14 Months of Climate Data (Nov 2023 - Dec 2024)
Comprehensive analysis of 447,000+ weather observations from 138 Philippine cities, examining temperature patterns, rainfall distribution, regional climate variations, and extreme weather events using OpenWeatherMap data.
Analysis of 447,000+ weather observations from 138 Philippine cities over 14 months reveals distinct climate patterns, regional temperature variations, and rainfall distribution across the archipelago.
Summary of weather patterns across 138 Philippine cities over 14 months of continuous monitoring.
Breakdown of weather types across all observations
Top 10 most frequent weather descriptions
Analysis of temperature variations across cities and seasons.
Comparing the warmest and coolest Philippine cities
Average temperature by month (2023-2024)
Frequency of temperature ranges
Understanding rainfall patterns across regions and seasons.
Top 15 cities with most rainy observations
Percentage of rainy observations by month
Comparing weather patterns across Luzon, Visayas, and Mindanao.
Luzon vs Visayas vs Mindanao
Regional precipitation patterns
Detailed analysis of NCR cities: Manila, Quezon City, Makati, Pasig, Taguig
Wind patterns and gusty conditions across Philippine cities.
Top 15 windiest cities
Frequency of wind speed ranges
Analyzing moisture levels and their relationship with comfort.
Average humidity percentage by city
How humidity changes throughout the year
A special look at the Philippines' coolest city and its unique climate.
The dramatic temperature difference between highland and lowland cities
Tracking severe weather occurrences across the archipelago.
Very heavy rain and thunderstorm occurrences
Distribution of severe weather conditions
Frequency of severe conditions by location
Understanding the dry (Amihan) and wet (Habagat) seasons.
Key metrics comparison between dry and wet seasons
Understanding sky conditions and cloud patterns.
Breakdown of sky conditions
Cities with most sunny days
Analyzing "feels like" temperature based on humidity.
Heat index comparison by city
How perceived temperature changes over time
Tracking pressure patterns and their weather implications.
Sea level pressure variations
Correlation between pressure and weather
Analysis of visibility ranges and low-visibility events.
Frequency of visibility ranges
Fog, mist, and haze occurrences by month
Understanding temperature variations throughout the day.
Average temperature by time of day (3-hour intervals)
Cities ranked by climate comfort for travelers.
Based on temperature, humidity, and rain frequency (higher = more comfortable)
Climate comfort score by month
| Month | Avg Temp | Rain % | Humidity | Recommendation |
|---|---|---|---|---|
| January | 28.2°C | 5.8% | 71% | Excellent |
| February | 28.5°C | 4.5% | 68% | Excellent |
| March | 29.8°C | 4.1% | 65% | Excellent |
| April | 31.2°C | 5.2% | 64% | Hot but Dry |
| May | 31.5°C | 10.8% | 70% | Transition |
| June | 30.2°C | 15.2% | 76% | Rainy Season |
| July | 29.5°C | 17.5% | 78% | Rainy Season |
| August | 29.2°C | 18.2% | 79% | Peak Monsoon |
| September | 29.0°C | 16.8% | 78% | Rainy Season |
| October | 29.1°C | 14.2% | 76% | Transition |
| November | 28.8°C | 9.5% | 74% | Good |
| December | 28.0°C | 7.2% | 73% | Excellent |
Major insights from the weather data analysis.
Baguio City averages 21.4°C, nearly 10°C cooler than lowland cities, making it the Philippines' natural air conditioning due to its 1,500m elevation.
83% of all observations recorded cloudy conditions, with only 6% clear skies - the Philippines is predominantly overcast year-round.
Tuguegarao consistently records the highest temperatures averaging 32.8°C, earning its reputation as the country's hottest city.
Wet season (Habagat) brings 2.4x more rain than dry season, with August being the wettest month at 18.2% rainy observations.
2,847 observations recorded "danger zone" heat index above 41°C, primarily in April-May when humidity compounds high temperatures.
Mindanao cities experience more stable temperatures year-round, while Luzon shows greater seasonal variation due to monsoon exposure.
January to March offers optimal weather with lowest rainfall (4-6%), moderate humidity (65-71%), and comfortable temperatures (28-30°C).
Average day-night temperature difference is 3.4°C, with peak temperatures at 1-3 PM and coolest readings at 4-6 AM.
Metro Manila cities average 2-3°C warmer than surrounding provinces, demonstrating the urban heat island effect.
Thunderstorms (339 events) and very heavy rain (400 events) represent less than 0.2% of all observations, indicating generally stable weather.
Understanding the data collection and analysis approach.
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