Smart Growth and the Greening of Comprehensive Plans and Land Use Regulations
Touro College - Jacob D. Fuchsberg Law Center
July 17, 2008
Global warming, climate change, reducing greenhouse gas emissions, reducing the carbon footprint, and going green are just some of the buzz words in the news over the last two years that have captured the attention of lawmakers and policymakers at all levels of government. In Congress, lawmakers have proposed, among other things, mandating standards to reduce greenhouse gas emissions, and governors across the country have announced myriad programs designed to encourage the use by governments of green products, the construction of green buildings, and the offering of a combination of tax incentives and grants for private developers and other members of the public who develop and install various renewable energy products. However, It is initiatives at the local government level that have the greatest potential for most quickly and most efficiently slowing the pace of global warming. This is because local governments are the critical decision-makers in how communities use and conserve key resources. Municipalities serious about curbing emissions as well as energy and water usage within their communities, to both combat global warming and to preserve the immediate environment, have found many successful ways to implement plans that reduce the strain on environmental resources. Local governments have begun to incorporate principles and goals of sustainability and carbon reduction into comprehensive land use plans. This paper begins to examine the elements of a "green audit" for local comprehensive plans and land use regulations.
Number of Pages in PDF File: 13
Keywords: smart growth, sustainable development, climate change, land use, environmental law, global warming, green development
JEL Classification: H70, K32, Q28, Q42, Q48, R14, R52working papers series
Date posted: July 18, 2008
© 2014 Social Science Electronic Publishing, Inc. All Rights Reserved.
This page was processed by apollo4 in 0.281 seconds