Search

Search results

2744 results found

Theory Development and Integration

Trans-Contextual Model Trans-Contextual Model. Together with my colleague Nikos Chatzisarantis, I have developed an integrated model that explains the processes by which autonomous motivation and autonomy support for activities (e.g., physical activity, learning) in an educational setting relates to...

Research and Publications

A full list of SHARPP Lab publications can be found on the lab pages on ResearchGate. A full list of Martin Hagger's publications can be found on his page on ResearchGate. Latest Publications Chan, D. K. C., Stenling, A., Yusainy, C., Hikmiah, Z., Ivarsson, A., Hagger, M. S., . . . Beauchamp, M. R....

Mission Statement

The SHARPP lab aims to… …conduct pioneering experimental and applied theory-based research on health-related and preventive behavior; …lead and collaborate on community, national, and international research projects using psychological techniques to promote and change health behavior; …disseminate...

Thais Benoit

I received my bachelor’s degree in Physical Education from the Universidade Federal de Viçosa (Brazil), in 2016 and my master’s degree in Sport and Exercise Psychology from Texas Tech University in 2019. I am a fourth-year doctoral student in the Psychological Sciences Health Psychology Ph.D...

Thaís Benoit

Sport Motivation Scale: A Meta-Analysis. The Sport Motivation Scale (SMS) has been widely used in the sport and exercise contexts since its development in 1995. This multilevel meta-analysis aimed to identify the relationship between different types of motivation measured by the SMS and various...

Sydney Carson

I am an undergraduate student majoring in Psychology here at UC Merced. After I obtain my undergraduate degree, I plan on attending graduate school to pursue a career in human resources. My research interests include Industrial and Organizational Psychology, social issues, and developmental...

Thrust 2

Nano-enabled Sensing for Greenhouse Gases and Carbon Cycling in Soil The design, fabrication, and testing of nano-enabled sensors for the detection of greenhouse gases and carbon cycling in soil will be the goals of this research direction, with the aim of in situ tracking of changes in...

Thrust 3

Advanced Quantum Sensing for Geoenvironments This thrust will be focus on determining the feasibility of quantum sensing achieved through solid state nanoscale devices for specific environmental sensing applications. While ambitious, the projects undertaken have the potential to revolutionize the...