Logo Lanfrica
  • Home
  • Atlas
  • Insights
  • Docs
  • Sign in

© 2026 Lanfrica. All rights reserved. All copyrights of the resources shown on the Lanfrica website belong to the original copyright holders, unless explicitly stated otherwise.

vincent-otoo/Greenhouse-Gas-Emission

Domain:

climate

Record type:

project
Creator:
vin
Host:
This project analyzes global CO₂ emissions from 1750 to 2022, focusing on patterns across continents, income groups, and individual countries. While the dataset covers worldwide emissions, the analysis zooms in on Africa, with a special spotlight on West African countries. # 🌍 Global CO₂ Emissions Analysis (1750–2022) This project explores global carbon dioxide (CO₂) emissions trends from **1750 to 2022**, with a special focus on **Africa** — particularly **West African countries**. Using historical emissions data, the analysis aims to uncover patterns across **continents**, **income groups**, and **individual countries**, highlighting regional contributors and long-term trends. --- ## 📊 Key Objectives - Analyze global CO₂ emissions from 1750–2022. - Compare emissions by **continent**, **income group**, and **country**. - Zoom in on **Africa**, with detailed focus on **West Africa**. - Identify the **top 10 CO₂ emitters in West Africa** from 2000–2022. --- ## 🔧 Tools & Technologies - **Python** 🐍 - **Pandas** – data wrangling and manipulation - **Matplotlib** & **Seaborn** – data visualization - **Jupyter Notebook** – exploratory analysis --- ## 📌 Key Insights - Global emissions have increased sharply since the industrial revolution, with most growth concentrated in high-income countries. - Annual CO₂ emission across the various continents in the year 2022 was identified abd visualized, with **North America** recording the highest, followed by **Africa** - From 2000–2022, the top CO₂ emitters in West Africa were identified and visualized, offering insights into regional policy planning. --- ## 📁 Project Structure CO₂ emission-analysis/ ├── data/ # Source datasets ├── visuals/ # Charts and preview images ├── notebooks/ # Main analysis notebook ├── README.md --- ## 📥 Data Source The dataset used is from **Our World in Data** (ourworldindata.org), which compiles CO₂ emissions data from international databases such as the Global Carbon Project. --- ## 🧠 What I Learned - How to preprocess and clean large-scale time series datasets - How to group and filter data for regional and categorical comparisons - How to avoid assumptions and ensure meaningful segm …

Visit

github.com

Similar

Greenhouse Gas Emission Widens Income Inequality in AfricaPOLICY PATHWAYS FOR GREENHOUSE GAS EMISSION: A Sector-Specific Approach in Nigeria's Agriculture, Forestry, and EnergyAssessing farmers' contribution to greenhouse gas emission and the impact of adopting climate-smart agriculture on mitigationRetrofitting existing buildings to reduce electrical energy consumption and greenhouse gas emission in Nigerian food and beverage industriesPanel Dataset on Energy Transition, Digitalisation, Governance and Greenhouse Gas Emission Nexus in Sub-Saharan Africa (2000-2023)Greenhouse gas observation network design for Africa

Greenhouse Gas Emission Widens Income Inequality in Africa

Abstract Over the past couple of decades, we have witnessed a rise in greenhouse gas emiss

POLICY PATHWAYS FOR GREENHOUSE GAS EMISSION: A Sector-Specific Approach in Nigeria's Agriculture, Forestry, and Energy

Assessing farmers' contribution to greenhouse gas emission and the impact of adopting climate-smart agriculture on mitigation

Abstract Background The adoption of climate-smart agricultural

Retrofitting existing buildings to reduce electrical energy consumption and greenhouse gas emission in Nigerian food and beverage industries

Abstract Food and Beverage industry is one of the fastest growing manufacturing industries in Niger

Panel Dataset on Energy Transition, Digitalisation, Governance and Greenhouse Gas Emission Nexus in Sub-Saharan Africa (2000-2023)

This dataset contains a country-year panel for Sub-Saharan Africa covering 2000-2023, assembled for

Greenhouse gas observation network design for Africa

Optimal design of a tall tower observation network for greenhouse gases (CO2, CH4 and N2O) over Afri