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Analyzing O3 Air Quality Index trends (2000-2023) in the U.S., this project identifies regions with rising pollution. Utilizing exploratory data analysis and time-series modeling, it offers actionable insights for informed policy decisions on urgent O3 pollution issues.

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Ozone AQI Trends Project

Important Viewing Information

For the best viewing experience, especially due to the size and complexity of the notebook, please view this project on Kaggle or download the notebooks.

Overview

This repository hosts notebooks and data for analyzing Ground-level Ozone (O3) Air Quality Index (AQI) trends in critical U.S. regions from 2000 to 2023. The project aims to offer insights into O3 pollution to support informed environmental policy-making.

Data

  • The data, initially compiled by BrendaSo and ANGELA KIM, was further enriched by me for the years 2021-2023.
  • Data Repository: US Pollution Data on Kaggle

Notebooks

Detailed Analysis Notebooks:

  1. Project Proposal Notebook
    • Initial proposal with preliminary EDA and regression analysis of O3 emission trends.
  2. Main Project Notebook
    • Comprehensive analysis including:
      • Detailed EDA and trend analysis from 2000-2023
      • Data transformation, train-test split for forecasting
      • Grid search for hyperparameter tuning, ACF and PACF analysis
      • Forecasting using ARIMA, SARIMAX, and Holt-Winters methods

Project Summary

The O3 pollution project delivers actionable insights through extensive exploratory data analysis (EDA) and advanced time-series modeling techniques. These insights are documented in two primary notebooks.

Dependencies

  • Programming Language: Python 3.11
  • Libraries:
    • Pandas 2.1.1
    • Numpy 1.26.2
    • Scikit-learn 1.3.1
    • Statsmodels 0.14.0
    • SciPy 1.11.3
    • Matplotlib 3.8.0
    • Plotly 5.18.0
    • Seaborn 0.13.0

About

Analyzing O3 Air Quality Index trends (2000-2023) in the U.S., this project identifies regions with rising pollution. Utilizing exploratory data analysis and time-series modeling, it offers actionable insights for informed policy decisions on urgent O3 pollution issues.

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