Research
Key Research Areas
Tourist Flows and Location
Leveraging geospatial tool to predict tourist spatial behaviors and optimize destination management strategies.
AI and Big Data in Tourism
Leveraging machine learning and LLMs to predict tourist behaviors and optimize destination management strategies.
Sustainability and Resilience
Analyzing sustainability and risk on tourism and hospitality businesses and developing resilience models.
Digital Platforms and Pricing
Investigating the online behavior of tourists and organizations in digital platforms and pricing strategy.
Methodological Expertise
Big Data
Processing terabytes of unstructured data to reveal hidden patterns.
Econometrics
Advanced causal inference and time-series analysis for robust analysis.
Spatial Modeling
Geo-spatial tools to understand the spatial dimension and decision support.
Meta Analysis
Synthesizing results from different studies and understanding heterogeneity
Research Outputs
- Conference Paper
- 2026
Measuring inter-regional tourism in the United States: Integrating passenger tracking and household survey data through a gravity lens.
Yang, Y. and Xiong, C.
International Association for Tourism Economics [IATE] 2026 Conference.
Palermo, Italy
- Conference Paper
- 2026
Event desert: Identifying determinants of cultural and social inequality in community leisure.
Hwang, G. and Yang, Y.
2026 TALS Research and Teaching Conference.
Philadelphia, Pennsylvania
- Conference Paper
- 2026
Feast or famine: A big and deep data approach to event impacts on restaurant revenue.
Hwang, G. and Yang, Y.
The 31st Annual Graduate Education & Graduate Student Research Conference in Hospitality & Tourism.
Auburn, Alabama
- Keynote
- 07/26/2025
Tourism Experience and Human Well-being
2025 International Conference on Consumption Studies (ICCS)
Changsha, China (Online)
- Keynote
- 06/06/2025
Geo-located big data and sport tourism
3rd High-Level Forum on Sports Tourism and Symposium on the Development of Sports Tourism Management
Huangshan, China
- Presentation
- 09/16/2025
Meta-Analysis in Tourism Economics
Tourism Economics in Focus, The IATE Research Seminar Series
Online
- Dataset
Pulse of American Domestic Tourism
“The ‘Pulse of American Domestic Tourism’ project serves as a digital monitor for the nation’s internal mobility. By mining transportation-derived mobility data, we develop a comprehensive matrix of tourism flows connecting American MSAs. This data-driven approach unveils the rhythmic shifts in visitor demand and regional connectivity. Crucially, we ground these digital insights through extensive cross-validation with household survey data, creating a verified, high-resolution framework for understanding the evolving landscape of domestic travel.”
Key Vocabulary Used (Why it works):
- Inter-MSA travel flows: Specific and accurate to your methodology.
- Arterial circulation / Rhythmic shifts: Reinforces the “Pulse” metaphor without being cheesy.
- High-granularity / Spatiotemporal precision: Highlights the “Big Data” advantage.
- Rigorously cross-validated: Emphasizes the reliability of your model (crucial for academic trust).
- Ground-truth metrics: A professional way to refer to the survey data as the standard of truth.
- Dataset
Restaurant Resilience Index
The Restaurant Resilience Index was developed to characterize the regional restaurant industry’s resilience to the COVID-19 pandemic across U.S. counties. Estimated from econometric results regarding daily restaurant demand, this index incorporates key moderating variables—specifically ethnicity, political ideology, dining habits (eat-in vs. off-premise), and restaurant diversity—that were found to influence the magnitude of demand decline caused by the pandemic and stay-at-home orders. By visualizing these data, potentially through tools like an ArcGIS dashboard, the index enables government entities and stakeholders to pinpoint geographically vulnerable areas and effectively allocate support resources, such as consumer voucher programs, to the hardest-hit local businesses.
Link to the Restaurant Resilience Index dashboard.
- Dataset
COVID19tourism Index
The COVID19tourism index was developed to monitor the pandemic’s multifaceted impact on the global tourism industry. This index comprises five distinct sub-indices designed to track the specific effects of COVID-19 across various aspects of tourism activities. By utilizing this tool, destinations are enabled to assess their recovery status, generate rigorous forecasts, and benchmark their performance against potential competitors. Sub-indices The COVID19tourism index is comprised of five distinct sub-indices. These sub-indices were designed to track the specific effects of the pandemic across different aspects of tourism activities.
Dashboard Utility The index functions as a tool that enables destinations to perform three primary functions:
• Evaluate Recovery: Destinations can use the tool to assess their current recovery status.
• Forecast: The tool allows users to produce rigorous forecasts regarding tourism trends.
• Benchmark: Destinations can use the index to benchmark their performance against potential competitors
Link to the COVID19tourism Index Dashboard
Link to download the data
- Tool
Tourist Experience Simulation Tool
Tourist Experience Simulation Tool is a Web-GIS system designed to help tourism practitioners monitor and simulate tourist experiences under varying environmental conditions. This tool allows users to input specific scenarios defined by air pollution levels (specifically PM2.5), weather conditions (temperature, sun, wind, and precipitation), and date types (e.g., weekends or holidays). Utilizing a predictive algorithm derived from the sentiment analysis of geotagged social media posts, the system calculates “experience scores” to visualize the spatial distribution of tourist satisfaction across the city. This platform enables stakeholders to conduct scenario analyses, such as predicting experience fluctuations during heavy pollution events, and offers features for benchmarking specific locations and recommending itineraries that mitigate the negative impacts of poor air quality
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