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Found in Translation

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Last month I reviewed fundamental studies that have used hand-tagged bees to determine with actuarial precision the typical worker bee lifespan and productivity. These. studies rely on Radio-frequency identification (RFID), a tagging system that beats other methods by usingi extremely liteweight paper tags. RFID tags, unique to each bee, respond to an antenna signal every time tagged bees pass a hive recorder. An author of one of these RFID studies, Andrew Barron from Australia's Macquarie University (http://andrewbarron.org/), pointed me to a brand-new study from their group. This study combined the power of RFID with careful colony-level field experiments to determine the subtler effects of chemical stress on the endurance of foraging workers. Already oddly obsessed with the forces that lead to worker burnout, I was hooked. It turns out that this is one of many studies that have used RFID to spy on both overachieving workers and those that don't bring home the pollen. These studies are pushing the limits for our understanding of the subtler causes of honey bee colony failure.
机译:上个月我审查了使用手工标记的蜜蜂的基本研究,以确定典型的工人蜜蜂寿命和生产力。这些。研究依赖于射频识别(RFID),通过使用极其轻型纸标签来击败其他方法的标记系统。 RFID标签,每个蜜蜂都是独一无二的,每次标记蜜蜂通过一个蜂巢记录器时响应天线信号。来自澳大利亚的麦格哲大学的Andrew Barron(http://andrewbarron.org/)的作者将我从他们的小组中指出了一个全新的学习。本研究结合了RFID与仔细殖民地水平实验的力量,以确定化学胁迫对觅食工人耐久性的细节效应。我已经奇怪地痴迷于导致工人倦怠的力量,我被迷上了。事实证明,这是许多研究之一,这些研究是使用RFID在超级职业工作者和那些不会带回家的花粉的研究之一。这些研究正在推动我们对蜂窝菌落失败的副样片的理解限制。

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