Climate Risk Summary

Zip Code 76351, Risk Profile

The primary drivers of climate-related financial risk in Archer City, TX (76351) are Inland Flooding, Tornado, and Wildfire. This area also faces an unusually high intensity for Drought, Strong Wind, Hail, Heat Wave, Ice Storm, and Landslide compared to national averages.

Understanding the Dollars

Expected Annual Loss (EAL) is a statistical average of property damage for this entire zip code over a standard year across all properties.

  • / It represents the "average cost" rather than a guaranteed yearly bill.
  • / It can be used to compare the relative risk from different hazards and across different neighborhoods.

Primary Risks

Inland Flooding

$194,984

Expected Annual Loss for Zip Code 76351

41.7Score

Relatively Low compared to US average

76351
Minimal Estimated LossMax Estimated Loss

Tornado

$99,755

Expected Annual Loss for Zip Code 76351

80.9Score

Relatively High compared to US average

76351
Minimal Estimated LossMax Estimated Loss

Wildfire

$70,406

Expected Annual Loss for Zip Code 76351

96.2Score

Relatively Moderate compared to US average

76351
Minimal Estimated LossMax Estimated Loss

Zip Code Risk Map

Legend
Very Low
Low
Moderate
High
Very High
Extreme

Financial Risk Inventory

MAJOR DRIVER
Inland Flooding
$194,984
Score: 41.7
MAJOR DRIVER
Tornado
$99,755
Score: 80.9
MAJOR DRIVER
Wildfire
$70,406
Score: 96.2
UNUSUALLY HIGH
Drought
$62,504
Score: 96.8
UNUSUALLY HIGH
Strong Wind
$52,216
Score: 94.1
UNUSUALLY HIGH
Hail
$48,201
Score: 92.7
UNUSUALLY HIGH
Heat Wave
$44,723
Score: 82.1
Cold Wave
$39,835
Score: 68.0
UNUSUALLY HIGH
Ice Storm
$7,468
Score: 83.2
Earthquake
$5,974
Score: 35.5
Hurricane
$2,835
Score: 50.1
Winter Weather
$2,459
Score: 71.7
Lightning
$2,306
Score: 31.9
UNUSUALLY HIGH
Landslide
$34
Score: 80.1

Recommended Mitigation Strategies

Recommended investments to protect your property value and reduce insurance liability based on your local risk profile.

💧Medium Investment

Inland Flooding Mitigation

Install a smart sump pump with battery backup and extend downspouts 10ft from foundation.

Risk Score: 41.7
🌪️High Investment

Tornado Mitigation

Reinforce garage doors and consider a FEMA-approved safe room or storm cellar.

Risk Score: 80.9
🔥Low Investment

Wildfire Mitigation

Create a 5ft 'non-combustible' zone around your home using gravel or pavers instead of mulch.

Risk Score: 96.2
🏠Low Investment

Drought Mitigation

General property maintenance and insurance review recommended.

Risk Score: 96.8
💨Low Investment

Strong Wind Mitigation

Trim large trees back from the roofline and reinforce roof-to-wall connectors (hurricane straps).

Risk Score: 94.1
🧊Medium Investment

Hail Mitigation

Replace roof with Class 4 impact-resistant shingles to significantly lower insurance premiums.

Risk Score: 92.7
☀️Low Investment

Heat Wave Mitigation

Ensure attic insulation is R-49+ and consider a dual-fuel backup generator for AC.

Risk Score: 82.1
❄️Medium Investment

Ice Storm Mitigation

Install a 10kWh backup battery system to keep pipes from freezing during grid failure.

Risk Score: 83.2
⛰️High Investment

Landslide Mitigation

Professional slope stabilization and foundation drainage inspection is highly recommended.

Risk Score: 80.1

Methodology and Sources

Spatial Aggregation

Our "Atlas" risk scores are derived using a population-weighted spatial join. Because US Zip Codes and Census Tracts do not share perfectly aligned boundaries, a simple geographic average would be misleading. We utilize US Census Block Group population statistics to identify where residents actually live within a Zip Code. We then intersect these points with FEMA National Risk Index (NRI) hazard data to calculate a weighted exposure score.

Financial Projections (EAL)

Expected Annual Loss (EAL) estimates the average economic impact of natural hazards in dollars per year. This calculation incorporates three components: Exposure (the value of structures and agriculture), Annualized Frequency (historical probability), and Historic Loss Ratio (vulnerability of the area).

Primary Data Sources

Nearby Locations