Working Groups



Active:

International Disaster Risk Reduction Working Group
The purpose of the International Disaster Risk Reduction Working Group is to facilitate and promote international cooperation in science and technology as it relates to all phases of natural and technological disasters. The working group provides an interagency forum for the exchange of information and identifies and coordinates opportunities for beneficial collaborations. The group also coordinates the SDR's role as the U.S. National Platform for the UN Office of Disaster Risk Reduction (UNDRR). In this role, the IDRRWG collects U.S. disaster loss and preparedness data and reports progress toward implementing the Sendai Framework for Disaster Risk Reduction (2015-2030).

Hazards and Natural Capital Accounting Working Group
The Hazards and Natural Capital Accounting Working Group was formed to create an implementation plan for the National Strategy to Develop Statistics for Environmental-Economic Decisions specific to hazards, extreme weather and climate events, and resilience. The goal of this implementation plan is to develop a U.S. system for tracking the value of natural assets to disaster risk reduction and the impact of natural hazards on the loss of natural assets. Such an accounting system will help provide a fuller understanding of the U.S. economy and cost of hazard mitigation and recovery.

Past:

Hazard Decision Support Tools Working Group
The Hazard Decision Support Tools Working Group reviewed the landscape of federally-produced multi-hazard decision support tools to facilitate and promote interagency coordination. This effort identified the tools and associated data each agency produces and identified similarities and differences across these resources. The group shared its results with the National Science and Technology Council Subcommittee on Climate Services.

Integrating GEO and Health Data in Disasters Working Group
The SDR Data Integration Working Group facilitate and promote opportunities for coordination of data collection and sharing in response to disasters. The effort explored the availability geoscience, atmospheric, and human health data that can be used to help federal agencies answer high priority questions of concern in response to a disaster situation, using wildfires in Sonoma County, California as a test case scenario. Understanding the types and scale of data being collected about air, water, soil, and built environment exposures in combination with understanding population vulnerabilities and health impacts, will strengthen informed decision-making, risk communication and related efforts to improve response, recovery, and future preparedness.

Real Time Flood Inundation Mapping Working Group
Federal, state, local, and/or tribal users of real-time flood inundation mapping products produced by Federal government agencies immediately prior to, during, and after a flood event expressed uncertainty about which products to use when. As a result, Science for Disaster Reduction (SDR) launched a Real-time Flood Inundation Mapping Working Group (RTFIMWG) on March 25, 2019 to coordinate flood inundation mapping across federal agencies. The RTFIMWG was charged with the following:

  1. Reach a common understanding regarding each agency’s missions and boundaries, the tools they have currently, where and when these tools can be applied, the decision space those tools are trying to influence, and the tools that are in development; and
  2. Use this common understanding to communicate a holistic real-time flood inundation mapping products story leveraging product interoperability, providing guidance to users about which products to use when, and identifying new technologies and procedures for inundation mapping.

RTFIMWG concluded their activities on December 31, 2019 with two deliverables:

  1. Deliverable 1 is an infographic that summarizes what information agencies are producing prior, during, and following a flood event.
  2. Deliverable 2 is a high-level memo, which provides recommendations from the RTFIMWG’s members’ collaboration.