1. Many of us derive inspirations from observations of animal behaviors: from the cooperation behavior of the ants, the dance of the bees, the “imprinted” conditioning of baby goose, to the echolocation abilities of the dolphins and bats. In this course, we will explore how scientists study animal behavior, including resource acquisition; avoiding predators; mate choice and reproduction; cues, signals and communication; parental care and social behavior.
2. We will also talk about how the genes and behavior interact with the environment and how the behavior is influenced by the evolutionary forces of natural and sexual selection.
3. We will talk about the brain and the physiological mechanisms behind the behavior and discuss the current research in brain and neuroscience on animal behavior.

1. 我們時常從觀察野生動物的行為中得到靈感：從螞蟻的合作行為，蜜蜂的舞蹈，小鵝的銘印制約行為，到海豚及蝙蝠的回聲定位。本課程中我們將探討關於動物行為的科學研究，包括：食物的取得、躲避天敵、求偶以及生殖、生物訊息及溝通、育幼以及社會行為等。
2. 我們將討論基因與行為是如何和環境產生互動，以及動物行為是如何受到演化（天擇、性擇）力量的影響。
3. 我們也將探討大腦與動物行為背後的生理機制，以及目前神經科學在動物行為方面的研究。

1. Many of us derive inspirations from observations of animal behaviors: from the cooperation behavior of the ants, the dance of the bees, the “imprinted” conditioning of baby goose, to the echolocation abilities of the dolphins and bats. In this course, we will explore how scientists study animal behavior, including resource acquisition; avoiding predators; mate choice and reproduction; cues, signals and communication; parental care and social behavior.
2. We will also talk about how the genes and behavior interact with the environment and how the behavior is influenced by the evolutionary forces of natural and sexual selection.
3. We will talk about the brain and the physical mechanisms behind the behavior and discuss the current research in brain and neuroscience on animal behavior.

1. We often get a sense of spirit from observing the behavior of wild animals: from the cooperative behavior of the worm, the dance of bees, the printing of the horns, to the sound positioning of dolphins and bats. In this course, we will explore scientific research on animal behavior, including: food acquisition, avoiding enemies, courtship and reproduction, biological information and communication, childbirth and social behavior.
2. We will discuss how genes and behaviors interact with the environment, and how animal behaviors are affected by the forces of evolution (humanity, sexuality).
3. We will also explore the physiological mechanisms behind brain and animal behavior, as well as the current neuroscience research on animal behavior.

1. Animal Talk: breaking the codes of animal language，《動物密碼：從動物行為看動物溝通》，
Tim Friend 著，林劭貞、劉守儀譯，商周，2006
2. King Solomon's Ring《所羅門王的指環》，Konrad Lorenz 著，天下文化, 2007
3. Animal Behavior: An Evolutionary Approach, Tenth Edition, John Alcock著，Sinauer Associates,
Inc.; 2013
4. Perspectives on Animal Behavior, J. Goodenough, B. McGuire & E. Jakob Wiley, 著3rd edition 2009

1. Animal Talk: breaking the codes of animal language, "Animal Password: Viewing Animal Communication from Animal Behavior",
By Tim Friend, translated by Lin Shaoqian and Liu Shouyan, Shang and Zhou dynasties, 2006
2. King Solomon's Ring "The Fingering of King Solomon", by Konrad Lorenz, World Culture, 2007
3. Animal Behavior: An Evolutionary Approach, Tenth Edition, John Alcock, Sinauer Associates,
Inc.; 2013
4. Perspectives on Animal Behavior, J. Goodenough, B. McGuire & E. Jakob Wiley, 3rd edition 2009