Wildlife Hazard Management – An Intuitive Web-Based Risk Matrix for Airport Stakeholders

The purpose of this study is to employ Tableau and R to create a web-based system for early wildlife hazard alerts at airports, addressing the critical need for timely and accurate wildlife risk assessments. The historical data displays specific time, season, altitude, size, and frequency related to wildlife reports in the United Stated for wildlife management and planning. A user-friendly risk assessment tool, utilizing the Shiny platform, offers airport stakeholders color-coded risk levels by analyzing wildlife hazard report frequencies and sizes. This research distinguishes itself by integrating advanced data visualization techniques and a dynamic risk matrix tool, enhancing proactive wildlife hazard management. The proposed tool is demonstrated through its application at Los Angeles (LAX) and Sacramento (SAC) International Airports, and algorithm is shared to readers for implementation across various airport settings. This paper enhances understanding of wildlife hazard reports, empowering airport stakeholders to make proper decisions for proactive wildlife control, ultimately improving airport safety and sustainability.

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Publication Details

Journal
International Journal of Aviation Science and Technology
Published
2024-12-28
DOI
https://doi.org/10.23890/ijast.vm05is02.0205
Citations
1
Primary Topic
Species Distribution and Climate Change
Type
article
Field-Weighted Citation Impact
0.92
Controls
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article

Wildlife Hazard Management – An Intuitive Web-Based Risk Matrix for Airport Stakeholders

Haoruo Fu, Chien-tsung Lu, Ming Cheng, Mengyi Wei
1 citations
International Journal of Aviation Science and Technology
Species Distribution and Climate Change
0.92
article

Wildlife Hazard Management – An Intuitive Web-Based Risk Matrix for Airport Stakeholders

Haoruo Fu, Chien-tsung Lu, Ming Cheng, Mengyi Wei
article en
1 citations

Abstract

The purpose of this study is to employ Tableau and R to create a web-based system for early wildlife hazard alerts at airports, addressing the critical need for timely and accurate wildlife risk assessments. The historical data displays specific time, season, altitude, size, and frequency related to wildlife reports in the United Stated for wildlife management and planning. A user-friendly risk assessment tool, utilizing the Shiny platform, offers airport stakeholders color-coded risk levels by analyzing wildlife hazard report frequencies and sizes. This research distinguishes itself by integrating advanced data visualization techniques and a dynamic risk matrix tool, enhancing proactive wildlife hazard management. The proposed tool is demonstrated through its application at Los Angeles (LAX) and Sacramento (SAC) International Airports, and algorithm is shared to readers for implementation across various airport settings. This paper enhances understanding of wildlife hazard reports, empowering airport stakeholders to make proper decisions for proactive wildlife control, ultimately improving airport safety and sustainability.

International Journal of Aviation Science and TechnologyVol. vm05(is02)
Purdue University West Lafayette (US), Civil Aviation University of China (CN)
Life in Land
Openalex Percentile: Top 14%
Species Distribution and Climate Change
0.92
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