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Country-level Plastic Waste Analysis
Data Science and Analytics
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About
This dataset presents a detailed analysis of global plastic waste production and management across 165 countries for the year 2023. It covers various aspects of plastic waste handling, from production volumes and primary sources to recycling efficiency and environmental risk assessment. The data serves as a key resource for understanding the scale and impact of plastic pollution worldwide, highlighting country-specific challenges and management strategies. It is designed to inform environmental policies, support research into waste trends, and promote sustainable practices.
Columns
- Country: The name of the country. This column contains 165 distinct values.
- Total_Plastic_Waste_MT: The amount of plastic waste produced per country, measured in million metric tons. Values range from 0.01 to 59.1 million metric tons.
- Main_Sources: Identifies the leading sources of plastic waste by country. Consumer_Packaging accounts for 79% and Industrial_Packaging for 8% of the recorded main sources.
- Recycling_Rate: The national recycling rates, expressed as a percentage. Rates vary between 0.1% and 84.8%.
- Per_Capita_Waste_KG: Plastic waste production per person, measured in kilograms. Values range from 2.6 kg to 1564.4 kg per person.
- Coastal_Waste_Risk: An assessment of the risk of plastic waste impacting coastal areas, categorised as High (45%), Low (33%), and Other (22%).
Distribution
The dataset is available as a CSV file, specifically "Plastic Waste Around the World.csv", with a file size of 8.2 kB. It provides data for 165 individual countries, with each country typically represented by a single record. The structure includes 6 distinct columns, offering granular details on plastic waste metrics. The precise total number of rows or records is not specified beyond the count of unique countries.
Usage
This dataset is an excellent resource for environmental policy development, academic research on global waste management, and sustainability initiatives. It can facilitate comparisons of plastic waste output and recycling efforts across nations, identify regions facing heightened coastal waste risks, and assist in devising effective strategies to mitigate plastic pollution. It is also well-suited for educational purposes and public awareness campaigns on environmental issues.
Coverage
The dataset encompasses 165 countries globally and provides data specifically for the year 2023. It offers a worldwide perspective on plastic waste metrics, including production, recycling rates, and environmental impact. While primarily focused on country-level aggregations, it delivers a broad geographic scope for international comparisons and analyses.
License
CC0: Public Domain
Who Can Use It
This dataset is particularly useful for:
- Environmental Scientists: For in-depth studies of global plastic pollution trends and their ecological implications.
- Government Agencies and Policymakers: To inform the creation and evaluation of waste management policies and regulations.
- Non-Governmental Organisations (NGOs): For advocacy, planning, and execution of waste reduction programmes.
- Data Analysts and Researchers: To perform statistical analyses, identify patterns, and generate insights into plastic waste dynamics.
- Students and Educators: For learning, teaching, and projects related to environmental studies and sustainable development.
Dataset Name Suggestions
- Global Plastic Waste Report 2023
- Country-level Plastic Waste Analysis
- 2023 World Plastic Footprint Data
- Plastic Pollution by Nation
- Sustainable Waste Metrics: Global 2023
Attributes
Original Data Source: Country-level Plastic Waste Analysis
QUALITY