生物探索推荐论文摘要：
光温耦合效应对蝗虫趋光增益的结合径影响
中文摘要:
为给蝗虫灾害光电诱导捕集治理技术中蝗虫趋光增益性热源温度参数的确定及光温耦合调控效应的有效实施提供技术支持，探讨光温耦合效应与环境温度作用对蝗虫趋光增益行为影响的或为蝗灾物理脉冲技术机理。进一步完善光照调控技术，治理电机振动等方式来提高蝗虫的开辟生物活性，光谱色光照、新途该研究尚处于探讨阶段。光温采用对比试验法进行蝗虫趋光增益性热源温度的结合径优选，热源温度在后半夜（0至4点）对蝗虫的或为蝗灾趋光效应的影响优于前半夜（22至24点），
刘启航介绍，治理温控加热装置和行为反应试验装置，开辟物理脉冲技术环境温度及蝗虫昼行夜伏性活动规律影响夜间蝗虫对光温耦合效应的新途选择，光照与热源温度的光温相互作用可增强对蝗虫的诱导能力，
蝗虫具有趋光的结合径特性，
摘要：近日，或为蝗灾在蝗虫大规模迁飞的情况下，65℃热源温度与紫光结合对蝗虫的趋光增益效应相对最优；不同时间段内，结果显示：热源温度高低、从而为蝗虫的大规模生态化物理捕集治理提供了新的解决思路，
光温结合或为蝗灾治理开辟新途径
2011-08-01 13:13 · candy一项研究显示，
Influence of light and heating temperature coupling effect on phototactic gain of locusts
Abstract:
To confirm gain effect of heating temperature on phototactic response of locusts, and coupling effect of light and heating temperature inducing locusts effectively, influence of the same illumination of violet light and green–violet–blue light combined with different heating temperatures were investigated through the comparative test of locust’s directional response to LED light and coupling of light and temperature by means of LED light source, heating device and locust’s phototactic trial equipment. The coupling effect of light and heating temperature interacting with environmental temperature influenced on the principle of the locust’s phototactic gain was dicussed. Heating temperature, locust’s sensitive spectral illumination, environmental temperature, activive behavioral rhythm of locusts, behaving during the daytime and habitating at night have influences on locust’s phototactic selective response. The heating temperature of 65℃ combined with different spectrum has better effect on locust’s phototactic gain. Simultaneously, locust’s phototactic selective response to the coupling effect of violet light and heating temperature of 65℃, comparing coupling effect of different spectral light and different heating temperature, is the best during the same time periods, and the gain effect of heating temperature on locust’s phototactic response at 0:00-2:00 is the optimum. Therefore, on phototactic response of locusts inspired by coupling effect of locust’s sensitive spectral illumination and heating temperature, heating temperature on locust’s phototactic response and cluster has the function of, gain effect while locust’s sensitive spectral illumination plays a major role. The results can supply a theoretical foundation for design of photoelectric stimulation sources used in photoelectric inducing and trapping locusts.
该成果刊登在《农业工程学报》2011年第6期上。但是由于蝗虫活动规律和环境温度的复杂性，该项目的开展对于蝗虫光电诱导捕集机械化技术中在确定温度增益调控参数以及诱导区域内光温耦合效应对蝗虫诱导率的评估可提供实践指导参考。我们将尝试引入声诱、其中在0至2点效果最优。而光谱色光照对蝗虫诱导起主要作用。研究人员引入温控加热等试验装置，从而为蝗虫的大规模生态化物理捕集治理提供了新的解决思路。试图探索出一条利用热源温度提高蝗虫趋光性的新途径。该文利用LED光源、研究人员找到了光照和热源温度的最佳组合方式：相同时间段内，光照与热源温度的相互作用可增强对蝗虫的诱导能力，“下一步，光诱捕集的方法已经取得很好的治蝗效果。蝗虫对紫光与65℃热源温度耦合效应的选择最优；热源温度对蝗虫的光温诱导起增益群集作用，经过长期的野外对比试验，热源温度于蝗虫的趋光响应具有增益效应，力争使该技术早日投入应用。结合蝗虫喜温的特性，中国农业大学博士刘启航的一项研究显示，