Random Forest for the Prediction of Congressional Environmental Voting Records from Climate-related Lobbying Expenditures: A Novel Analysis Based on Campaign Finance Dollars and The League of Conservation Voters' National Environmental Scorecard

Abstract

In democratic societies, efforts to mitigate climate change must first undergo the legislative process. Campaign contributions from both pro-environment and anti-environment groups have been known to affect the way members of the United States Congress vote on climate and environment-related bills. We use a random forest model to predict the environmental voting records of members of Congress from the donations they received from relevant organizations. We use campaign finance data from The Center for Responsive Politics and assess voting records with The League of Conservation Voters’ National Environmental Scorecard. Our work proposes a novel machine learning method to approach this problem. Our research seeks to gain insight into the impact of political contributions on the ability of Congress to pass environmental legislation of all types, particularly that directly related to confronting climate change.

Presenters

Thomas Chen
Student, High School Degree, The Academy for Mathematics, Science, and Engineering, United States

Details

Presentation Type

Poster Session

Theme

Technical, Political, and Social Responses

KEYWORDS

Campaign Finance, Conservation, Legislation, Political Science, United States

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