A Night at the OPERA: A Conceptual Framework for an Integrated Distributed Sensor Network-Based System to Figure out...

Area of Science:

• Environmental Science
• Computer Science
• Veterinary Science

Background:

• Wildfires cause significant animal loss, economic damage, and ecosystem disruption.
• Current animal evacuation planning lacks adequate coordination and preparedness.
• Mount Vesuvius poses unique risks due to its delicate ecosystem and high density of animal and human populations.

Purpose of the Study:

• To present a conceptual framework for an ICT system to support animal evacuation planning during wildfires.
• To develop a system for monitoring wildfire risks in the Mount Vesuvius "red zone".
• To create a tool for determining the Optimal Evacuation Route for Animals (OPERA).

Main Methods:

• Integration of a Distributed Sensor Network (DSN) for real-time monitoring.
• Development of ad-hoc software for fire risk modeling and simulations.
• Utilization of a Geographic Information System (GIS) for web mapping and route planning.

Main Results:

• Demonstration of effective preliminary results from the system's implementation.
• Successful integration of DSN, fire risk modeling software, and GIS.
• Establishment of a functional framework for OPERA route determination.

Conclusions:

• The proposed ICT system enhances disaster risk management for animal populations.
• The system aligns with a "Foresight approach" for preventing systematic failures in emergencies.
• This innovative approach is critical for safeguarding the unique ecosystem and inhabitants of Mount Vesuvius.