Breathing in Alto Paraguay is Injurious to Health.

Air pollution threatens the health of 18 thousand people across 3 districts in Alto Paraguay. The average PM2.5 level is 25.4 µg/m³—5.1Ɨ higher than the WHO guideline.

Brought to you by Amrit Sharma

Air Pollution in Alto Paraguay

Alto Paraguay faces significant air pollution challenges. 100% of districts exceed the WHO guideline for clean air. This is putting 18 thousand across 3 districts at risk.

The average PM2.5 over 2023 was 25.4µg/m³. That's 5.1 times the WHO guideline for clean air of 5µg/m³.

This is equivalent of everybody, including children, smoking about 421 cigarettes in a year.

Air Quality Trend

Annual PM2.5 levels from 2014 to 2023. The WHO guideline for safe air is 5 µg/m³.

Life Expectancy Impact

If Alto Paraguay met the WHO guideline of 5 µg/m³, the average person would live 1.98 years longer.

That's 37K years of life stolen from 18 thousand people. Years of watching children grow up. Years of building a career. Years of quiet mornings and celebrations.

Lives cut short. Breathing kills.

Districts with Highest Pollution

The top 3 most polluted districts in Alto Paraguay. These areas face the greatest health burden from air pollution.

  • 1.Mayor Pablo Lagerenza
    2.6 years lost
  • 2.Fuerte Olimpo
    2 years lost
  • 3.La Victoria
    1.9 years lost

Population Exposure by Pollution Level

Distribution of population across different PM2.5 pollution levels. The WHO guideline is 5 µg/m³—only populations below this threshold are breathing safe air.

< 5 µg/m³
0%
0
5-10 µg/m³
0%
0
10-15 µg/m³
0%
0
15-25 µg/m³
61%
11K
25-35 µg/m³
39%
7K
> 35 µg/m³
0%
0

All 3 Districts in Alto Paraguay

Complete air quality data for every district in Alto Paraguay, sorted by population.

DistrictPopulationPM2.5 µg/m³Years Lost
La Victoria11K
24.6
1.9 years
Fuerte Olimpo6K
25.5
2.0 years
Mayor Pablo Lagerenza1K
31.6
2.6 years

Showing 3 districts, sorted by population (largest first). PM2.5 values are for 2023. Years lost calculated against WHO guideline of 5 µg/m³.