I am currently based at New York University (USA), where I am pursuing a PhD in Archaeology. Previously, I obtained a BA in Archaeology and Anthropology from University College London (UK) and an MPhil in Human Evolutionary Studies from the University of Cambridge (UK). My research focuses on reconstructing the mechanisms involved in the emergence and evolution of primate (human and non-human) stone tool technology. My main areas of expertise are primate archaeology, the anatomical and cognitive diversity of early hominins, primate behavioral ecology, and lithic technology.
I launched the Ukophula Field Project as part of my PhD. My dissertation investigates individual variation and technical skills in robust capuchin monkeys (Sapajus spp.) during nut-cracking, providing a comparative framework for understanding how such variation might have shaped technological evolution. My dissertation project is more closely associated with the social and material dimensions of the UFP, but it still needs to incorporate the spatial dimension. Future research will continue to dive into the Three-Dimensional Technology concept.
Samuel is a freshman undergraduate at NYU pursing a Bachelor of Music in Jazz Studies. Supplementing his work as a musician, Sam seeks to broaden his anthropological horizons by studying primate behavior and its connections to human evolution.
As part of the UFP, Sam analyzes behavioral data collected from capuchins at Monkeyland, observing the overall nut-cracking efficiency and prowess exhibited by each monkey.
Arian is a current undergraduate junior at NYU studying Computer Science. His main interests include artificial intelligence, machine learning, computer vision, and the application of computational methods to scientific research. He is particularly interested in using programming and automated data analysis to make traditionally time-intensive research processes more efficient and consistent.
As part of the UFP, Arian focuses on developing computational tools to analyze capuchin nut-cracking behavior from video, including automating the collection of efficiency measures such as the number of strikes and the time required to crack a nut.
Lana is a current sophomore undergraduate at NYU majoring in Psychology. She is interested in cognition and behavior, particularly how psychological processes can be observed and studied in both humans and animals. Her longstanding interest in animals has also drawn her to exploring how animal behavior can provide insight into learning and cognition.
As part of the UFP, she focuses on observing nut-cracking behaviors in capuchins and recording data on their efficiency.
Alex is currently a junior at NYU pursuing a degree in Anthropology and Archaeology. His interests include early hominins, human evolution, technological evolution throughout the Paleolithic along with experimental archaeology and animal conservation. He seeks to understand the role of tool use in hominin evolution through the study of primate behavior.
As a part of UFP, Alex assists in data collection of nut cracking behavior by cataloging rates of efficiency.
Dr. Justin Pargeter is the PhD advisor of Adela Cebeiro. His research focuses on early human migrations, stone tool technologies, and the ways in which ancient peoples adapted to changing environments. He has conducted extensive fieldwork in Africa, especially in South Africa and Lesotho, exploring how early humans used stone tools to survive and thrive in diverse landscapes. His interdisciplinary approach often integrates archaeology with other fields, such as geology and environmental science, to better understand the complexities of human evolution.
As part of the UFP, Dr. Justin Pargeter provides insight into the material and spatial dimensions of primate technology and how to connect the present-day capuchin monkey tools with the archaeological record.
Dr. Elisa Bandini is currently based at the Interdisciplinary Center for Archaeology and Evolution of Human Behavior (ICArHEB), Universidade do Algarve. Although her current research is in the field of Primate Archaeology, her background (BA & MSc) is in more traditional Archaeology. She worked on several excavations (mostly in Italy), before pivoting to more primate-related questions during her PhD at The University of Tübingen, Germany. During this period, she worked with both captive and wild primates across Europe, Africa and South America. After her PhD, she stayed in Tübingen as a postdoc working with Claudio Tennie, and continued to test primates around the world. In 2023 she received funding from the University of Zürich and The Einstein Foundation to start a small research group at The University of Zürich, looking into the effect of cognitive experiments on captive chimpanzee behaviour and performance in these types of experiments (The Ape Research Index project). She is now working on her ERC-funded PRIMERS and the ARI project in sunny Portugal!
As part of the UFP, Dr. Elisa Bandini offers expertise in primate learning and behavior, guiding study design and best practices for collecting and interpreting primate behavioral data.
Paige is based at the Interdisciplinary Center for Archaeology and Evolution of Human Behavior (ICArHEB), Universidade do Algarve, where she is pursuing her PhD. She is interested in the emergence of stone tool use in primates, including the spontaneous innovation of nut-cracking and flaking behaviours in chimpanzees, capuchins, and long-tailed macaques, focusing on wild or free-ranging environments. Paige aims to better understand whether the innovation (or re-innovation) of these behaviours is prompted by previous relevant experience, sensitive learning age ranges, or underlying genetic components.
Previously, she received BS degrees in zoology and statistics from Michigan State University (USA) and an MS in animal behaviour from the University of Zurich (Switzerland), where she modelled behavioural flexibility in semi-urban vervet monkeys in South Africa.
As part of the UFP, Paige is working on her PhD project looking into the experiential, ontogenetic, and genetic factors underlying the spontaneous emergence of stone tool use behaviors. Paige also provides insight into primate behavior and assists with data collection.
Field assistant
Jamie was the first field research assistant of the UFP. His main interests involve understanding animal behavior in connection with the environment, and the importance of animal welfare and conservation.
As part of the UFP, Jamie helped with the collection of behavioral data associated with the social and spatial dimensions of nut-cracking behavior. This was his first time working at a field site from the perspective of a researcher.
Research assistant
Isabella is an undergraduate at NYU, studying anthropology and classical civilizations. Her main interests include paleoanthropology, archaeology, and classics, all with the aim to better understand human experience of the past and present. Isabella worked in the African Palaeosciences lab at NYU over the summer while she was in high school, and was able to continue her work here as an undergraduate!
As part of the UFP, Isabella focused on the material dimension looking at the hammerstone and anvil data found at Monkeyland.
Research assistant
Adriana was an undergraduate studying Global Public Health and Anthropology with a minor in Environmental Biology. Her main interests included medical anthropology, ethnography, and evolution. Adriana has had previous research experience at NYU Langone and Memorial Sloan Kettering researching the intersections of gynecological oncology and the effects of cancer drugs (Bevacizumab).
As a part of the UFP, Adriana helped analyze and input behavioral nut-cracking data.
Research assistant
Alina is a senior in the biology major at Brooklyn Technical High School. Her current interests circle around Pre-med/Healthcare (specifically in dentistry and primate archaeology), in hopes of better understanding and helping humans live a better life. Alina worked in the African Palaeosciences lab at NYU over the summer of 2026.
As part of the UFP, she focused on observing patterns in capuchin nut-cracking behavior while comparing methods for observational efficiency.