Technology, Weather Forecasts, and Warnings:

Integrating the End-User Community

 

A Survey of Emergency Management Organizations in Oklahoma Integrating End-User Communities - Technology, Weather Information, and Warning Systems Non-Technological Problems in Emergency Management Decision-Making
Integrating End-User Needs into the Development of New Radar Systems - A Study of Emergency Managers Technology, Weather Forecasts, and Warnings - Integrating the End-User Community Communicating Risk and Warnings-Science, Technology and the Media
From Technology to Integrated Warning Systems: The Social and Organizational Dimensions of Severe Weather Events and Disasters
Oklahoma: County Socio-demographic Characteristics and Weather Events Oklahoma Emergency Managers’ Technical Needs and Policy Recommendations
Technological Innovations, Disaster Management, and End-User Needs: Challenges and Opportunities for Emergency Managers and Practitioners
   
 
 

 

Social Scientists at DRC and CISA are contributing to the research efforts

of CASA by exploring the social and human dimensions of severe weather

forecasts and warnings. CASA is a recently established Engineering

Research Center (ERC) within NSF’s Directorate for Engineering that

focuses on the development of revolutionary sensing technology that will

enable earlier and more accurate forecasts of severe weather events.

CASA’s technology is expected to increase the warning time for

tornadoes, flash floods, and other severe weather events with greater

accuracy than existing systems.

The aim of the recently funded ERC is to establish the necessary

infrastructure to sense, analyze, and predict lower atmospheric events and

to respond to potentially hazardous phenomena in order to significantly

reduce their impact on society. More accurate and reliable weather

forecasts and warning systems (based on the technology proposed by

CASA researchers) may lead to improved disaster mitigation,

preparedness, and response initiatives. However, improving weather

forecasts and increasing lead times is only part of the equation in

determining the ultimate effectiveness of organizational and individual

preparedness and response to natural hazards.

Social Scientists in the CASA project are focusing their research efforts on

examining how improved forecasting can reduce the exposure and

vulnerability of individuals and property to every-day and extreme weather

events. Specifically, through the use of survey methodology and focus

groups, we are examining how the end-user community, particularly

emergency managers, access, utilize, and respond to weather forecasts. We

also seek to explore their knowledge and interests concerning weather

forecasting issues, attitudes towards climatological information, and their

needs and interests in relation to the use of meteorological information. We

aim to answer a variety of questions, including: who has access to

climatological information and weather forecasts?; what are the primary

sources of weather information used by emergency management

agencies?; how much confidence do these end-users have on this type of

information?; according to the end-users, how reliable are weather

forecasts and warnings?; how does climatological information affect the

decision-making processes of this community of end-users? We have

already initiated the data collection process in the state of Oklahoma; we

will then collect similar types of data in Texas and Puerto Rico.

 

Back to Projects List