Suffolk, VA (23437) Drought & Climate Risk Profile

The primary drivers of climate-related financial risk in Suffolk, VA (23437) are Drought, Hurricane, and Inland Flooding. This area also faces an unusually high intensity for Winter Weather compared to national averages. Based on recent federal data, homeowners in this market face an estimated average annual insurance premium of $1,588, with a local policy non-renewal rate of 3.5%.

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.

Zip Code Risk Map

Flood Plain Analysis

Localized Flood Dynamics in 23437

FEMA Flood Maps for 23437 identify the "100-year" and "500-year" floodplains (1% and 0.2% annual chance), but modern climate risk analysis suggests that nearly 25% of flood insurance claims originate from properties outside of these designated high-risk zones.

Use the map above to better understand risk by looking at both the FEMA flood plain maps and FEMA Risk Inventory maps by census tract. Standard FEMA maps may not account for 'flash flooding' from intense rain events.
FEMA Designation vs. Reality
Very Low
Relative Vulnerability
$402,141
Annualized Property Exposure

Primary Risks

Drought

$949,456

Expected Annual Loss for Zip Code 23437

98.4Score

Relatively High compared to US average

Hurricane

$419,076

Expected Annual Loss for Zip Code 23437

82.7Score

Relatively Moderate compared to US average

Inland Flooding

$402,141

Expected Annual Loss for Zip Code 23437

6.4Score

Very Low compared to US average

Insurance Market Stability

Avg. Annual Premium (2022)

$1,588
Latest Market Rate

Year-over-Year Change

+3.6%
20212022

Market Retreat (Non-Renewals)

3.53%

Higher rates indicate insurers are actively reducing exposure to ZIP 23437 due to climate-linked risk.

Underwriting Stress (Loss Ratio)

27.0%

A ratio over 70% suggests insurers are paying out nearly all premiums as claims, forcing future price hikes.

Historical Market Trends

Toggle series below to compare costs vs. market stress indicators

Historical Trends & Forecasting

Compare premium costs against underlying risk factors.

Financial Risk Inventory

MAJOR DRIVER
Drought
$949,456
Score: 98.4
MAJOR DRIVER
Hurricane
$419,076
Score: 82.7
MAJOR DRIVER
Inland Flooding
$402,141
Score: 6.4
Tornado
$78,771
Score: 38.8
Heat Wave
$53,804
Score: 33.4
Cold Wave
$47,763
Score: 31.7
Strong Wind
$41,355
Score: 51.7
Hail
$27,104
Score: 59.5
UNUSUALLY HIGH
Winter Weather
$23,207
Score: 81.7
Lightning
$20,781
Score: 42.5
Earthquake
$16,748
Score: 21.4
Ice Storm
$6,001
Score: 32.4
Wildfire
$858
Score: 54.5
Landslide
$12
Score: 55.4
Coastal Flooding
$11
Score: 34.7

Recommended Mitigation Strategies

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

🏠Low Investment

Drought Mitigation

General property maintenance and insurance review recommended.

Risk Score: 98.4
🌀High Investment

Hurricane Mitigation

Install permanent hurricane shutters or upgrade to impact-resistant windows.

Risk Score: 82.7
💧Medium Investment

Inland Flooding Mitigation

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

Risk Score: 6.4
🏠Low Investment

Winter Weather Mitigation

General property maintenance and insurance review recommended.

Risk Score: 81.7

Methodology and Sources

Spatial Climate Risk Modeling

The Expected Annual Loss (EAL) and hazard risk scores are derived from the FEMA NRI zip code dataset using a population-weighted spatial join. Because Zip Codes and Census Tracts do not share perfectly aligned boundaries, we utilize US Census Block Group population centroids to identify where residents actually live.

Financial & Insurance Metrics

The pysical resilence score is calculated by synthesizing Expected Annual Loss (EAL) against the total building replacement value within a jurisdiction. This creates a "Loss Ratio" that measures physical resilience. We supplement this with ZIP-code level data from the U.S. Treasury's Federal Insurance Office (FIO), monitoring trends in premium growth, loss ratios, and policy non-renewals to identify emerging "Insurance Deserts."

Primary Data Sources

Nearby Locations