@misc{bibcite_23518,
  keywords = {dual-use technology, climate security, artificial intelligence, uncrewed aerial systems, UAS, scenario-based analysis, wildfire management, arctic monitoring, civil-military interoperability},
  author = {Ryan Atkinson},
  title = {Scenario-Based Simulations for Climate Security: Enhancing Rapid Response to Converging Crises},
  abstract = {<p>Climate security challenges require coordinated, rapid responses across civilian and military sectors to enhance readiness and foster resilience. A scenario-based analysis of dual-use technologies supports strengthened civil-military collaboration to address simultaneous climate security crises. Real-world events are drawn upon to create a scenario that illustrates the concept of converging crises, which are cross-domain, dual-use, and co-occurring incidents that challenge traditional rapid response frameworks. AI-powered tools and uncrewed systems may help organizations make better decisions by coordinating and learning through case study-based training on contingency crises, such as those involving wildfires and the Arctic. Scenario-based planning helps identify problems with governance and coordination in simulated environments, thereby supporting readiness to build critical climate security scenarios and rapid response measures.</p>},
  year = {2024},
  journal = {Connections: The Quarterly Journal},
  volume = {23},
  pages = {107-121},
  month = {2024},
  issn = {1812-1098},
  doi = {https://doi.org/10.11610/Connections.23.3.06},
}