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CONVECTIVE HEAT LOSS AND CHANGE IN BODY TEMPERATURE OF GRASSHOPPER AND LOCUST NYMPHS: RELATIVE IMPORTANCE OF WIND SPEED, INSECT SIZE AND INSECT ORIENTATION

机译：蝗虫和蝗虫体温的对流热损失和体温的变化：风速，昆虫大小和昆虫取向的相对重要性

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Derek J. Lactin; Dan L. Johnson;
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年度 1997
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1. Comments on "Modified wind chill temperatures determined by a whole body thermoregulation model and human-based convective coefficients" by Ben Shabat, Shitzer and Fiala (2013) and "Facial convective heat exchange coefficients in cold and windy environments estimated from human experiments" by Ben Shabat and Shitzer (2012) [J] . Osczevski RJ International Journal of Biometeorology: Journal of the International Society of Biometeorology . 2014,第6期

机译：Ben Shabat，Shitzer和Fiala（2013）评论“由全身温度调节模型和基于人类的对流系数确定的改良风寒温度”，并评论了Ben撰写的“根据人体实验估算的寒冷和有风环境中的面部对流换热系数” Shabat and Shitzer（2012）
2. Reply to comments by R. Osczevski on "Modified wind chill temperatures determined by a whole body thermoregulation model and human-based convective coefficients" by Ben Shabat, Shitzer, and Fiala (2013) and "Facial convective heat exchange coefficients in cold and windy environments estimated from human experiments" by Ben Shabat and Shitzer (2012) [J] . Shitzer A International Journal of Biometeorology: Journal of the International Society of Biometeorology . 2014,第6期

机译：回复R. Osczevski关于Ben Shabat，Shitzer和Fiala（2013）提出的“由全身温度调节模型和基于人类的对流系数确定的修正的风寒温度”和“在冷风和大风环境中的面部对流换热系数”的评论由人体实验估计” Ben Shabat和Shitzer（2012）
3. Comments/arguments to: Re-examination of the maternal control of progeny size and body color in the desert locust Schistocerca gregaria: Differences from previous conclusions (by Yudai Nishide and Seiji Tanaka-2019-Journal of Insect Physiology xx, xxx) [J] . Maeno Koutaro Ould Journal of Insect Physiology . 2019,第期

机译：评论/论据：在沙漠蝗虫Schistocerca Gregaria重新审查后代大小和身体颜色的母体控制：与以前结论的差异（由Yudai Nishide和Seiji Tanaka-2019--昆虫生理学XX，XXX）
4. Lowering the moisture content of stored grain can gain extra time for cooling to prevent infestation: studies on the development, productivity and survival at two relative humidities of two insect species on whole wheat and an artificial diet [C] . D.A. Fleming, D.M. Armitage International Working Conference on Stored Product Protection . 2003

机译：降低储存谷物的水分含量可以获得额外的冷却时间，以防止侵袭：在全麦上的两种昆虫物种的两种相对湿度的发展，生产力和生存的研究和人工饮食
5. Effects of temperature, relative humidity, insect infestation, and phosphine fumigation on the germination, vigor, and storage quality of hard white winter wheat. [D] . Shiferaw, Yilfashewa Berhanu. 1995

机译：温度，相对湿度，昆虫侵染和磷化氢熏蒸对硬白冬小麦发芽，活力和贮藏品质的影响。
6. Orientation Cues for High-Flying Nocturnal Insect Migrants: Do Turbulence-Induced Temperature and Velocity Fluctuations Indicate the Mean Wind Flow? [O] . Andy M. Reynolds, Don R. Reynolds, Alan D. Smith, 2010

机译：高空夜行性昆虫移徙者的定向线索：湍流引起的温度和速度波动是否表示平均风量？
7. Developmental evolution of insect metamorphosis: Transient silencing of eye selector genes in grasshopper nymphs mimics temporal dynamics of visual system development in higher insects [O] . Friedrich Markus, Dong Ying 2006

机译：昆虫蜕变的发育进化：蚱若虫中选眼基因的瞬时沉默模仿了高级昆虫视觉系统发育的时间动态

CONVECTIVE HEAT LOSS AND CHANGE IN BODY TEMPERATURE OF GRASSHOPPER AND LOCUST NYMPHS: RELATIVE IMPORTANCE OF WIND SPEED, INSECT SIZE AND INSECT ORIENTATION

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