Abstract

Climate change is regarded as one of the greatest challenge human society is facing in this century. The debate on climate change raises the issue of the need to mainstream climate change mitigation in environmental planning. However this has remained research rhetoric and is not transformed to practice. One reason for this gap between research and environmental planning practice might be lack of empirical evidences that analyzes if a relationship between environmental planning policies and climate change mitigation exists. Most planners consent that cities have an ability to mitigate climate change by integrating and implementing environmental policies. However, lack of statistical studies supporting the ability of environmental planning policies in mitigating climate change might have probably halted the process of mainstreaming climate change mitigation in urban planning to some extent. This study evaluated 30 cities comprehensive plans in Tarrant County, Texas for the presence of environmental planning policies that focus on climate change mitigation. Multinomial logistic regression analysis signifies that city’s environmental planning policies have an ability to mitigate climate change. Thereby, this research has an implication for mainstreaming environmental planning policies in urban planning accordingly mitigate climate change from a local level perspective.

Highlights

  • Global climate change is possibly one of the greatest threats human society is facing in the 21st century

  • According to the Environmental Planning Agency (EPA), major sources of CO2 emissions are electricity accounting for 38%, transportation emitting 31%, industrial activities accounting for 14% of CO2 emissions followed by residential and commercial activities emitting 10% and non-fossil fuel combustion accounting to 6%

  • This study considers 30 cities comprehensive plans in Tarrant County, Texas

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Summary

Introduction

Global climate change is possibly one of the greatest threats human society is facing in the 21st century. According to the National Aeronautics and Space Administration’s (NASA), Surface Temperature Analysis Report (2007), since 1850 the warmest years that have been recorded all occurred from 1998, with the year 2005 being noted as the warmest year. Based on improved scientific data and general observations such as increase in atmospheric temperatures, increased rainfalls and rising sea levels, The Intergovernmental Panel on Climate Change (IPCC) affirms that climate change is unequivocal (IPCC, 2007a). Urban activities consume huge amounts of energy to improve the quality of life and as a result emit about 78% of carbon-dioxide (CO2) gas into the atmosphere (Grimm et al, 2008; Stern & Taylor, 2007). Urban areas significantly increase CO2 level in the atmosphere thereby, contribute to climate change. According to the Environmental Planning Agency (EPA), major sources of CO2 emissions are electricity accounting for 38%, transportation emitting 31%, industrial activities accounting for 14% of CO2 emissions followed by residential and commercial activities emitting 10% and non-fossil fuel combustion accounting to 6%

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