Risky Development: Increasing Exposure to Natural Hazards in the United States

Autor: Jennifer K. Balch, Stefan Leyk, Caitlin M. McShane, Virginia Iglesias, Megan E. Cattau, Anna E. Braswell, Joseph McGlinchy, R. Chelsea Nagy, William R. Travis, Matthew W. Rossi, Maxwell B. Joseph, Michael J. Koontz
Jazyk: angličtina
Rok vydání: 2021
Předmět:
Space Geodetic Surveys
Vulnerability
Biogeosciences
Volcanic Effects
Critical infrastructure
Global Change from Geodesy
Volcanic Hazards and Risks
Oceans
Sea Level Change
Earth and Planetary Sciences (miscellaneous)
GE1-350
Disaster Risk Analysis and Assessment
QH540-549.5
General Environmental Science
Climate and Interannual Variability
Remote Sensing and Disasters
Hazard
Climate Impact
Geography
Earthquake Ground Motions and Engineering Seismology
Explosive Volcanism
Earth System Modeling
Atmospheric Processes
Ocean Monitoring with Geodetic Techniques
Ocean/Atmosphere Interactions
Mathematical Geophysics
Atmospheric
Regional Modeling
Atmospheric Effects
Volcanology
Hydrological Cycles and Budgets
Decadal Ocean Variability
Land/Atmosphere Interactions
Natural hazard
Geodesy and Gravity
Global Change
Air/Sea Interactions
Numerical Modeling
Solid Earth
Geological
Flood myth
Ocean/Earth/atmosphere/hydrosphere/cryosphere interactions
Water Cycles
Modeling
Avalanches
Volcano Seismology
Benefit‐cost Analysis
exposure
Computational Geophysics
Regional Climate Change
Abrupt/Rapid Climate Change
Informatics
Natural resource economics
vulnerability
Surface Waves and Tides
Atmospheric Composition and Structure
Volcano Monitoring
Remote Sensing
Methods
Seismology
risk
Climatology
Ecology
Nonlinear Geophysics
Radio Oceanography
Gravity and Isostasy
Marine Geology and Geophysics
Physical Modeling
Oceanography: General
Cryosphere
Impacts of Global Change
Oceanography: Physical
Research Article
Oceanic
Theoretical Modeling
Radio Science
Tsunamis and Storm Surges
Paleoceanography
Effects of global warming
Climate Dynamics
Remote Sensing of Volcanoes
Baseline (configuration management)
Numerical Solutions
Climate Change and Variability
Multihazards
Effusive Volcanism
Land use
Climate Variability
Zillow
General Circulation
Policy Sciences
Climate Impacts
Mud Volcanism
Air/Sea Constituent Fluxes
Environmental sciences
Mass Balance
natural hazards
Ocean influence of Earth rotation
Volcano/Climate Interactions
Hydrology
Sea Level: Variations and Mean
Zdroj: Earth's Future, Vol 9, Iss 7, Pp n/a-n/a (2021)
Earth's Future
ISSN: 2328-4277
Popis: Losses from natural hazards are escalating dramatically, with more properties and critical infrastructure affected each year. Although the magnitude, intensity, and/or frequency of certain hazards has increased, development contributes to this unsustainable trend, as disasters emerge when natural disturbances meet vulnerable assets and populations. To diagnose development patterns leading to increased exposure in the conterminous United States (CONUS), we identified earthquake, flood, hurricane, tornado, and wildfire hazard hotspots, and overlaid them with land use information from the Historical Settlement Data Compilation data set. Our results show that 57% of structures (homes, schools, hospitals, office buildings, etc.) are located in hazard hotspots, which represent only a third of CONUS area, and ∼1.5 million buildings lie in hotspots for two or more hazards. These critical levels of exposure are the legacy of decades of sustained growth and point to our inability, lack of knowledge, or unwillingness to limit development in hazardous zones. Development in these areas is still growing more rapidly than the baseline rates for the nation, portending larger future losses even if the effects of climate change are not considered.
Key Points More than half of the structures in the conterminous United States are exposed to potentially devastating natural hazardsGrowth rates in hazard hotspots exceed the national trendRisk assessments can be improved by considering multiple hazards, mitigation history and fine‐scale data on the built environment
Databáze: OpenAIRE