Aerial view of hot parking lot with heat distortion
🔥 ENVIRONMENTAL CRISIS

PARKING LOTS
ARE DEADLY

Asphalt parking lots reach 160°F, creating urban heat islands and turning vehicles into lethal ovens. Children can die from heatstroke in 30 minutes.

160°F
Surface Temperature
30-45%
Urban Surface Area
1,000+
Child Deaths Since 1998
20°C
Tree Shade Reduction

THE CRISIS

Urban Heat Islands

Parking lots are major contributors to the urban heat island effect. Dark asphalt absorbs solar radiation, reaching surface temperatures of 140-160°F. This excessive heat radiates into the surrounding environment, raising city temperatures by 1-10°C compared to rural areas, increasing energy costs for cooling, and worsening air quality.

Vehicular Heatstroke

Parked vehicles act like greenhouses, trapping solar radiation. Research shows that 80% of temperature rise occurs within the first 30 minutes, and cracking windows has negligible effect. Children's bodies heat 3-5 times faster than adults. Core body temperature of 104°F causes organ failure. Over 1,000 children have died since 1998.

Car interior showing extreme heat danger with empty child seat

TEMPERATURE SIMULATOR

See how quickly your car becomes deadly. Select your vehicle color and parking type to simulate real-time interior temperature rise.

Interior Temperature
0 min
95°F
SAFE
Maximum Temp
180°F
Ambient Temp
95°F

Based on peer-reviewed research: 80% of temperature rise occurs within the first 30 minutes. Cracking windows has negligible effect. Data from McLaren et al. (2005) and Grundstein et al. (2017).

SEE THE DIFFERENCE

Drag the slider to compare thermal imaging of traditional asphalt parking versus sustainable green parking with tree shade. The temperature difference is dramatic.

Thermal image of hot asphalt parking lot showing 140-160°F temperatures
BEFORE: 140-160°F
Thermal image of green parking with trees showing 80-95°F temperatures
AFTER: 80-95°F
← Drag to Compare →
60-80°F
Temperature Reduction
11-25°C
Surface Cooling from Shade
20°C
Dashboard Temp Reduction

Research Source: Thermal imaging data based on studies by Onishi et al. (2010), Scott et al. (1999), and Moretti et al. (2022). Tree shade can reduce asphalt surface temperatures by up to 20°C (36°F).

SOLUTIONS CALCULATOR

Calculate the cost, temperature reduction, and return on investment for different cooling strategies. Enter your parking lot size to see instant estimates.

Enter your parking lot size and click Calculate to see detailed cost estimates and ROI projections.

THE SOLUTION

Sustainable parking infrastructure can dramatically reduce temperatures, save lives, and create healthier cities.

Beautiful green parking lot with shade trees and solar canopies

TAKE ACTION

Join the movement to cool our cities. Sign the petition, download advocacy resources, and contact your local representatives.

SIGN THE PETITION

Demand action on parking lot heat islands

We demand:

  • ✓ Mandatory shade requirements for new parking lots
  • ✓ Incentives for green parking infrastructure
  • ✓ Public awareness campaigns on vehicle heat dangers
  • ✓ Updated building codes for heat mitigation

By signing, you agree to receive updates about this campaign.

Advocacy Toolkit

Comprehensive guide with facts, talking points, and action steps for community organizing.

City Council Letter

Pre-written template to contact your local representatives about heat island policies.

Find Your Representatives

Locate your city council members and state legislators to voice your concerns.

SPREAD THE WORD

Share this research to raise awareness about parking lot heat islands