POWRE: A New Approach to Avian Communication: Olfactory Anatomy, Odor Chemistry and Behavior

POWRE：鸟类交流的新方法：嗅觉解剖学、气味化学和行为

• 批准号: 0074817
• 负责人: Julie Hagelin
• 金额: $ 7.5万
• 依托单位: University of Connecticut
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2000
• 资助国家: 美国
• 起止时间: 2000-08-15 至 2003-01-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=0074817&HistoricalAwards=false
• 关键词: POWRE; New; Approach; Avian; Communication

Although birds are among the best-studied vertebrate group, extraordinarily little is known about their sense of smell. In fact, chemical signals are known to modulate important aspects of behavior in every vertebrate group (reptiles, amphibians, fish, mammals) except birds. The proposed research will examine the role of chemical communication in an Alaskan seabird group, known as the auklets. Within this group, one species, the Crested Auklet, has an unusual "tangerine-like" odor on its feathers that appears to be tightly linked with mating behavior. The study has three objectives: to examine in detail the nasal anatomy of auklet species, to study the biochemistry of Crested Auklet feathers, and to determine any behavioral response of Crested Auklets to their feather odor. The aim of this research is to integrate anatomy, chemistry, and behavior in a model bird group, as a means of understanding the role of chemical communication in birds. The use of chemical communication has the potential to alter fundamental assumptions about bird behavior, as scientists have typically only considered signals that involve vision or hearing. Since nasal microstructure and odor chemistry are completely unstudied in birds, the results of this research are also applicable to studies of sensory perception, adaptation, and biochemistry. Such data will increase our knowledge of birds and will enable comparisons with other animal groups, such as mammals. Finally, responses to odors appear to be involved in several important bird behaviors, such as courtship, chick rearing, and predator detection, which can influence reproductive success or mortality. Thus, information relating to odor response in birds is applicable to species conservation, management and situations involving animal husbandry. This POWRE award will permit the PI to develop expertise in several techniques that will support this integrated multidisciplinary study.

虽然鸟类是研究得最多的脊椎动物之一，但对它们的嗅觉却知之甚少。 事实上，已知化学信号可以调节除鸟类以外的所有脊椎动物（爬行动物、两栖动物、鱼类、哺乳动物）行为的重要方面。 这项拟议中的研究将研究化学通讯在阿拉斯加海鸟群中的作用，被称为海雀。 在这个群体中，有一个物种，凤头海雀，在它的羽毛上有一种不寻常的“橘子般”的气味，这似乎与交配行为密切相关。 这项研究有三个目的：详细研究海雀物种的鼻腔解剖，研究凤头海雀羽毛的生物化学，并确定凤头海雀对其羽毛气味的任何行为反应。 本研究的目的是将解剖学、化学和行为学整合到一个模型鸟类群体中，作为理解鸟类化学通讯作用的一种手段。 化学通讯的使用有可能改变关于鸟类行为的基本假设，因为科学家通常只考虑涉及视觉或听觉的信号。 由于鸟类的鼻腔微观结构和气味化学完全未被研究，因此这项研究的结果也适用于感官知觉，适应和生物化学的研究。 这些数据将增加我们对鸟类的了解，并将使我们能够与其他动物群体（如哺乳动物）进行比较。 最后，对气味的反应似乎参与了几个重要的鸟类行为，如求偶，小鸡饲养和捕食者检测，这可能会影响生殖成功或死亡率。因此，有关鸟类气味反应的信息适用于物种保护，管理和涉及畜牧业的情况。 该POWRE奖将允许PI开发支持该综合多学科研究的几种技术的专业知识。