67 / 100

🇫🇷 Paris

France — City Resilience Report

Moderate Resilience
Daylight Stability needs attention (45/100) Strong Connectivity (95/100)
🤖

AI Analysis

Generated by google/gemma-3-12b-it:free — based on deterministic metrics above

Paris demonstrates moderate overall resilience, benefiting from strong connectivity but facing challenges in climate stability and daylight variation. The city's water security is a notable strength. This assessment is based on the provided data and does not represent a comprehensive analysis.

Strengths

  • Water Security
  • Connectivity
  • Very Connected

Risks

  • Climate Stability
  • Daylight Stability

Recommendations

  • Further investigate and address climate stability concerns
  • Leverage connectivity for resource sharing and mutual aid

AI-generated text summarizes the underlying measured signals. This is not a professional assessment.

Overview

Population
2.14M
Elevation
Timezone
Europe/Paris
Coordinates
48.8534, 2.3488
Country
🇫🇷 France
Nearest Major City
Brussels (314 km)

Score Breakdown

Climate Stability
50
Water Security
80
Daylight Stability
45
Connectivity
95
Exposure & Terrain
60

Climate Profile

Summer

High
Low

Winter

High
Low

Daylight Analysis

Longest Day (Summer Solstice) 16.2h
Sunrise: 05:46 Sunset: 21:57
Shortest Day (Winter Solstice) 8.2h
Sunrise: 08:41 Sunset: 16:55
Daylight Variation: 7.9h between solstices
Horizon Summer (16.2h) Winter (8.2h)

Connectivity

Within 50 km
222
cities
Within 100 km
237
cities
Within 200 km
291
cities
Population within 50 km
8.57M
Population within 100 km
8.99M
Isolation Index
Very Connected

Exposure & Terrain

Elevation
Relative Elevation
Nearby Avg Elevation
Terrain Context
Unknown

Prayer Rhythm

Summer Fasting Hours
18.5h
Fajr to Maghrib (longest day)
Winter Fasting Hours
10.2h
Fajr to Maghrib (shortest day)
Fasting Range
8.3h
Difference between seasons

Resilience Map

Map loading...
50 km 100 km 200 km

Methodology

Data Confidence: Low (3/7 signals available)

Limited data available. Treat scores as rough estimates.

Data Sources

Geographic and population data from GeoNames. Climate data from Open-Meteo historical archive (2023). Daylight and prayer times computed with SunCalc algorithms. All calculations are deterministic and reproducible.

What These Scores Measure

Scores are based on geographic and climate signals only — temperature, elevation, daylight patterns, and nearby city density. They do not account for water infrastructure, governance, economic development, or disaster preparedness. A high score means favorable natural conditions, not necessarily strong resilience in practice.

Score Formula

The overall resilience score is a weighted average of five sub-scores: Climate Stability (25%), Connectivity (25%), Exposure & Terrain (20%), Water Security (15%), and Daylight Stability (15%). Each sub-score ranges from 0 to 100.

Score Bands

High (70+) Moderate (40-69) Low (<40)

Disclaimer: This is a resilience proxy based on publicly available geographic and climatic data, not a full engineering assessment. It is intended for informational purposes only. Source attribution: GeoNames, Open-Meteo, SunCalc.