MASS CASUALTY MODELLING: A SPATIAL TOOL TO SUPPORT TRIAGE DECISION MAKING

Abstract Background During a mass casualty incident, evacuation of patients to the appropriate health care facility is critical to survival.Despite this, no existing system provides the evidence required to make informed evacuation decisions from the scene of the incident.To mitigate this absence and enable more informed decision making, a web base

This work reveals a set of surface topography parameters that are significant for algal attachment to natural rock substrata.Topography analysis of rock surfaces from a new belial model stream identifies three descriptive areal parameters (Smr, Sv, and Sa) that correlate with the presence of natural periphyton community.A method was developed and v