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KadapaAQI Trends

Year-over-year AQI trajectory for Kadapa (2023–2024). Based on CPCB station data, 2016–present.

2023: AQI 682024: AQI 62-8.8% changeWorst year 2023 · Best 2024

Andhra Pradesh · Live Kadapa AQI →

Kadapa — annual AQI 2023–2024

050100202320246862

Year × month heatmap

J
F
M
A
M
J
J
A
S
O
N
D
2024
53
60
58
59
65
59
50
49
54
59
92
84
2023
156
153
106
80
59
40
32
38
37
65
54
64

Worst single days on record

  • 2024-12-11Yerramukkapalli (APPCB)260
  • 2023-02-03Yerramukkapalli (APPCB)228
  • 2023-02-12Yerramukkapalli (APPCB)223
  • 2023-02-15Yerramukkapalli (APPCB)216
  • 2023-02-16Yerramukkapalli (APPCB)207
  • 2023-02-04Yerramukkapalli (APPCB)206
  • 2023-03-22Yerramukkapalli (APPCB)199
  • 2023-01-29Yerramukkapalli (APPCB)198
  • 2023-02-14Yerramukkapalli (APPCB)196
  • 2023-02-10Yerramukkapalli (APPCB)191

What the numbers say

Overview

Kadapa's AQI moved from 68 in 2023 to 62 in 2024 — a fall of 8.8% over 1 years. The long-run trend is roughly stable, with a regression slope of 0.0 AQI points per year.

The data story

The worst recorded year in Kadapa was 2023 at AQI 68, while the best was 2024 at AQI 62. The city has posted 1.2% of all measured days above AQI 200 (the Poor threshold), and its worst recorded single day hit 260 on 11 Dec 2024.

Why this pattern

Kadapa's trend has been stable — neither clearly worsening nor clearly improving. That stability often masks underlying growth in emissions being offset by cleaner vehicle technology or weather variability. The NCAP era from 2019 onward is the key policy backdrop; stability here means targets have not yet translated into measurable ground-level change.

What to do with this

For planners and residents, the trend matters as much as today's number. A worsening city needs aggressive source control and personal protection investments like indoor purifiers. An improving city rewards continued policy pressure but still requires caution during peak months. Use the live AQI page for day-to-day decisions and this chart for multi-year context. Year-over-year change of more than 10% in either direction is typically real signal, not noise.

Frequently asked questions

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