农业科学与技术(英文版)
農業科學與技術(英文版)
농업과학여기술(영문판)
AGRICULTURAL SCIENCE & TECHNOLOGY
2010年
4期
116-117,143
,共3页
左小华%郭宪国%詹银珠%吴滇%王乔花
左小華%郭憲國%詹銀珠%吳滇%王喬花
좌소화%곽헌국%첨은주%오전%왕교화
蚤%丰度%预防%啮齿动物%褐家鼠
蚤%豐度%預防%齧齒動物%褐傢鼠
조%봉도%예방%교치동물%갈가서
Flea%Abundance%Prevalence%Rodent%Rattus norvegicus
[目的]预测褐家鼠体表蚤的感染率.[方法]在云南省的23个县(市)进行现场抽样,采集褐家鼠体表蚤,运用包涵平均感染度及方差的流行性模型.[结果]蚤感染率与感染度的对数值成线性相关,蚤感染率的预测值与实际值成线性相关.[结论]褐家鼠体表蚤的平均感染度可以预测其感染率.
[目的]預測褐傢鼠體錶蚤的感染率.[方法]在雲南省的23箇縣(市)進行現場抽樣,採集褐傢鼠體錶蚤,運用包涵平均感染度及方差的流行性模型.[結果]蚤感染率與感染度的對數值成線性相關,蚤感染率的預測值與實際值成線性相關.[結論]褐傢鼠體錶蚤的平均感染度可以預測其感染率.
[목적]예측갈가서체표조적감염솔.[방법]재운남성적23개현(시)진행현장추양,채집갈가서체표조,운용포함평균감염도급방차적류행성모형.[결과]조감염솔여감염도적대수치성선성상관,조감염솔적예측치여실제치성선성상관.[결론]갈가서체표조적평균감염도가이예측기감염솔.
[Objective] To predict prevalence of fleas via a simple epidemiological model. [Method] The field investigation was carried out in 23 locations in Yunnan Province. A simple epidemiological model was involved mean abundance and variance of abundance. [Result] The prevalence of fleas increased with their mean abundance in logistic curve. A linear correlation of the predicted prevalence against observed prevalence did not differ significantly from unity. [Conclusion] Prevalence could be explained simply by their mean abundance.