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Fear and Muscle Activity in Climbing
- Citation Author(s):
-
MatthiasBoeker
- Submitted by:
- Matthias Boeker
- Last updated:
- Wed, 12/11/2024 - 04:30
- DOI:
- 10.21227/wbge-sf02
- License:
6 Views- Categories:
- Keywords:
Abstract
This study introduces a multimodal dataset collected to investigate the psychophysiological relationship between perceived fear and muscle activity in climbers. The dataset includes physiological, motion, and subjective data from 19 climbers during \textit{lead} and \textit{top rope climbing} ascent styles, which differ in perceived risk due to varying fall distances. Physiological data were recorded using EMG, ECG, and IMU sensors. Additionally, subjective fear ratings were collected at distinct phases of the climb. This dataset provides a valuable resource for researchers exploring fear, physiological states, and the development of personalized predictive models in climbing and other psychophysiological domains.
The dataset consists of sensor recordings and annotated subjective fear responses, organized into individual CSV files for each participant and trial. Each CSV file includes synchronized data streams of physiological signals and subjective fear ratings. Additionally, we provide an aggregated CSV file in long-format, consolidating participant-level data, physiological responses, and subjective fear annotations as repeated measures. This structure facilitates seamless integration with statistical analysis workflows and supports both individualized and population-level investigations.
