Weichelt Bryan, Yoder Aaron, Bendixsen Casper, Pilz Matthew, Minor Gerald, Keifer Matthew
a National Farm Medicine Center , Marshfield Clinic Research Institute , Marshfield , Wisconsin , USA.
b Department of Environmental, Agricultural, and Occupational Health , University of Nebraska Medical Center , Omaha , Nebraska , USA.
J Agromedicine. 2018;23(3):284-296. doi: 10.1080/1059924X.2018.1470051.
Fire departments have right-of-entry to most commercial industrial sites and preemptively map them to identify the onsite resources and hazards they need to promptly and safely respond to an emergency event. This is not the case for private farms. Emergency responders are blind to resources and hazards prior to arrival and must spend critical minutes locating them during an emergency response at a farm location. The original 2013 Farm Mapping to Assist, Protect and Prepare Emergency Responders (Farm MAPPER) project was undertaken to develop a method to give emergency responders an up-to-date view of on-farm hazard information to safely and efficiently conduct emergency response activities on private agricultural operations. In 2017, an augmented reality version of Farm MAPPER was developed to combine the technological advantages of geographic information system-based data points with a heads-up display and graphical overlay of superimposed hazard imagery and informative icons. The development and testing of this iOS- and Android-ready prototype uncovered lessons learned applicable to other mobile-based apps targeting farmers, ranchers, and rural populations faced with limited or inconsistent mobile internet connectivity.
消防部门有权进入大多数商业和工业场所,并预先绘制地图,以识别他们在紧急事件发生时迅速、安全做出响应所需的现场资源和危险。但私人农场的情况并非如此。应急人员在到达之前对资源和危险情况一无所知,在农场地点进行应急响应时,他们必须花费关键的几分钟来寻找这些资源和危险。最初的2013年农场绘图以协助、保护和准备应急人员(农场绘图仪)项目旨在开发一种方法,使应急人员能够及时了解农场危险信息,以便在私人农业作业中安全、高效地开展应急响应活动。2017年,开发了增强现实版的农场绘图仪,将基于地理信息系统的数据点的技术优势与平视显示器以及叠加的危险图像和信息图标相结合。这个适用于iOS和安卓系统的原型的开发和测试揭示了一些经验教训,这些经验教训适用于其他面向农民、牧场主和农村人口的移动应用程序,这些人群面临着有限或不稳定的移动互联网连接。