EVOLUTIONARY ORIGINS OF HUMAN BEHAVIOR:A COMPARATIVE PERSPECTIVE

Course objectives

General skills Nonhuman primates – prosimians, monkeys and apes - represent the best animal models to trace back the evolutionary origins of human behavior and cognition. This course aims at exploring the current knowledge on multiple aspects of non-human and human primate behavior from a comparative perspective. Main aims of the course are: to familiarize students with primate models in behavioral and cognitive research; encourage students to understand the advantages and challenges of using nonhuman primates as animal models to investigate the evolutionary origins of human behavior; to promote the students’ understanding of human behavior and of its evolutionary origins in a comparative perspective, examining both the traits that are considered uniquely human and those that are shared with other primates. The students will acquire knowledge on the most recent research on the evolutionary origins of human behavior. The course will emphasize conceptual, methodological, empirical, and ethical aspects of research on nonhuman primates. Students will be encouraged to evaluate the strengths and weaknesses of observational vs. experimental research, in captivity vs. in natural conditions. Students will be familiarized with the concepts of controllability of variables, replicability of findings, and ecological validity of results, and will be encouraged to discuss the scientific and ethical issues concerning research on nonhuman primates and to critically evaluate the scientific literature, in order to promote their capacity to formulate testable hypotheses and develop effective protocols for data collection and analysis. Some basic knowledge of psychology, psychobiology, and evolutionary biology is required. Specific skills A) Knowledge and understanding of the following topics concerning the Primate order: Use of primate models in behavioral and cognitive research; Taxonomy, distribution and ecology; The evolution of nervous system; Visual and tactile perception; Taste and olfactory perception; Methods and tools to study nonhuman primate behavioral and cognition; The evolution of primate social structures and mating systems; The neuroendocrinology of sexual behavior; The biology of reproduction; Parental care; Attachment theory; Social and cognitive development; Psychosocial stress; Hand skills, tool use and innovation; Attention and memory; Quantitative cognition; Decision-making; Individual and social learning; Self-recognition, theory of mind and empathy; The evolution of cooperation; The evolution of communication; The evolution of language; Ethical aspects of research on non-human primates. B) Applying knowledge and understanding - Be able to understand what the main experimental approaches are used to investigate the evolutionary origins of human behavior. - Be able to understand what the still open questions in the study of the evolutionary origins are of human behavior. - Be able to understand what the most effective experimental approaches are used to investigate the evolutionary origins of human behavior. - Be able to understand how the behavioral and cognitive research on nonhuman primates can contribute to the understanding of human behavior. C) Making judgements - To promote independent judgments through critical thinking, participate in debates on scientific and research issues, and critically evaluate the scientific literature. D) Communication skills - To be able to ask and answer questions properly, summarize materials covered in lectures and readings, orally present topics and research problems, clearly articulate and justify own research ideas and positions. E) Learning skills - To learn how to identify research questions, formulate hypotheses, and choose appropriate experimental procedures to test them. - To learn how to use proper concepts and terminology to investigate the evolutionary origins of human behavior. - To learn how to identify sources of information (journals, books, authors) in the fields of behavioral and cognitive research on nonhuman primates. - To learn how to evaluate human behavior and cognition in a comparative perspective, using non- human primate models.

Channel 1
GLORIA SABBATINI Lecturers' profile

Program - Frequency - Exams

Course program
During the course the following topics will be discussed and analysed: The use of primate models in behavioral and cognitive research Primate taxonomy, distribution and ecology The evolution of primate brain and nervous system Primate visual and tactile perception Primate taste and olfactory perception Methods and tools to study behavior and cognition in nonhuman primates The evolution of primate social structures and mating systems The neuroendocrinology of non-human and human primate sexual behaviour The biology of non-human and human primate reproduction Parental care in non-human and human primates Attachment theory in non-human and human primates Social and cognitive development in non-human and human primates Psychosocial stress in non-human and human primates Hand skills, tool use and innovation in human and nonhuman primates Attention and memory in human and nonhuman primates Quantitative cognition in human and nonhuman primates Decision-making in human and nonhuman primates Individual and social learning in human and nonhuman primates Self-recognition, theory of mind and empathy in non-human and human primates Cooperation in non-human and human primates The evolution of primate communication The evolution of language Ethical aspects of research on non-human primates Practical aspects of research with non-human primates -Visit to the Primate Center of CNR with live demonstrations of ongoing cognitive experiments
Prerequisites
Basic knowledge about psychology, psychobiology and evolutionary biology is required.
Books
Slides of the lessons and specific updated literature on the topics of the course will be provide and uploaded through Moodle John G. Fleagle (2013) Primate Adaptation and Evolution. Academic Press Alan F. Dixson (2012) Primate Sexuality: Comparative Studies of the Prosimians, Monkeys, Apes, and Humans, 2nd Edition. Oxford University Press, New York
Frequency
Attendance, although not mandatory, is strongly recommended. Non-attending students are kindly asked to inform the instructor of their interest in order to discuss the preparation required to pass the exam.
Exam mode
Oral exam (in English or in Italian) will consist of a powerpoint presentation about one of the topics of the course chosen by the student (but previously agreed on with the instructor) followed by questions proposed by the instructor on the basis of the rest of the lessons and the scientific literature provided.
Bibliography
1. Addessi et al (2011) delay tolerance 2. Addessi & Rossi (2011) reverse-reward contingency task; 3. Altmann (1974) Observational study of behavior: sampling methods 4. Anderson & Gallup (2015) Mirror-self recognition 5. Barr et al (2008) OPRM1 and attachment behavior; 6. Beehner & Bergman (2017) stress research in primates; 7. Beran & Parrish (2016) chapter 8. Beran et al (2016) until p 11 9. Beran (2015) self-control 10. Berkovitch & Ziegler (2003) Current topics in primate socioendocrinology 11. Brosnan & Hopper (2014) 12. Call et al (2005) Copying 13. Chapais (2013) Monogamy strongly bonded groups and the evolution of human social structure 14. Clay et al (2018) ethological approaches to empathy; 15. Crockford et al (2012) information and ignorance in wild chimpanzees 16. Cronin (2017) comparative studies on cooperation; 17. De Casien et al (2022) 18. De Marco et al (2022) Copying with mortality 19. De Petrillo & Rosati (2021) variations in primate decision making 20. De Petrillo et al (2023) regret 21. Dean et al (2013) Human cumulative culture 22. Dixson et al (2019) Beardedness and women’s preferences 23. Emery Thompson (2021) 24. Ernst & Paulus (2005) neurobiology of decision making 25. Fernandez-Duque et al (2009) Paternal care 26. Fischer (2022) Studying primate cognition from the wild to captivity and back 27. Fitch (2017) empirical approaches to the study of language evolution 28. Fox et al (2017) until p 5 29. Fragaszy & Crast (2016) social learning in monkeys and prosimians 30. Fragaszy & Eschar (2017) 31. Fragaszy et al (2015) Vision for action 32. Hanus et al (2023) Visual illusion 33. Heilbronner & Hayden (2013) risk-seeking preferences 34. Heldstab et al (2022) 35. Hinde & Milligan (2011) Milk 36. Hladik (1996) Taste perception and feeding behavior in primates 37. Jiang et al (2018) supra-regular spatial sequences by macaques 38. Kaminski et al (2004) attentional state 39. Kavanagh et al (2022) facial signals 40. Laska (2015) Human and animal olfactory capabilities compared 41. Leibovich et al (2017) until p 16 42. Lewis & Krupenye (2022) until p 10 43. Liebal (2022) Primate communication 44. Martin (2007) The evolution of human reproduction; 45. Martin-Ordas et al (2013) 46. Massen et al (2019) Affect and cooperation 47. Metson & Frolich (2000) The Neurobiology of sexual function 48. Myowa & Butler (2017) The evolution of primate attachment 49. Myowa et al (2004) Neonatal imitation in chimpanzees; 50. Nakamichi (2023) Birth in primates 51. Nieder & Dehaene (2009) review 52. Nohrolt (2020) The importance of touch 53. Palagi et al (2020) mimicry and emotional contagion 54. Paukner et al Neonatal imitation in humans and macaques 55. Phillips et al (2014) Why primate models matter 56. Preuss (2018) Brain evolution 57. Rilling & Young (2014) The biology of mammalian parenting 58. Rilling (2014) Comparative primate neuroimaging 59. Rilling et al (2002) Neural basis for cooperation 60. Rosati et al (2014) Comparative developmental psychology 61. Saltzman & Maestripieri (2011) The neuroendocrinology of primate maternal behavior 62. Santaca (2023) 63. Sapolsky (2005) Stress and health 64. Sayers & Menzel (2012) Memory and foraging theory; 65. Schino et al (2010) Social attention 66. Schubiger et al (2020) Validity of cognitive tests 67. Singh et al (2010) WHP ratio and women’s attractiveness 68. Smaers et al (2021) 69. Spence (2013) Multisensory flavour perception 70. Takeshita (2016) 4D ultrasound in fetus chimpanzees 71. Tung et al (2023) Social and early life determinant of survival in baboons 72. Van der Stay et al (2009) Validity assessment 73. Veilleux et al (2022) The sensory ecology of primate food perception revisited 74. Visalberghi et al (2017) tool use in animals 75. Wheeler & Hammershmidt (2013) false alarm calls 76. Whiten & van de waal (2007) “sociocultural brain” 77. Wood et al (2023) Menopause in chimpanzees 78. Zoratto et al (2018) social influences on risky decision-making 79. Zuidema (2013) evolutionary roots of language
Lesson mode
Lectures, practical training on behavioral observation methods, seminar with invited speaker, visit to the CNR Primate Center with demonstrations of ongoing experiments.
  • Lesson code10611804
  • Academic year2025/2026
  • CourseNeurobiology
  • CurriculumSingle curriculum
  • Year1st year
  • Semester2nd semester
  • SSDM-PSI/02
  • CFU6