Association for Behavior Analysis International

The session will cover the long history of how the outcomes of the BTBC-3 inform intervention and instruction for young children’s language development and success in school. The issues covered are of particular relevance for children on the ASD spectrum. Recent research using the Boehm Test of Basic Concepts-3: Preschool in a behaviorally-based preschool program has identified bi-directional naming as a key factor in the progression of learning, an issue to be explored in the session. The importance of relational concepts as measured by the BTBC for learning across all areas of learning, following directions and more complex problem solving will be presented along with strategies for intervention.

Board certified behavior analysts; licensed psychologists; graduate students.

Ann E. Boehm, Ph.D. is professor emerita of psychology and education at Teachers College, Columbia University where she continues to teach a course on early childhood assessment. She is the author of the Boehm Test of Basic Concepts (BTBC) which was the outcome of her dissertation and was seminal in identifying basic relational concepts as an important aspect of language development and essential for success across all areas of school learning. The test, now in in its third edition, consists of a preschool level (ages 3-5) and a school age level (ages 5-7). Outcomes of the test are helpful for identifying learning objectives and monitoring progress, The BTBC-3 is one of the few instruments available at these age levels in raised form and big picture versions for the blind and visually impaired (through the American Printing House for the Blind). She is the author of numerous books and articles. Her current research interests focus on the next version of the BTBC, direction following, intervention activities, and work with students on the ASD spectrum.

Board certified behavior analysts; licensed psychologists; graduate students.

Complex mission-oriented operational environments such as space exploration seem incompatible with the rigor and control that define the behavior analytic approach. Yet, the inherent risks, strategic value, and public investment in these missions require applying the best science available to enable success. This presentation will describe the parallels between behavior analytic principles and spaceflight operations, review selected historical and recent applications of behavioral science in astronauts and other teams in isolated, confined, and extreme environments, and describe opportunities for applied behavior analysis as part of integrated multidisciplinary efforts to enable future mission success and support those who work, live, serve, and explore on the final frontier.

Scientists, lab/department/program directors, agency program administrators

Dr. Pete Roma is Senior Scientist and Director of the Behavioral Health & Performance Laboratory at NASA Johnson Space Center. He also holds adjunct appointments at the Johns Hopkins University School of Medicine, the University of Kansas, the University of California—Irvine, the University of Texas at Austin, and Rice University. Prior to joining NASA, he trained and worked with space research pioneer Dr. Joseph V. Brady and behavioral economics pioneer Dr. Steven R. Hursh studying individual and environmental influences on cooperative behavior in high-performing teams. At NASA, the BHP Laboratory specializes in multidisciplinary longitudinal research and countermeasure development to support individual and team behavioral health, performance, and adaptation in isolated, confined, and extreme operational environments. Through support from NASA’s Human Research Program, Space Biology Program, and Systems Maturation Team as well as the US Army Medical Research and Materiel Command (MRMC) and the Defense Advanced Research Projects Agency (DARPA), recent and ongoing efforts include integrated investigations of human physical and behavioral health, performance, and biopsychosocial adaptation over time in NASA’s Human Exploration Research Analog (HERA) and 20-ft Chamber facilities, the Hawai’i Space Exploration Simulation and Analog (HI-SEAS) habitat, the Russian Institute for Biomedical Problems’ SIRIUS/NEK chamber, Concordia and Neumayer Stations in Antarctica, and the International Space Station.

Children can communicate through gestures (like pick-me-up or pointing) even before they begin to speak. Some gestures likely develop through social learning (like waving hello). Researchers have argued that other early gestures, like the pick-me-up gesture, cannot be learned through social learning (since adults do not gesture to be picked up). They have therefore proposed that these gestures are learned through ontogenetic ritualization, a kind of learning that critically involves role and dyad specificity. Ontogenetic ritualization is thought to differ from operant conditioning. In this presentation, on the basis of videotaped interactions between parents and children between six and twelve months of age, I argue that these early communicative gestures are likely learned through operant conditioning. I also discuss the possible developmental origins of pointing, ranging from operant conditioning to species-typical behavior. It is important to entertain the possibility that simple and well-established learning mechanisms account for children’s early gestures.

Anyone interested in the early communication of typically developing infants and toddlers as well as practitioners interested in designing interventions with clinical communication-disordered populations.

The advancement of technology has inevitably shaped social interactions for a large majority of adolescents in urbanized cities. This digital age is a time of positive growth, but also a time of considerable challenge. Bullying has extended its reach from the physical to the cyberspace. Most of what we now know about traditional bullying and cyberbullying comes from research conducted in Western societies. There have been a number of studies from Asian Pacific Rim societies, though it is acknowledged that there is a comparative lack of studies from South-East Asian countries. This talk will review key issues in this field such as the similarities, differences, and relationship between cyberbullying and traditional bullying, measurement issues in cyberbullying research as it relates to prevalence rates, and crucial cross-cultural considerations. This talk will also examine the risk and protective factors, and outcomes including mental health outcomes of traditional/cyberbullying victims and perpetrators. Finally, this talk will also include a review of prevention and intervention strategies targeting multiple levels and contexts/systems (individual, relationships such as parent-adolescent, teacher-student, peer-peer, school, community) which will be needed to more effectively address traditional and cyberbullying in an integrated manner.

Board certified behavior analysts; licensed psychologists; graduate students.

The digital health industry, estimated to be worth $206 billion by 2020, has produced countless mobile apps, wearable devices, and other technologies to help users develop healthy lifestyles to manage and prevent physical and mental illness. An open question is whether behavioral science is being applied to these innovations which reach millions of users each day. In this talk, Dr. Pagoto will first discuss her work examining the degree to which the work of behavioral scientists is represented in popular commercial health technologies, and then she will present her research applying behavioral principles via mobile technology and social media. Finally, she will discuss ways that technology can provide novel sources of data to enhance our understanding of behavior as well as the efficacy and reach of behavioral interventions.

Board certified behavior analysts; licensed psychologists; graduate students.