What is the current concentration of PM10 in Alabama, USA?

The current PM10 concentration at Alabama, USA is 41.952 μg/m3.

What is the current concentration of sulfur dioxide (SO2) in Alabama, USA?

The current sulfur dioxide (SO2) concentration at Alabama, USA is 1.214 ppb.

What is the current concentration of ozone (O3) in Alabama, USA?

The current ozone (O3) concentration at Alabama, USA is 33.039 ppm.

What is the current concentration of nitrogen dioxide (NO2) in Alabama, USA?

The current nitrogen dioxide (NO2) concentration at Alabama, USA is 20.965 ppb.

Alabama, USA live air quality index now

Q: What is the current concentration of PM2.5 in Alabama, USA?

The current PM2.5 concentration at Alabama, USA is 12.683 μg/m3.

Stay updated with real-time air quality in Alabama, USA featuring accurate data on AQI, PM_2.5, PM₁₀, O₃, NO₂, SO₂, and CO levels. Use our interactive map and detailed forecasts to monitor pollution trends, manage health risks, and plan your daily activities with confidence.

Live AQI (Air Quality Index)

Moderate

Alabama, USA

Last updated: ... (Local time)

Major air pollutants in Alabama, USA

Good

Fine

Moderate

Poor

Very poor

Hazardous

Particulate Matter_2.5 (PM_2.5)

12.68 μg/m³

12.1

35.5

55.5

250.5

500.5+

Particulate Matter₁₀ (PM₁₀)

41.95 μg/m³

155

255

425

605+

Ozone (O₃)

33.04 ppb

201

201+

Sulfur Dioxide (SO₂)

1.21 ppb

186

605

1005+

Nitrogen Dioxide (NO₂)

20.96 ppb

101

361

1250

2050+

Carbon Monoxide (CO)

0.43 ppm

4.5

9.5

12.5

230.5

50.5+

Pollen Level

Low

Alabama, USA

Get Live Pollen Counts

Alabama, USA

Scroll To Air Quality Map

Track live Alabama, USA air quality forecast and history

Time	AQI	PM_2.5	PM₁₀	O₃	SO₂	NO₂	CO
2025-11-05T04:00:00.000Z	38 \| good	6.91 \| good	30.785 \| good	13.63 \| good	1.181 \| good	4.327 \| good	0.182 \| good
2025-11-05T05:00:00.000Z	44 \| good	8.187 \| good	36.107 \| good	12.778 \| good	1.065 \| good	3.601 \| good	0.175 \| good
2025-11-05T06:00:00.000Z	38 \| good	7.268 \| good	32 \| good	11.09 \| good	0.948 \| good	2.874 \| good	0.167 \| good
2025-11-05T07:00:00.000Z	44 \| good	8.093 \| good	35.107 \| good	10.246 \| good	0.906 \| good	2.689 \| good	0.164 \| good
2025-11-05T08:00:00.000Z	44 \| good	8.174 \| good	36 \| good	9.712 \| good	0.863 \| good	2.503 \| good	0.161 \| good
2025-11-05T09:00:00.000Z	44 \| good	8.12 \| good	35.875 \| good	8.687 \| good	0.82 \| good	2.318 \| good	0.158 \| good
2025-11-05T10:00:00.000Z	44 \| good	7.612 \| good	33.83 \| good	9.127 \| good	0.836 \| good	2.835 \| good	0.163 \| good
2025-11-05T11:00:00.000Z	38 \| good	7.455 \| good	32.873 \| good	8.876 \| good	0.852 \| good	3.352 \| good	0.167 \| good
2025-11-05T12:00:00.000Z	38 \| good	7.184 \| good	31.766 \| good	10.49 \| good	0.958 \| good	4.043 \| good	0.179 \| good
2025-11-05T13:00:00.000Z	38 \| good	6.882 \| good	30.658 \| good	11.595 \| good	1.151 \| good	3.236 \| good	0.18 \| good
2025-11-05T14:00:00.000Z	44 \| good	7.65 \| good	33.72 \| good	19.349 \| good	1.344 \| good	2.43 \| good	0.18 \| good
2025-11-05T15:00:00.000Z	44 \| good	7.662 \| good	33.766 \| good	27.949 \| good	1.537 \| good	1.623 \| good	0.181 \| good
2025-11-05T16:00:00.000Z	34 \| good	6.447 \| good	28.723 \| good	36.586 \| good	1.651 \| good	1.314 \| good	0.166 \| good
2025-11-05T17:00:00.000Z	39 \| good	6.063 \| good	27 \| good	41.568 \| good	1.765 \| good	1.005 \| good	0.15 \| good
2025-11-05T18:00:00.000Z	41 \| good	6.095 \| good	27 \| good	44.471 \| good	1.88 \| good	0.695 \| good	0.135 \| good
2025-11-05T19:00:00.000Z	44 \| good	6.173 \| good	27.129 \| good	46.955 \| good	1.81 \| good	0.73 \| good	0.136 \| good
2025-11-05T20:00:00.000Z	44 \| good	5.923 \| good	25.558 \| good	46.9 \| good	1.74 \| good	0.764 \| good	0.137 \| good
2025-11-05T21:00:00.000Z	44 \| good	5.039 \| good	21.388 \| good	46.86 \| good	1.671 \| good	0.799 \| good	0.137 \| good
2025-11-05T22:00:00.000Z	41 \| good	4.03 \| good	17.281 \| good	43.527 \| good	1.616 \| good	2.166 \| good	0.163 \| good
2025-11-05T23:00:00.000Z	33 \| good	5.839 \| good	25.324 \| good	35.791 \| good	1.561 \| good	3.533 \| good	0.19 \| good
2025-11-06T00:00:00.000Z	33 \| good	5.956 \| good	27.05 \| good	30.766 \| good	1.505 \| good	4.901 \| good	0.216 \| good
2025-11-06T01:00:00.000Z	33 \| good	5.855 \| good	25.611 \| good	27.392 \| good	1.532 \| good	5.34 \| good	0.228 \| good
2025-11-06T02:00:00.000Z	38 \| good	7.381 \| good	32.529 \| good	23.048 \| good	1.563 \| good	5.765 \| good	0.239 \| good
2025-11-06T04:00:00.000Z	49 \| good	8.976 \| good	39.683 \| good	15.585 \| good	1.55 \| good	6.257 \| good	0.252 \| good
2025-11-06T05:00:00.000Z	49 \| good	8.899 \| good	39.377 \| good	13.697 \| good	1.508 \| good	6.326 \| good	0.254 \| good
2025-11-06T06:00:00.000Z	44 \| good	8.336 \| good	36.521 \| good	13.003 \| good	1.469 \| good	6.371 \| good	0.255 \| good
2025-11-06T07:00:00.000Z	49 \| good	9.358 \| good	41.367 \| good	12.253 \| good	1.411 \| good	6.289 \| good	0.251 \| good
2025-11-06T08:00:00.000Z	44 \| good	8.049 \| good	35.15 \| good	10.889 \| good	1.406 \| good	5.599 \| good	0.238 \| good
2025-11-06T09:00:00.000Z	44 \| good	8.095 \| good	35.087 \| good	10.157 \| good	1.351 \| good	5.39 \| good	0.231 \| good
2025-11-06T10:00:00.000Z	44 \| good	7.735 \| good	34 \| good	9.706 \| good	1.256 \| good	6.512 \| good	0.244 \| good
2025-11-06T11:00:00.000Z	44 \| good	8.064 \| good	34.998 \| good	10.276 \| good	1.217 \| good	6.901 \| good	0.246 \| good
2025-11-06T12:00:00.000Z	49 \| good	9.325 \| good	41.873 \| good	13.59 \| good	1.174 \| good	5.918 \| good	0.227 \| good
2025-11-06T13:00:00.000Z	49 \| good	8.92 \| good	40.256 \| good	15.49 \| good	1.479 \| good	4.724 \| good	0.218 \| good
2025-11-06T14:00:00.000Z	52 \| moderate	10.057 \| good	44.638 \| good	24.494 \| good	1.784 \| good	3.531 \| good	0.21 \| good
2025-11-06T15:00:00.000Z	52 \| moderate	10.363 \| good	45.766 \| good	34.323 \| good	2.089 \| good	2.337 \| good	0.202 \| good
2025-11-06T16:00:00.000Z	49 \| good	9.265 \| good	41.677 \| good	41.977 \| good	1.928 \| good	1.8 \| good	0.187 \| good
2025-11-06T17:00:00.000Z	49 \| good	8.662 \| good	37.92 \| good	45.599 \| good	1.767 \| good	1.263 \| good	0.173 \| good
2025-11-06T18:00:00.000Z	49 \| good	9.095 \| good	39.945 \| good	47.208 \| good	1.607 \| good	0.725 \| good	0.158 \| good
2025-11-06T19:00:00.000Z	52 \| moderate	10.103 \| good	45.204 \| good	50.32 \| good	1.51 \| good	0.743 \| good	0.157 \| good
2025-11-06T20:00:00.000Z	54 \| moderate	11.387 \| good	50.361 \| good	52.851 \| good	1.413 \| good	0.761 \| good	0.156 \| good
2025-11-06T21:00:00.000Z	54 \| moderate	11.302 \| good	50.263 \| good	53.792 \| good	1.316 \| good	0.779 \| good	0.155 \| good
2025-11-06T22:00:00.000Z	52 \| moderate	9.709 \| good	43.54 \| good	49.696 \| good	1.282 \| good	2.379 \| good	0.183 \| good
2025-11-06T23:00:00.000Z	56 \| moderate	12.188 \| fine	54.442 \| good	37.708 \| good	1.248 \| good	3.98 \| good	0.212 \| good
2025-11-07T00:00:00.000Z	44 \| good	7.893 \| good	34.488 \| good	28.482 \| good	1.349 \| good	5.62 \| good	0.242 \| good
2025-11-07T01:00:00.000Z	44 \| good	8.063 \| good	35.574 \| good	23.775 \| good	1.387 \| good	5.862 \| good	0.256 \| good
2025-11-07T02:00:00.000Z	52 \| moderate	9.791 \| good	43.15 \| good	20.663 \| good	1.425 \| good	6.104 \| good	0.27 \| good
2025-11-07T03:00:00.000Z	58 \| moderate	12.683 \| fine	41.952 \| good	33.039 \| good	1.214 \| good	20.965 \| good	0.429 \| good
2025-11-07T04:00:00.000Z	60 \| moderate	14.353 \| fine	64.533 \| fine	19.346 \| good	1.249 \| good	4.309 \| good	0.247 \| good
2025-11-07T05:00:00.000Z	60 \| moderate	14.484 \| fine	64.682 \| fine	17.843 \| good	1.132 \| good	3.601 \| good	0.232 \| good
2025-11-07T06:00:00.000Z	54 \| moderate	11.382 \| good	50.55 \| good	16.737 \| good	1.015 \| good	2.894 \| good	0.218 \| good
2025-11-07T07:00:00.000Z	56 \| moderate	11.713 \| good	51.915 \| good	16.346 \| good	1.039 \| good	2.804 \| good	0.203 \| good
2025-11-07T08:00:00.000Z	49 \| good	8.75 \| good	38.689 \| good	15.914 \| good	1.062 \| good	2.715 \| good	0.189 \| good
2025-11-07T09:00:00.000Z	49 \| good	9.214 \| good	40.912 \| good	15.114 \| good	1.086 \| good	2.625 \| good	0.175 \| good
2025-11-07T10:00:00.000Z	49 \| good	8.593 \| good	37.719 \| good	14.877 \| good	1.036 \| good	2.921 \| good	0.176 \| good
2025-11-07T11:00:00.000Z	44 \| good	7.824 \| good	34.001 \| good	14.332 \| good	0.985 \| good	3.217 \| good	0.176 \| good
2025-11-07T12:00:00.000Z	44 \| good	7.886 \| good	34.657 \| good	15.353 \| good	0.935 \| good	3.513 \| good	0.177 \| good
2025-11-07T13:00:00.000Z	38 \| good	6.657 \| good	29.744 \| good	19.286 \| good	0.972 \| good	2.993 \| good	0.173 \| good
2025-11-07T14:00:00.000Z	27 \| good	5.294 \| good	22.84 \| good	26.052 \| good	1.01 \| good	2.474 \| good	0.168 \| good
2025-11-07T15:00:00.000Z	29 \| good	4.972 \| good	21.748 \| good	31.097 \| good	1.047 \| good	1.955 \| good	0.164 \| good
2025-11-07T16:00:00.000Z	32 \| good	4.105 \| good	17.991 \| good	35.159 \| good	0.95 \| good	1.547 \| good	0.152 \| good
2025-11-07T17:00:00.000Z	34 \| good	3.775 \| good	16.224 \| good	36.745 \| good	0.854 \| good	1.14 \| good	0.141 \| good
2025-11-07T18:00:00.000Z	33 \| good	4.518 \| good	19.468 \| good	36.471 \| good	0.757 \| good	0.733 \| good	0.129 \| good
2025-11-07T19:00:00.000Z	33 \| good	4.946 \| good	21.753 \| good	36.395 \| good	0.771 \| good	1.017 \| good	0.138 \| good
2025-11-07T20:00:00.000Z	32 \| good	4.509 \| good	19.372 \| good	35.246 \| good	0.785 \| good	1.302 \| good	0.147 \| good
2025-11-07T21:00:00.000Z	32 \| good	4.656 \| good	20.068 \| good	35.205 \| good	0.799 \| good	1.586 \| good	0.157 \| good
2025-11-07T22:00:00.000Z	31 \| good	3.673 \| good	15.701 \| good	34.13 \| good	0.762 \| good	1.922 \| good	0.162 \| good
2025-11-07T23:00:00.000Z	38 \| good	7.411 \| good	32.844 \| good	29.218 \| good	0.725 \| good	2.257 \| good	0.167 \| good
2025-11-08T00:00:00.000Z	27 \| good	4.917 \| good	21.106 \| good	28.133 \| good	0.688 \| good	2.593 \| good	0.172 \| good
2025-11-08T01:00:00.000Z	27 \| good	5.023 \| good	21.767 \| good	27.088 \| good	0.73 \| good	2.529 \| good	0.173 \| good
2025-11-08T02:00:00.000Z	33 \| good	6.05 \| good	26.89 \| good	23.896 \| good	0.772 \| good	2.464 \| good	0.174 \| good
2025-11-08T03:00:00.000Z	27 \| good	5.5 \| good	23.863 \| good	23.608 \| good	0.814 \| good	2.4 \| good	0.174 \| good
2025-11-08T04:00:00.000Z	33 \| good	5.844 \| good	25.176 \| good	25.383 \| good	0.9 \| good	2.276 \| good	0.165 \| good
2025-11-08T05:00:00.000Z	33 \| good	5.733 \| good	25.026 \| good	25.59 \| good	0.985 \| good	2.151 \| good	0.156 \| good
2025-11-08T06:00:00.000Z	23 \| good	4.496 \| good	19.247 \| good	24.636 \| good	1.071 \| good	2.027 \| good	0.147 \| good
2025-11-08T07:00:00.000Z	33 \| good	5.92 \| good	26.664 \| good	22.226 \| good	0.99 \| good	1.905 \| good	0.141 \| good
2025-11-08T08:00:00.000Z	22 \| good	4.38 \| good	19.023 \| good	20.752 \| good	0.91 \| good	1.784 \| good	0.134 \| good
2025-11-08T09:00:00.000Z	27 \| good	5.384 \| good	23.176 \| good	18.813 \| good	0.83 \| good	1.662 \| good	0.128 \| good
2025-11-08T10:00:00.000Z	27 \| good	4.922 \| good	21.186 \| good	19.354 \| good	0.774 \| good	1.692 \| good	0.127 \| good
2025-11-08T11:00:00.000Z	27 \| good	4.87 \| good	20.982 \| good	16.037 \| good	0.718 \| good	1.721 \| good	0.126 \| good
2025-11-08T12:00:00.000Z	22 \| good	4.056 \| good	17.863 \| good	15.886 \| good	0.662 \| good	1.751 \| good	0.125 \| good
2025-11-08T13:00:00.000Z	22 \| good	4.057 \| good	17.863 \| good	19.085 \| good	0.627 \| good	1.699 \| good	0.124 \| good
2025-11-08T14:00:00.000Z	22 \| good	3.648 \| good	15.96 \| good	22.912 \| good	0.591 \| good	1.647 \| good	0.123 \| good
2025-11-08T15:00:00.000Z	26 \| good	4.418 \| good	19.078 \| good	27.642 \| good	0.555 \| good	1.596 \| good	0.122 \| good
2025-11-08T16:00:00.000Z	31 \| good	4.184 \| good	18.189 \| good	33.662 \| good	0.482 \| good	1.255 \| good	0.121 \| good
2025-11-08T17:00:00.000Z	34 \| good	4.235 \| good	18.99 \| good	36.85 \| good	0.408 \| good	0.914 \| good	0.121 \| good
2025-11-08T18:00:00.000Z	36 \| good	4.573 \| good	20.104 \| good	38.87 \| good	0.334 \| good	0.572 \| good	0.121 \| good
2025-11-08T19:00:00.000Z	36 \| good	3.785 \| good	16.351 \| good	39.236 \| good	0.325 \| good	0.56 \| good	0.119 \| good
2025-11-08T20:00:00.000Z	37 \| good	2.951 \| good	12.159 \| good	39.695 \| good	0.316 \| good	0.548 \| good	0.117 \| good
2025-11-08T21:00:00.000Z	36 \| good	2.327 \| good	9.864 \| good	39.016 \| good	0.307 \| good	0.536 \| good	0.115 \| good
2025-11-08T22:00:00.000Z	32 \| good	0.732 \| good	3.001 \| good	35.281 \| good	0.351 \| good	1.635 \| good	0.13 \| good
2025-11-08T23:00:00.000Z	29 \| good	3.348 \| good	14.874 \| good	31.196 \| good	0.396 \| good	2.734 \| good	0.145 \| good
2025-11-09T00:00:00.000Z	44 \| good	7.931 \| good	8.245 \| good	33.327 \| good	0.446 \| good	3.848 \| good	0.161 \| good
2025-11-09T01:00:00.000Z	22 \| good	2.963 \| good	12.309 \| good	23.67 \| good	0.472 \| good	4.316 \| good	0.169 \| good
2025-11-09T02:00:00.000Z	19 \| good	3.295 \| good	14.267 \| good	20.076 \| good	0.503 \| good	4.8 \| good	0.178 \| good
2025-11-09T03:00:00.000Z	16 \| good	3.439 \| good	15.138 \| good	15.957 \| good	0.534 \| good	5.283 \| good	0.186 \| good

Alabama

Get reliable air quality data to drive your business

Alabama, USA air quality map: Track AQI near you

Air quality in cities of Alabama, USA

City	AQI	PM_2.5	PM₁₀	O₃	SO₂	NO₂	CO
Anniston, Alabama	75 Moderate	21.73μg/m³ Fine	35.37μg/m³ Good	44.03ppb Good	1.11ppb Good	30.20ppb Good	0.49ppm Good
Athens, Alabama	73 Moderate	20.74μg/m³ Fine	95.59μg/m³ Fine	36.06ppb Good	1.17ppb Good	12.53ppb Good	0.43ppm Good
Saks, Alabama	71 Moderate	20.47μg/m³ Fine	38.85μg/m³ Good	43.39ppb Good	1.11ppb Good	30.16ppb Good	0.47ppm Good
Boaz, Alabama	71 Moderate	20.13μg/m³ Fine	28.72μg/m³ Good	41.02ppb Good	1.14ppb Good	29.51ppb Good	0.46ppm Good
Clay, Alabama	71 Moderate	20.14μg/m³ Fine	88.78μg/m³ Fine	35.29ppb Good	1.34ppb Good	30.41ppb Good	0.44ppm Good
Talladega, Alabama	67 Moderate	18.43μg/m³ Fine	33.81μg/m³ Good	35.08ppb Good	1.18ppb Good	28.68ppb Good	0.47ppm Good
Cullman, Alabama	67 Moderate	17.84μg/m³ Fine	35.66μg/m³ Good	42.65ppb Good	1.32ppb Good	22.05ppb Good	0.48ppm Good
Fort Payne, Alabama	67 Moderate	17.82μg/m³ Fine	30.38μg/m³ Good	50.03ppb Good	0.98ppb Good	29.09ppb Good	0.47ppm Good
Madison, Alabama	67 Moderate	17.63μg/m³ Fine	30.12μg/m³ Good	31.72ppb Good	1.18ppb Good	12.73ppb Good	0.44ppm Good
Birmingham, Alabama	64 Moderate	15.84μg/m³ Fine	39.54μg/m³ Good	27.48ppb Good	1.33ppb Good	30.36ppb Good	0.43ppm Good
Prattville, Alabama	62 Moderate	15.37μg/m³ Fine	43.63μg/m³ Good	24.24ppb Good	1.32ppb Good	30.73ppb Good	0.47ppm Good
Center Point, Alabama	62 Moderate	15.25μg/m³ Fine	40.81μg/m³ Good	28.31ppb Good	1.28ppb Good	30.73ppb Good	0.44ppm Good
Gardendale, Alabama	62 Moderate	15.16μg/m³ Fine	42.32μg/m³ Good	28.58ppb Good	1.34ppb Good	30.14ppb Good	0.43ppm Good
McCalla, Alabama	62 Moderate	15.25μg/m³ Fine	68.50μg/m³ Fine	31.82ppb Good	1.42ppb Good	26.34ppb Good	0.43ppm Good
Mountain Brook, Alabama	62 Moderate	15.16μg/m³ Fine	42.23μg/m³ Good	28.70ppb Good	1.34ppb Good	30.10ppb Good	0.43ppm Good
Dothan, Alabama	61 Moderate	12.16μg/m³ Fine	75.23μg/m³ Fine	24.84ppb Good	0.80ppb Good	22.92ppb Good	0.45ppm Good
Homewood, Alabama	62 Moderate	14.64μg/m³ Fine	45.03μg/m³ Good	29.18ppb Good	1.35ppb Good	29.93ppb Good	0.43ppm Good
Trussville, Alabama	60 Moderate	14.33μg/m³ Fine	42.05μg/m³ Good	31.29ppb Good	1.36ppb Good	30.30ppb Good	0.44ppm Good
Vestavia Hills, Alabama	62 Moderate	14.74μg/m³ Fine	44.55μg/m³ Good	29.17ppb Good	1.35ppb Good	29.91ppb Good	0.43ppm Good
Alexander City, Alabama	60 Moderate	13.92μg/m³ Fine	26.99μg/m³ Good	30.95ppb Good	1.09ppb Good	22.91ppb Good	0.48ppm Good
Bessemer, Alabama	60 Moderate	14.04μg/m³ Fine	59.08μg/m³ Fine	31.34ppb Good	1.39ppb Good	28.12ppb Good	0.43ppm Good
Phenix City, Alabama	60 Moderate	14.09μg/m³ Fine	28.24μg/m³ Good	27.48ppb Good	0.83ppb Good	23.68ppb Good	0.48ppm Good
Irondale, Alabama	60 Moderate	14.06μg/m³ Fine	47.88μg/m³ Good	30.91ppb Good	1.38ppb Good	30.58ppb Good	0.44ppm Good
Leeds, Alabama	60 Moderate	14.20μg/m³ Fine	41.00μg/m³ Good	31.92ppb Good	1.36ppb Good	30.56ppb Good	0.44ppm Good
Millbrook, Alabama	60 Moderate	13.80μg/m³ Fine	33.77μg/m³ Good	24.85ppb Good	1.31ppb Good	30.89ppb Good	0.48ppm Good
Moody, Alabama	60 Moderate	14.22μg/m³ Fine	41.51μg/m³ Good	31.73ppb Good	1.37ppb Good	30.42ppb Good	0.44ppm Good
Montgomery, Alabama	60 Moderate	13.99μg/m³ Fine	62.82μg/m³ Fine	24.79ppb Good	1.27ppb Good	29.73ppb Good	0.47ppm Good
Pell City, Alabama	60 Moderate	14.04μg/m³ Fine	48.92μg/m³ Good	31.64ppb Good	1.24ppb Good	30.71ppb Good	0.45ppm Good
Pike Road, Alabama	60 Moderate	13.80μg/m³ Fine	31.26μg/m³ Good	30.01ppb Good	1.08ppb Good	26.43ppb Good	0.47ppm Good
Chelsea, Alabama	58 Moderate	13.21μg/m³ Fine	42.55μg/m³ Good	35.48ppb Good	1.46ppb Good	28.29ppb Good	0.44ppm Good
Hueytown, Alabama	58 Moderate	13.44μg/m³ Fine	56.31μg/m³ Fine	31.16ppb Good	1.37ppb Good	28.87ppb Good	0.43ppm Good
Ozark, Alabama	58 Moderate	13.31μg/m³ Fine	60.74μg/m³ Fine	22.58ppb Good	0.76ppb Good	6.44ppb Good	0.25ppm Good
Oxford, Alabama	58 Moderate	13.27μg/m³ Fine	37.92μg/m³ Good	43.80ppb Good	1.11ppb Good	28.52ppb Good	0.49ppm Good
Gadsden, Alabama	58 Moderate	13.19μg/m³ Fine	58.93μg/m³ Fine	35.42ppb Good	1.12ppb Good	30.52ppb Good	0.46ppm Good
Rainbow City, Alabama	58 Moderate	12.93μg/m³ Fine	57.55μg/m³ Fine	36.18ppb Good	1.12ppb Good	30.38ppb Good	0.46ppm Good
Sylacauga, Alabama	58 Moderate	12.91μg/m³ Fine	22.87μg/m³ Good	42.77ppb Good	1.35ppb Good	27.29ppb Good	0.45ppm Good
Valley, Alabama	58 Moderate	13.00μg/m³ Fine	31.28μg/m³ Good	26.95ppb Good	0.98ppb Good	30.55ppb Good	0.49ppm Good
Calera, Alabama	56 Moderate	12.18μg/m³ Fine	35.53μg/m³ Good	36.74ppb Good	1.58ppb Good	26.39ppb Good	0.43ppm Good
Hoover, Alabama	56 Moderate	12.46μg/m³ Fine	39.64μg/m³ Good	31.47ppb Good	1.44ppb Good	30.45ppb Good	0.43ppm Good
Jasper, Alabama	56 Moderate	12.19μg/m³ Fine	37.97μg/m³ Good	41.80ppb Good	1.21ppb Good	11.83ppb Good	0.47ppm Good
Opelika, Alabama	58 Moderate	12.57μg/m³ Fine	43.50μg/m³ Good	27.18ppb Good	0.99ppb Good	24.10ppb Good	0.48ppm Good
Scottsboro, Alabama	56 Moderate	12.16μg/m³ Fine	30.47μg/m³ Good	45.05ppb Good	1.16ppb Good	25.52ppb Good	0.46ppm Good
Enterprise, Alabama	56 Moderate	11.72μg/m³ Good	41.48μg/m³ Good	27.78ppb Good	0.92ppb Good	21.52ppb Good	0.44ppm Good
Jacksonville, Alabama	56 Moderate	12.08μg/m³ Hazardous	37.89μg/m³ Good	38.45ppb Good	1.10ppb Good	29.84ppb Good	0.47ppm Good
Alabaster, Alabama	54 Moderate	11.14μg/m³ Good	39.08μg/m³ Good	35.70ppb Good	1.49ppb Good	26.91ppb Good	0.43ppm Good
Decatur, Alabama	54 Moderate	11.17μg/m³ Good	48.86μg/m³ Good	36.84ppb Good	1.20ppb Good	12.42ppb Good	0.47ppm Good
Eufaula, Alabama	56 Moderate	11.52μg/m³ Good	49.48μg/m³ Good	27.09ppb Good	0.86ppb Good	5.32ppb Good	0.23ppm Good
Hartselle, Alabama	54 Moderate	11.25μg/m³ Good	48.60μg/m³ Good	36.57ppb Good	1.20ppb Good	12.65ppb Good	0.47ppm Good
Huntsville, Alabama	54 Moderate	11.38μg/m³ Good	23.35μg/m³ Good	30.81ppb Good	1.18ppb Good	12.89ppb Good	0.44ppm Good
Pelham, Alabama	54 Moderate	11.08μg/m³ Good	45.37μg/m³ Good	33.37ppb Good	1.48ppb Good	27.70ppb Good	0.43ppm Good

City	AQI	PM_2.5	PM₁₀	O₃	SO₂	NO₂	CO
No results found

0.45ppm

How accurate is Alabama, USA air quality data?

Air quality data and pollutant measurements for Alabama, USA adhere to strict US EPA standards. The data is collected from multiple reliable sources, including satellites and ground-based monitoring stations. This data is further analyzed and enhanced using machine learning and advanced algorithms that factor in elements such as traffic and population density, ensuring accurate and reliable results.

Source: Ambee Data Sources

Air quality levels in US

Check live rankings of places in the USA affected by air pollution.

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Frequently asked questions

How often is the air quality data for Alabama, USA updated?

The air quality for Alabama, USA is updated every hour.

When was the worst air quality at Alabama, USA in the last 24 hrs?

The worst air quality in Alabama, USA in the last 24 hours was observed at 11:00:00 on 2025-11-06.

When was the best air quality at Alabama, USA in the last 24 hrs?

In the last 24 hrs, the best air quality in Alabama, USA was observed at 01:00:00 on 2025-11-07.

What is the current air quality in Alabama, USA?

The current air quality in Alabama, USA is 58, categorized as Moderate based on real-time data.

What pollutant is the most common in Alabama, USA?

The most common pollutant in Alabama, USA is PM2.5.

What should I do if the air quality in Alabama, USA is poor?

If the air quality in Alabama, USA is poor, consider staying indoors and wearing a mask to protect yourself.

What is the current concentration of PM_2.5 in Alabama, USA?

The current PM_2.5 concentration at Alabama, USA is 12.683 μg/m³.

What is the current concentration of PM₁₀ in Alabama, USA?

The current PM₁₀ concentration at Alabama, USA is 41.952 μg/m³.

What is the current concentration of carbon monoxide (CO) in Alabama, USA?

The current carbon monoxide (CO) concentration at Alabama, USA is 0.429 ppm.

What is the current concentration of sulfur dioxide (SO₂) in Alabama, USA?

The current sulfur dioxide (SO₂) concentration at Alabama, USA is 1.214 ppb.

What is the current concentration of ozone (O₃) in Alabama, USA?

The current ozone (O₃) concentration at Alabama, USA is 33.039 ppm.

What is the current concentration of nitrogen dioxide (NO₂) in Alabama, USA?

The current nitrogen dioxide (NO₂) concentration at Alabama, USA is 20.965 ppb.

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Time	AQI	PM_2.5	PM₁₀	O₃	SO₂	NO₂	CO
2025-11-05T04:00:00.000Z	38 \| good	6.91 \| good	30.785 \| good	13.63 \| good	1.181 \| good	4.327 \| good	0.182 \| good
2025-11-05T05:00:00.000Z	44 \| good	8.187 \| good	36.107 \| good	12.778 \| good	1.065 \| good	3.601 \| good	0.175 \| good
2025-11-05T06:00:00.000Z	38 \| good	7.268 \| good	32 \| good	11.09 \| good	0.948 \| good	2.874 \| good	0.167 \| good
2025-11-05T07:00:00.000Z	44 \| good	8.093 \| good	35.107 \| good	10.246 \| good	0.906 \| good	2.689 \| good	0.164 \| good
2025-11-05T08:00:00.000Z	44 \| good	8.174 \| good	36 \| good	9.712 \| good	0.863 \| good	2.503 \| good	0.161 \| good
2025-11-05T09:00:00.000Z	44 \| good	8.12 \| good	35.875 \| good	8.687 \| good	0.82 \| good	2.318 \| good	0.158 \| good
2025-11-05T10:00:00.000Z	44 \| good	7.612 \| good	33.83 \| good	9.127 \| good	0.836 \| good	2.835 \| good	0.163 \| good
2025-11-05T11:00:00.000Z	38 \| good	7.455 \| good	32.873 \| good	8.876 \| good	0.852 \| good	3.352 \| good	0.167 \| good
2025-11-05T12:00:00.000Z	38 \| good	7.184 \| good	31.766 \| good	10.49 \| good	0.958 \| good	4.043 \| good	0.179 \| good
2025-11-05T13:00:00.000Z	38 \| good	6.882 \| good	30.658 \| good	11.595 \| good	1.151 \| good	3.236 \| good	0.18 \| good
2025-11-05T14:00:00.000Z	44 \| good	7.65 \| good	33.72 \| good	19.349 \| good	1.344 \| good	2.43 \| good	0.18 \| good
2025-11-05T15:00:00.000Z	44 \| good	7.662 \| good	33.766 \| good	27.949 \| good	1.537 \| good	1.623 \| good	0.181 \| good
2025-11-05T16:00:00.000Z	34 \| good	6.447 \| good	28.723 \| good	36.586 \| good	1.651 \| good	1.314 \| good	0.166 \| good
2025-11-05T17:00:00.000Z	39 \| good	6.063 \| good	27 \| good	41.568 \| good	1.765 \| good	1.005 \| good	0.15 \| good
2025-11-05T18:00:00.000Z	41 \| good	6.095 \| good	27 \| good	44.471 \| good	1.88 \| good	0.695 \| good	0.135 \| good
2025-11-05T19:00:00.000Z	44 \| good	6.173 \| good	27.129 \| good	46.955 \| good	1.81 \| good	0.73 \| good	0.136 \| good
2025-11-05T20:00:00.000Z	44 \| good	5.923 \| good	25.558 \| good	46.9 \| good	1.74 \| good	0.764 \| good	0.137 \| good
2025-11-05T21:00:00.000Z	44 \| good	5.039 \| good	21.388 \| good	46.86 \| good	1.671 \| good	0.799 \| good	0.137 \| good
2025-11-05T22:00:00.000Z	41 \| good	4.03 \| good	17.281 \| good	43.527 \| good	1.616 \| good	2.166 \| good	0.163 \| good
2025-11-05T23:00:00.000Z	33 \| good	5.839 \| good	25.324 \| good	35.791 \| good	1.561 \| good	3.533 \| good	0.19 \| good
2025-11-06T00:00:00.000Z	33 \| good	5.956 \| good	27.05 \| good	30.766 \| good	1.505 \| good	4.901 \| good	0.216 \| good
2025-11-06T01:00:00.000Z	33 \| good	5.855 \| good	25.611 \| good	27.392 \| good	1.532 \| good	5.34 \| good	0.228 \| good
2025-11-06T02:00:00.000Z	38 \| good	7.381 \| good	32.529 \| good	23.048 \| good	1.563 \| good	5.765 \| good	0.239 \| good
2025-11-06T04:00:00.000Z	49 \| good	8.976 \| good	39.683 \| good	15.585 \| good	1.55 \| good	6.257 \| good	0.252 \| good
2025-11-06T05:00:00.000Z	49 \| good	8.899 \| good	39.377 \| good	13.697 \| good	1.508 \| good	6.326 \| good	0.254 \| good
2025-11-06T06:00:00.000Z	44 \| good	8.336 \| good	36.521 \| good	13.003 \| good	1.469 \| good	6.371 \| good	0.255 \| good
2025-11-06T07:00:00.000Z	49 \| good	9.358 \| good	41.367 \| good	12.253 \| good	1.411 \| good	6.289 \| good	0.251 \| good
2025-11-06T08:00:00.000Z	44 \| good	8.049 \| good	35.15 \| good	10.889 \| good	1.406 \| good	5.599 \| good	0.238 \| good
2025-11-06T09:00:00.000Z	44 \| good	8.095 \| good	35.087 \| good	10.157 \| good	1.351 \| good	5.39 \| good	0.231 \| good
2025-11-06T10:00:00.000Z	44 \| good	7.735 \| good	34 \| good	9.706 \| good	1.256 \| good	6.512 \| good	0.244 \| good
2025-11-06T11:00:00.000Z	44 \| good	8.064 \| good	34.998 \| good	10.276 \| good	1.217 \| good	6.901 \| good	0.246 \| good
2025-11-06T12:00:00.000Z	49 \| good	9.325 \| good	41.873 \| good	13.59 \| good	1.174 \| good	5.918 \| good	0.227 \| good
2025-11-06T13:00:00.000Z	49 \| good	8.92 \| good	40.256 \| good	15.49 \| good	1.479 \| good	4.724 \| good	0.218 \| good
2025-11-06T14:00:00.000Z	52 \| moderate	10.057 \| good	44.638 \| good	24.494 \| good	1.784 \| good	3.531 \| good	0.21 \| good
2025-11-06T15:00:00.000Z	52 \| moderate	10.363 \| good	45.766 \| good	34.323 \| good	2.089 \| good	2.337 \| good	0.202 \| good
2025-11-06T16:00:00.000Z	49 \| good	9.265 \| good	41.677 \| good	41.977 \| good	1.928 \| good	1.8 \| good	0.187 \| good
2025-11-06T17:00:00.000Z	49 \| good	8.662 \| good	37.92 \| good	45.599 \| good	1.767 \| good	1.263 \| good	0.173 \| good
2025-11-06T18:00:00.000Z	49 \| good	9.095 \| good	39.945 \| good	47.208 \| good	1.607 \| good	0.725 \| good	0.158 \| good
2025-11-06T19:00:00.000Z	52 \| moderate	10.103 \| good	45.204 \| good	50.32 \| good	1.51 \| good	0.743 \| good	0.157 \| good
2025-11-06T20:00:00.000Z	54 \| moderate	11.387 \| good	50.361 \| good	52.851 \| good	1.413 \| good	0.761 \| good	0.156 \| good
2025-11-06T21:00:00.000Z	54 \| moderate	11.302 \| good	50.263 \| good	53.792 \| good	1.316 \| good	0.779 \| good	0.155 \| good
2025-11-06T22:00:00.000Z	52 \| moderate	9.709 \| good	43.54 \| good	49.696 \| good	1.282 \| good	2.379 \| good	0.183 \| good
2025-11-06T23:00:00.000Z	56 \| moderate	12.188 \| fine	54.442 \| good	37.708 \| good	1.248 \| good	3.98 \| good	0.212 \| good
2025-11-07T00:00:00.000Z	44 \| good	7.893 \| good	34.488 \| good	28.482 \| good	1.349 \| good	5.62 \| good	0.242 \| good
2025-11-07T01:00:00.000Z	44 \| good	8.063 \| good	35.574 \| good	23.775 \| good	1.387 \| good	5.862 \| good	0.256 \| good
2025-11-07T02:00:00.000Z	52 \| moderate	9.791 \| good	43.15 \| good	20.663 \| good	1.425 \| good	6.104 \| good	0.27 \| good
2025-11-07T03:00:00.000Z	58 \| moderate	12.683 \| fine	41.952 \| good	33.039 \| good	1.214 \| good	20.965 \| good	0.429 \| good
2025-11-07T04:00:00.000Z	60 \| moderate	14.353 \| fine	64.533 \| fine	19.346 \| good	1.249 \| good	4.309 \| good	0.247 \| good
2025-11-07T05:00:00.000Z	60 \| moderate	14.484 \| fine	64.682 \| fine	17.843 \| good	1.132 \| good	3.601 \| good	0.232 \| good
2025-11-07T06:00:00.000Z	54 \| moderate	11.382 \| good	50.55 \| good	16.737 \| good	1.015 \| good	2.894 \| good	0.218 \| good
2025-11-07T07:00:00.000Z	56 \| moderate	11.713 \| good	51.915 \| good	16.346 \| good	1.039 \| good	2.804 \| good	0.203 \| good
2025-11-07T08:00:00.000Z	49 \| good	8.75 \| good	38.689 \| good	15.914 \| good	1.062 \| good	2.715 \| good	0.189 \| good
2025-11-07T09:00:00.000Z	49 \| good	9.214 \| good	40.912 \| good	15.114 \| good	1.086 \| good	2.625 \| good	0.175 \| good
2025-11-07T10:00:00.000Z	49 \| good	8.593 \| good	37.719 \| good	14.877 \| good	1.036 \| good	2.921 \| good	0.176 \| good
2025-11-07T11:00:00.000Z	44 \| good	7.824 \| good	34.001 \| good	14.332 \| good	0.985 \| good	3.217 \| good	0.176 \| good
2025-11-07T12:00:00.000Z	44 \| good	7.886 \| good	34.657 \| good	15.353 \| good	0.935 \| good	3.513 \| good	0.177 \| good
2025-11-07T13:00:00.000Z	38 \| good	6.657 \| good	29.744 \| good	19.286 \| good	0.972 \| good	2.993 \| good	0.173 \| good
2025-11-07T14:00:00.000Z	27 \| good	5.294 \| good	22.84 \| good	26.052 \| good	1.01 \| good	2.474 \| good	0.168 \| good
2025-11-07T15:00:00.000Z	29 \| good	4.972 \| good	21.748 \| good	31.097 \| good	1.047 \| good	1.955 \| good	0.164 \| good
2025-11-07T16:00:00.000Z	32 \| good	4.105 \| good	17.991 \| good	35.159 \| good	0.95 \| good	1.547 \| good	0.152 \| good
2025-11-07T17:00:00.000Z	34 \| good	3.775 \| good	16.224 \| good	36.745 \| good	0.854 \| good	1.14 \| good	0.141 \| good
2025-11-07T18:00:00.000Z	33 \| good	4.518 \| good	19.468 \| good	36.471 \| good	0.757 \| good	0.733 \| good	0.129 \| good
2025-11-07T19:00:00.000Z	33 \| good	4.946 \| good	21.753 \| good	36.395 \| good	0.771 \| good	1.017 \| good	0.138 \| good
2025-11-07T20:00:00.000Z	32 \| good	4.509 \| good	19.372 \| good	35.246 \| good	0.785 \| good	1.302 \| good	0.147 \| good
2025-11-07T21:00:00.000Z	32 \| good	4.656 \| good	20.068 \| good	35.205 \| good	0.799 \| good	1.586 \| good	0.157 \| good
2025-11-07T22:00:00.000Z	31 \| good	3.673 \| good	15.701 \| good	34.13 \| good	0.762 \| good	1.922 \| good	0.162 \| good
2025-11-07T23:00:00.000Z	38 \| good	7.411 \| good	32.844 \| good	29.218 \| good	0.725 \| good	2.257 \| good	0.167 \| good
2025-11-08T00:00:00.000Z	27 \| good	4.917 \| good	21.106 \| good	28.133 \| good	0.688 \| good	2.593 \| good	0.172 \| good
2025-11-08T01:00:00.000Z	27 \| good	5.023 \| good	21.767 \| good	27.088 \| good	0.73 \| good	2.529 \| good	0.173 \| good
2025-11-08T02:00:00.000Z	33 \| good	6.05 \| good	26.89 \| good	23.896 \| good	0.772 \| good	2.464 \| good	0.174 \| good
2025-11-08T03:00:00.000Z	27 \| good	5.5 \| good	23.863 \| good	23.608 \| good	0.814 \| good	2.4 \| good	0.174 \| good
2025-11-08T04:00:00.000Z	33 \| good	5.844 \| good	25.176 \| good	25.383 \| good	0.9 \| good	2.276 \| good	0.165 \| good
2025-11-08T05:00:00.000Z	33 \| good	5.733 \| good	25.026 \| good	25.59 \| good	0.985 \| good	2.151 \| good	0.156 \| good
2025-11-08T06:00:00.000Z	23 \| good	4.496 \| good	19.247 \| good	24.636 \| good	1.071 \| good	2.027 \| good	0.147 \| good
2025-11-08T07:00:00.000Z	33 \| good	5.92 \| good	26.664 \| good	22.226 \| good	0.99 \| good	1.905 \| good	0.141 \| good
2025-11-08T08:00:00.000Z	22 \| good	4.38 \| good	19.023 \| good	20.752 \| good	0.91 \| good	1.784 \| good	0.134 \| good
2025-11-08T09:00:00.000Z	27 \| good	5.384 \| good	23.176 \| good	18.813 \| good	0.83 \| good	1.662 \| good	0.128 \| good
2025-11-08T10:00:00.000Z	27 \| good	4.922 \| good	21.186 \| good	19.354 \| good	0.774 \| good	1.692 \| good	0.127 \| good
2025-11-08T11:00:00.000Z	27 \| good	4.87 \| good	20.982 \| good	16.037 \| good	0.718 \| good	1.721 \| good	0.126 \| good
2025-11-08T12:00:00.000Z	22 \| good	4.056 \| good	17.863 \| good	15.886 \| good	0.662 \| good	1.751 \| good	0.125 \| good
2025-11-08T13:00:00.000Z	22 \| good	4.057 \| good	17.863 \| good	19.085 \| good	0.627 \| good	1.699 \| good	0.124 \| good
2025-11-08T14:00:00.000Z	22 \| good	3.648 \| good	15.96 \| good	22.912 \| good	0.591 \| good	1.647 \| good	0.123 \| good
2025-11-08T15:00:00.000Z	26 \| good	4.418 \| good	19.078 \| good	27.642 \| good	0.555 \| good	1.596 \| good	0.122 \| good
2025-11-08T16:00:00.000Z	31 \| good	4.184 \| good	18.189 \| good	33.662 \| good	0.482 \| good	1.255 \| good	0.121 \| good
2025-11-08T17:00:00.000Z	34 \| good	4.235 \| good	18.99 \| good	36.85 \| good	0.408 \| good	0.914 \| good	0.121 \| good
2025-11-08T18:00:00.000Z	36 \| good	4.573 \| good	20.104 \| good	38.87 \| good	0.334 \| good	0.572 \| good	0.121 \| good
2025-11-08T19:00:00.000Z	36 \| good	3.785 \| good	16.351 \| good	39.236 \| good	0.325 \| good	0.56 \| good	0.119 \| good
2025-11-08T20:00:00.000Z	37 \| good	2.951 \| good	12.159 \| good	39.695 \| good	0.316 \| good	0.548 \| good	0.117 \| good
2025-11-08T21:00:00.000Z	36 \| good	2.327 \| good	9.864 \| good	39.016 \| good	0.307 \| good	0.536 \| good	0.115 \| good
2025-11-08T22:00:00.000Z	32 \| good	0.732 \| good	3.001 \| good	35.281 \| good	0.351 \| good	1.635 \| good	0.13 \| good
2025-11-08T23:00:00.000Z	29 \| good	3.348 \| good	14.874 \| good	31.196 \| good	0.396 \| good	2.734 \| good	0.145 \| good
2025-11-09T00:00:00.000Z	44 \| good	7.931 \| good	8.245 \| good	33.327 \| good	0.446 \| good	3.848 \| good	0.161 \| good
2025-11-09T01:00:00.000Z	22 \| good	2.963 \| good	12.309 \| good	23.67 \| good	0.472 \| good	4.316 \| good	0.169 \| good
2025-11-09T02:00:00.000Z	19 \| good	3.295 \| good	14.267 \| good	20.076 \| good	0.503 \| good	4.8 \| good	0.178 \| good
2025-11-09T03:00:00.000Z	16 \| good	3.439 \| good	15.138 \| good	15.957 \| good	0.534 \| good	5.283 \| good	0.186 \| good

Alabama, USA live air quality index now

Major air pollutants in Alabama, USA

Particulate Matter2.5 (PM2.5)

Particulate Matter10 (PM10)

Ozone (O3)

Sulfur Dioxide (SO2)

Nitrogen Dioxide (NO2)

Carbon Monoxide (CO)

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Air quality in cities of Alabama, USA

Air quality in nearby states

Mississippi, USA

Tennessee, USA

Georgia, USA

Louisiana, USA

Arkansas, USA

South Carolina, USA

How accurate is Alabama, USA air quality data?

Air quality levels in US

Frequently asked questions

How often is the air quality data for Alabama, USA updated?

When was the worst air quality at Alabama, USA in the last 24 hrs?

When was the best air quality at Alabama, USA in the last 24 hrs?

What is the current air quality in Alabama, USA?

What pollutant is the most common in Alabama, USA?

What should I do if the air quality in Alabama, USA is poor?

What is the current concentration of PM2.5 in Alabama, USA?

What is the current concentration of PM10 in Alabama, USA?

What is the current concentration of carbon monoxide (CO) in Alabama, USA?

What is the current concentration of sulfur dioxide (SO2) in Alabama, USA?

What is the current concentration of ozone (O3) in Alabama, USA?

What is the current concentration of nitrogen dioxide (NO2) in Alabama, USA?

Particulate Matter_2.5 (PM_2.5)

Particulate Matter₁₀ (PM₁₀)

Ozone (O₃)

Sulfur Dioxide (SO₂)

Nitrogen Dioxide (NO₂)

What is the current concentration of PM_2.5 in Alabama, USA?

What is the current concentration of PM₁₀ in Alabama, USA?

What is the current concentration of sulfur dioxide (SO₂) in Alabama, USA?

What is the current concentration of ozone (O₃) in Alabama, USA?

What is the current concentration of nitrogen dioxide (NO₂) in Alabama, USA?