Comparison of the Impact of Temperature Humidity and Photoperiod on the Population Reproductivity of Three Fruit Flies
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Comparison of the Impact of Temperature Humidity and Photoperiod on the Population Reproductivity of Three Fruit Flies
Acta Scientiarum Naturalium Universitatis SunYatseniVol. 34, Issue 1, Pages: 68-75(1995)
作者机构:
中山大学昆虫学研究所
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Published:1995,
Published Online:25 January 1995,
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Comparison of the Impact of Temperature Humidity and Photoperiod on the Population Reproductivity of Three Fruit Flies. [J]. Acta Scientiarum Naturalium Universitatis SunYatseni 34(1):68-75(1995)
DOI:
Comparison of the Impact of Temperature Humidity and Photoperiod on the Population Reproductivity of Three Fruit Flies. [J]. Acta Scientiarum Naturalium Universitatis SunYatseni 34(1):68-75(1995)DOI:
Comparison of the Impact of Temperature Humidity and Photoperiod on the Population Reproductivity of Three Fruit Flies
Comparative study of the population reproductivity of three fruit flies melon fruit flyBactrpcera cucurbotae
oriental fruit fly B
dorsalis and pumpking fruit fly B. tau under differentphotoperiods(L:D= 16 :8~8:16)with constant temperature(25℃)and fluctuating relativehumidity(75%~95%)and under cyclical fluctuating temperatures
relative humidity and stablephotoperiods(20~25℃
L:D=4: 10
RH75%~95%125~32℃
75%~95%
L:D=10:14)were conducted.The results showed that middle and long photoperiods were favorable to the reproduction ofthree fruit flies.Short photoperionds were less favorable
By compared the population parame-ters
either under the circumstances of various photoperifor with constant temperature and fluctu-ating relative humidity or under cyclical fluetuating temperatures and relative humidity with con-stant photoperiod
all of three fruit flies had longer ovipositional period
large numbers of eggand overlapping generation. In the cyclical fluctuating condition of 20~25℃
50% Σlxm_x ofB. tau and B. dorsalis was distributed within 60 days after adult emergence
but 50% Σl_xm_x of B. cucurbitae was 130days;in 25~32℃
50%Σl_xm_x of B. tau and B. dorsalis was 40 days
B.cucurbitae’s was 70 days. The population density increase of both B. tau and B. dorsalis was morequiker than that of B. cucurbitae
B. dorsalis and B. tau are recognizied as more typical r-repro-ductive strategy than B. cucurbitae does.
关键词
温度湿度光周期种群参数瓜实蝇南瓜实蝇桔小实蝇
Keywords
Melon fruit fly Bactrocera cucurbitaePumpking fruit fly Bactrocera tauOriental fruitfly Bactrocera dorsalistemperaturerelative humidityphotoperiodpopulation reproductivity