Investing in the Future: Strengthening Emergency Management Through Youth Development Programs
This research paper is driven by a primary objective: to emphasize the critical importance of investing in long-term youth development programs designed explicitly for the field of emergency management. These programs serve as a potent mechanism for nurturing a future workforce that possesses the essential skills, knowledge, and mindset required to excel in this dynamic profession. To illustrate the potential of such programs, this study employs the Youth Search and Rescue (YSAR) program in New Zealand as a comprehensive case study. It not only showcases the remarkable accomplishments of YSAR but also offers a detailed analysis of its influence on the youth participants and the broader emergency management sector. Through a meticulous examination of the contributions of youth, the significance of diversity, the enduring dedication of lifelong volunteers, the positive aspects of youth culture, and the effectiveness of participatory learning environments, this paper aims to underscore the imperative of adopting and expanding similar initiatives worldwide. By doing so, we can bolster readiness and resilience in the face of increasingly intricate and unpredictable threats.
Xaver Sense Through the Wall System
Operators can deploy Camero’s Xaver family of scanners on solid walls to get a 3D outline of the objects behind it. The system uses an ultra-wideband radar to “see” through walls along with a “breath detection” mechanism to differentiate between static and moving objects.
SAR for SAR – Technology on the horizon – The use of Synthetic Aperture Radar for Search and Rescue
Synthetic aperture radar (SAR) images are produced by an active system that sends a microwave signal from a sensor platform to the ground and detects backscattered waves that the ground reflects directly back to a receiver on the same platform, which can be borne aloft by either airplanes or satellites. When the source and receiver are on the same platform, the radar is said to be monostatic. If the source and receiver are on different platforms, the radar is said to be bistatic. Commercial SAR systems are monostatic and always collect images to the side of the flight path of the sensor platform, unlike most multispectral imaging systems, which commonly look straight down and are passive (consisting only of receivers of reflected sunlight and emitted thermal infrared radiation).
Researchers aim to enhance lost person search and rescue efforts using drones, artificial intelligence
Thanks to a $1.5 million grant from the National Science Foundation, a group of Virginia Tech engineers hopes to redefine these search and rescue protocols by teaming up human searchers […]
