Sucre
2 km around Sucre
Air quality now
AQI 18
0.5%
tree cover
92.7K more trees would reach 30% tree cover
South America · air quality report · 9 cities
Right now the 9 cities Airleaf measures in Bolivia average AQI 21 (good). The worst air is in Cochabamba, at AQI 53, and the cleanest in Quillacollo, at AQI 8.
None of the 9 measured cities is over AQI 100 today, and 89% have Good air.
Average right now
AQI 21
Good
Updated . Lower is better on the US EPA index: 0–50 is Good, above 300 is Hazardous. Measured by Airleaf.
Bolivia · average AQI 21
2 km around Sucre
Air quality now
AQI 18
0.5%
tree cover
92.7K more trees would reach 30% tree cover
2 km around Macrodistrito Max Paredes
Air quality now
AQI 9
2.1%
tree cover
87.7K more trees would reach 30% tree cover
2 km around Distrito 11
Air quality now
AQI 18
13.6%
tree cover
51.5K more trees would reach 30% tree cover
2 km around Noroeste
Air quality now
AQI 53
11.4%
tree cover
58.4K more trees would reach 30% tree cover
2 km around Oruro
Air quality now
AQI 17
0%
tree cover
94.2K more trees would reach 30% tree cover
2 km around Sacaba
Air quality now
AQI 36
9.2%
tree cover
65.3K more trees would reach 30% tree cover
2 km around Quillacollo
Air quality now
AQI 8
11.0%
tree cover
59.7K more trees would reach 30% tree cover
2 km around Las Panosas
Air quality now
AQI 18
17.4%
tree cover
39.6K more trees would reach 30% tree cover
Across the country
None of the 9 measured cities is over AQI 100 today, and 89% have Good air. Air quality is satisfactory for everyone.
9 measured cities
Every measured city, including model estimates where no ground station is near.
In aggregate
Every figure below is read the same way over the same 2 km area per city, so they add up and compare like for like. Averaged across the 9 of 9 cities measured so far in Bolivia.
Excludes barren and desert sites
Against everywhere else
Right now the cities of Bolivia average cleaner air than 96% of the 171 countries Airleaf has enough cities to average, and more tree cover than 15%.
Cleaner air than…
More tree cover than…
See the most polluted and cleanest air rankings for every country.
Deforestation · 2001–2025
Since 2001, Bolivia has lost about 10.6 million hectares of forest (about 110,000 km²): 16% of the forest it had in 2000. Most of it (55%) was deforestation, forest cleared for good, mainly for farms, pasture and plantations.
Hectares of forest lost each year
| Year | Cleared for good | Can grow back | Total |
|---|---|---|---|
| 2001 | 117,000 ha | 24,200 ha | 141,000 ha |
| 2002 | 150,000 ha | 30,800 ha | 181,000 ha |
| 2003 | 146,000 ha | 19,000 ha | 165,000 ha |
| 2004 | 169,000 ha | 35,400 ha | 204,000 ha |
| 2005 | 208,000 ha | 44,400 ha | 253,000 ha |
| 2006 | 185,000 ha | 32,500 ha | 217,000 ha |
| 2007 | 155,000 ha | 35,900 ha | 191,000 ha |
| 2008 | 322,000 ha | 48,300 ha | 370,000 ha |
| 2009 | 191,000 ha | 34,300 ha | 225,000 ha |
| 2010 | 299,000 ha | 155,000 ha | 454,000 ha |
| 2011 | 249,000 ha | 81,400 ha | 331,000 ha |
| 2012 | 211,000 ha | 64,000 ha | 275,000 ha |
| 2013 | 142,000 ha | 38,300 ha | 180,000 ha |
| 2014 | 191,000 ha | 67,100 ha | 258,000 ha |
| 2015 | 142,000 ha | 24,700 ha | 167,000 ha |
| 2016 | 360,000 ha | 112,000 ha | 472,000 ha |
| 2017 | 354,000 ha | 111,000 ha | 465,000 ha |
| 2018 | 258,000 ha | 45,400 ha | 304,000 ha |
| 2019 | 304,000 ha | 531,000 ha | 835,000 ha |
| 2020 | 230,000 ha | 203,000 ha | 433,000 ha |
| 2021 | 266,000 ha | 294,000 ha | 560,000 ha |
| 2022 | 387,000 ha | 212,000 ha | 599,000 ha |
| 2023 | 297,000 ha | 402,000 ha | 699,000 ha |
| 2024 | 289,000 ha | 1.52 million ha | 1.81 million ha |
| 2025 | 185,000 ha | 583,000 ha | 768,000 ha |
Forest loss is speeding up: about 888,000 hectares a year in 2021–2025, up from 502,000 hectares a year in 2016–2020. The worst year was 2024, when about 1.81 million hectares of forest were lost, mostly to wildfires.
Also: shifting farming, logging, mining and energy, towns and roads, unknown causes.
Causes for 2025 are estimates, based on what caused forest loss in the same places up to 2024.
Source: Hansen/UMD/Google/USGS/NASA, Global Forest Change (GFC-2025-v1.13); causes: WRI/Google DeepMind drivers of forest loss; both CC BY 4.0, summed by Airleaf for each area. How it's measured
50.2% of Bolivia was forested as of 2024, against a 30% benchmark. That already clears the benchmark — the city reports above show where cover is still thin locally. Source: World Bank (FAO).
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Clean-air buying guides
Picked by tested clean-air delivery rate (CADR), noise and running cost, from independent test labels. No brand pays to be listed.
Air purifiers that keep up with wildfire smoke and winter smog, ranked by verified smoke CADR, with the room each one clears on a smoky day.
Good HEPA air purifiers under $200 at the makers' own prices, compared on verified clean air, room size and what the filters cost each year.
NIOSH-approved N95 masks and P100 respirators for smog and smoke, and how to get the fit right. Cloth and surgical masks do little against PM2.5.
Frequently asked
Right now the 9 cities Airleaf measures in Bolivia average AQI 21 (good). The worst air is in Cochabamba, at AQI 53, and the cleanest in Quillacollo, at AQI 8. None of the 9 measured cities is over AQI 100 today, and 89% have Good air.
Cochabamba, at AQI 53 (Moderate) on the US EPA index. Unusually sensitive people should consider limiting long outdoor exertion.
Quillacollo, at AQI 8 (Good). Both lists rank current readings, from ground stations wherever Bolivia has at least three cities with one.
It depends on the city. 8 cities are Good, 1 city is Moderate. At the national average of AQI 21: Air quality is satisfactory for everyone.
About 10.6 million ha from 2001 to 2025, 16% of the forest it had in 2000, from the University of Maryland's yearly satellite maps of forest loss. 5.81 million ha of it was cleared for good, for farms, mines or towns.
Tarija, with 17.4% tree cover within 2 km of its center, measured from Sentinel-2 satellite images.
Each city's reading is the US EPA air quality index, from ground monitoring stations where one has reported recently nearby, and from the CAMS atmospheric model elsewhere; each city's report says which. Tree cover is measured over the same 2 km radius in every city, so the cities compare like for like.
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