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The Effects of Bin Proximity and Visual Prompts on Recycling in a University Building

The Effects of Bin Proximity and Visual Prompts on Recycling in a University Building Institutions such as universities are responsible for a significant amount of recyclable material entering landfills. This problem could be addressed in part by increasing the percentage of waste recycled by consumers on campuses. Building on previous research, we evaluated the effects of bin proximity and visual prompts on rates of recycling within a university building. The total weight of recyclable materials (aluminum, plastic, and paper) placed into the building’s garbage and recycling bins was measured each day, and a reversal design was employed in which the environmental arrangement of the recycling bins was systematically manipulated. Both interventions produced a decrease in the amount of recyclable material being thrown in the trash cans, with visual prompts plus bin proximity being slightly more effective than bin proximity alone. However, neither intervention produced large increases in recycling. Interpretations of these findings and suggestions for future researchers are discussed. http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Behavior and Social Issues Springer Journals

The Effects of Bin Proximity and Visual Prompts on Recycling in a University Building

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Publisher
Springer Journals
Copyright
Copyright © 2016 by Neal D. Miller, James N. Meindl, & Mallorie Caradine
Subject
Psychology; Clinical Psychology; Personality and Social Psychology
ISSN
1064-9506
eISSN
2376-6786
DOI
10.5210/bsi.v25i0.6141
Publisher site
See Article on Publisher Site

Abstract

Institutions such as universities are responsible for a significant amount of recyclable material entering landfills. This problem could be addressed in part by increasing the percentage of waste recycled by consumers on campuses. Building on previous research, we evaluated the effects of bin proximity and visual prompts on rates of recycling within a university building. The total weight of recyclable materials (aluminum, plastic, and paper) placed into the building’s garbage and recycling bins was measured each day, and a reversal design was employed in which the environmental arrangement of the recycling bins was systematically manipulated. Both interventions produced a decrease in the amount of recyclable material being thrown in the trash cans, with visual prompts plus bin proximity being slightly more effective than bin proximity alone. However, neither intervention produced large increases in recycling. Interpretations of these findings and suggestions for future researchers are discussed.

Journal

Behavior and Social IssuesSpringer Journals

Published: May 1, 2016

References