Jamie Jones is a geographer with the Western Geographic Science Center in Moffett Field, California.
Her work emphasizes the integration of hazard and non-hazard (demographic, economic, etc.) data using geographic information systems (GIS) to provide insight into hazard impacts on society. One of her current projects is the HayWired earthquake scenario, a hypothetical Mw 7.0 earthquake originating on the Hayward fault in Oakland, California, where she provides GIS support in various capacities. Along with published work on hazard data (aftershocks, liquefaction, mainshock shaking) for the HayWired scenario, she has assessed potential lifeline exposure to multiple earthquake hazards (shaking, liquefaction, and landslides). Her other main research area relates to hazard-based population exposure in the United States, with a current focus on population exposure and evacuation potential related to tsunamis along United States shorelines. She has co-authored publications focusing on population exposure to various hazards (for example, earthquake shaking, tsunami inundation, coastal inundation as a result of sea-level rise and storm surge) in a variety of locations (for example, Washington, California, Hawaii, Massachusetts). Her previous work focuses on hazard exposure, including exposure analyses for the SAFRR tsunami scenario (population, agriculture) and the ARkStorm scenario (population), and assisting in coding/interpretation of participant interviews and focus groups regarding how aftershock information was communicated during the Canterbury earthquake sequence for risk communication.
Science and Products
HayWired - Engineering implications
Hazards Societal Consequences and Risk Communication scientists coauthored several chapters in the Earthquake hazards volume of the HayWired earthquake scenario.
Tsunamis
The 2004 Indian Ocean, 2010 Chilean, and 2011 Tohoku disasters have shown how tsunamis are significant threats to coastal communities. To help U.S. coastal communities prepare for future tsunamis, the Hazards Vulnerability Team completed projects related to population exposure and sensitivity, pedestrian evacuation modeling, and vertical-evacuation decision support. A recent article of ours in the...
Coastal Change
The continued devastation from recent hurricanes and tropical storms demonstrates the vulnerability of coastal communities to coastal-change hazards. Changes in sea level and storm-wave intensity are changing the areas that are prone to erosion and storm-related flooding. The Hazards Vulnerability Team has worked with USGS coastal researchers and partners to improve our understanding of community...
Earthquakes
The U.S. Pacific Northwest is an active seismic zone, as evidenced by the 2001 Nisqually earthquake near Olympia (WA) and several other earthquakes in the 1990's. The Hazards Vulnerability Team worked with emergency managers and USGS earthquake researchers to better understand how communities are vulnerable to earthquake hazards.
Volcanoes
As the 1980 Mount St. Helens eruption showed, volcanoes pose significant threats to U.S. communities. Potential hazards posed by U.S. volcanoes include tephra falls, pyroclastic flows and surges, VOG, ballistic projectiles, lahar and lava flows. In collaboration with researchers from the USGS Volcano Hazards Program, the Hazards Vulnerability Team worked on better understanding and communicating...
Hazards Vulnerability Team
Our country faces a wide array of natural hazards that threaten its safety, security, economic well-being, and natural resources. To minimize future losses, communities need a clear understanding of how they are vulnerable to natural hazards and of strategies for increasing their resilience. Vulnerability and resilience are influenced by (1) how communities choose to use hazard-prone land, (2) pre...
Visualizing community exposure and evacuation potential to tsunami hazards using an interactive Tableau dashboard
USGS research for the Risk and Vulnerability to Natural Hazards project at the Western Geographic Science Center has produced several geospatial datasets estimating the time required to evacuate on foot from two tsunami evacuation zones (standard and extreme) traveling at three travel speeds (impaired, slow, and fast walking speeds) for the Island of O’ahu, HI. Tabulation of O’ahu resident and emp...
Hazards Societal Consequences and Risk Communication
The Hazards Societal Consequences and Risk Communication project is led by Anne Wein at the Western Geographic Science Center (WGSC).The umbrella project is Science Application for Risk Reduction (SAFRR), which estimates consequences of natural hazard disaster scenarios as a strategy to engage decision-makers in increasing a community’s ability to cope with the effects of a disaster. Scenarios for...
SAFRR Tsunami Scenario
The third SAFRR scenario is initiated by a magnitude 9.0 megathrust earthquake in the eastern Aleutian Islands, an event presenting a hypothetical but plausible distant-tsunami threat to southern and central California. USGS and other federal and state agencies entities developed the SAFRR Tsunami Scenario. The scenario describes wave heights, current velocities and inundation for the coast of...
Science and Products
- Science
HayWired - Engineering implications
Hazards Societal Consequences and Risk Communication scientists coauthored several chapters in the Earthquake hazards volume of the HayWired earthquake scenario.Tsunamis
The 2004 Indian Ocean, 2010 Chilean, and 2011 Tohoku disasters have shown how tsunamis are significant threats to coastal communities. To help U.S. coastal communities prepare for future tsunamis, the Hazards Vulnerability Team completed projects related to population exposure and sensitivity, pedestrian evacuation modeling, and vertical-evacuation decision support. A recent article of ours in the...Coastal Change
The continued devastation from recent hurricanes and tropical storms demonstrates the vulnerability of coastal communities to coastal-change hazards. Changes in sea level and storm-wave intensity are changing the areas that are prone to erosion and storm-related flooding. The Hazards Vulnerability Team has worked with USGS coastal researchers and partners to improve our understanding of community...Earthquakes
The U.S. Pacific Northwest is an active seismic zone, as evidenced by the 2001 Nisqually earthquake near Olympia (WA) and several other earthquakes in the 1990's. The Hazards Vulnerability Team worked with emergency managers and USGS earthquake researchers to better understand how communities are vulnerable to earthquake hazards.Volcanoes
As the 1980 Mount St. Helens eruption showed, volcanoes pose significant threats to U.S. communities. Potential hazards posed by U.S. volcanoes include tephra falls, pyroclastic flows and surges, VOG, ballistic projectiles, lahar and lava flows. In collaboration with researchers from the USGS Volcano Hazards Program, the Hazards Vulnerability Team worked on better understanding and communicating...Hazards Vulnerability Team
Our country faces a wide array of natural hazards that threaten its safety, security, economic well-being, and natural resources. To minimize future losses, communities need a clear understanding of how they are vulnerable to natural hazards and of strategies for increasing their resilience. Vulnerability and resilience are influenced by (1) how communities choose to use hazard-prone land, (2) pre...Visualizing community exposure and evacuation potential to tsunami hazards using an interactive Tableau dashboard
USGS research for the Risk and Vulnerability to Natural Hazards project at the Western Geographic Science Center has produced several geospatial datasets estimating the time required to evacuate on foot from two tsunami evacuation zones (standard and extreme) traveling at three travel speeds (impaired, slow, and fast walking speeds) for the Island of O’ahu, HI. Tabulation of O’ahu resident and emp...Hazards Societal Consequences and Risk Communication
The Hazards Societal Consequences and Risk Communication project is led by Anne Wein at the Western Geographic Science Center (WGSC).The umbrella project is Science Application for Risk Reduction (SAFRR), which estimates consequences of natural hazard disaster scenarios as a strategy to engage decision-makers in increasing a community’s ability to cope with the effects of a disaster. Scenarios for...SAFRR Tsunami Scenario
The third SAFRR scenario is initiated by a magnitude 9.0 megathrust earthquake in the eastern Aleutian Islands, an event presenting a hypothetical but plausible distant-tsunami threat to southern and central California. USGS and other federal and state agencies entities developed the SAFRR Tsunami Scenario. The scenario describes wave heights, current velocities and inundation for the coast of... - Data
- Publications
- Web Tools