluation index system for vector control has been preliminarily established, which provides a quantitative basis for vector control capability evaluation.
Keywords:Vector  Capability  Evaluation  Index system
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