HomeEnvironment & EcosystemsWaste (Page 2)

Fifty Ways to Help Save the Planet

What you can do The problem is so vast and the urgency so great that advice which suggests you turn off the tap while brushing your teeth or switch off lights and standbys when they are not needed or go … more

Posted in Bicycling, Climate, Decentralization, Demand Reduction, Fossil Fuels, Green Building, Local Food, Public Transit, Renewable Energy, Stewardship, Sustainable Growing, Walking, Waste |

If a CFL Breaks

Overall, using fluorescent lamps, including CFLs (Compact Fluorescent Lamps), reduce power consumption and the amount of mercury released from power plants. [See 'Mercury & CFLs'.] Even so, each CFL contains a small amount of mercury, so if it breaks, you … more

Posted in Air, Environment & Ecosystems, Environmental Health, Waste |

Impacts of drilling in Marcellus Shale

In this section, we focus on the environmental impacts of drilling for natural gas in the Marcellus Shale formations using the fracking or fracturing method (some background info is given on the Marcellus Shale page). Thoughts about use of the resultant … more

Posted in Air, Environment & Ecosystems, Environmental Health, Fossil Fuels, Habitat, Resource Extraction, Stewardship, Sustainabilty & Health, Unsustainable Energy, Waste, Water & Watersheds, Wildlife | Tagged ,

CFLs and Mercury

A CFL contains a small amount of mercury, so it is important to be extremely careful if one breaks! Follow these instructions. It’s important to note that the amount of mercury in a CFL is far less than what would … more

Posted in Air, Demand Reduction, Environmental Health, Waste |

Alliance statement on casino gambling in the Lehigh Valley

Following is the statement prepared for the Gaming Commission hearing in Allentown on May 23, 2006: Statement from the Alliance for Sustainable Communities … We come before you today as an Alliance representing groups, businesses, and individuals in the Lehigh … more

Posted in Climate, Demand Reduction, Going Local, Government, Renewable Energy, Waste |

Implementing Climate Protection Agreements

The Climate Protection Agreement pledges that ‘We will strive to meet or exceed Kyoto Protocol targets for reducing global warming pollution by taking actions in our own operations and communities’, and lists 12 specific points. The following suggestions depict a … more

Posted in Climate, Conservation, Decentralization, Demand Reduction, Fossil Fuels, Going Local, Green Building, Local Food, Local Health Issues, Renewable Energy, Stewardship, Waste |

Completing a Greenhouse Gas (GHG) Inventory for Your Campus

Following is a very brief overview of the types and sources of data needed for a typical GHG inventory. Most of the data usually comes from the Faciliities or Plant Operations department. For more detailed information see the Clean Air-Cool … more

Posted in Bicycling, Campus Sustainability, Climate, Conservation, Decentralization, Demand Reduction, Fossil Fuels, Green Building, Local Food, Unsustainable Energy, Unsustainable Transportation, Waste, Where We Live |

Lehigh Climate Commitment

Following is the text of the Climate Commitment adopted by Lehigh University on April 15, 2009.  While not as comprehensive or far-reaching as the American College and University Presidents Climate Commitment, it is a significant step forward for climate protection … more

Posted in Campus Sustainability, Climate, Demand Reduction, Fossil Fuels, Green Building, Waste, Where We Live |

Lehigh Valley Student Sustainability Conference

Friday, Nov 13, 2009 Northampton Community College, Southside Bethlehem Campus 511 E Third Street Bethlehem, PA A special conference by and for students in the Lehigh Valley, but open to all. Based on the success of the Spring 2009 LVAIC Sustainability Conference, … more

Posted in Campus Sustainability, Demand Reduction, Food for Health, Fossil Fuels, Renewable Energy, Sustainable Growing, Unsustainable Energy, Waste, Where We Live |

Living Buildings

‘Living machines’ are coming of age in the form of living buildings that ‘generate all of their own energy using clean, renewable resources; capture and treat all of their own water through ecologically sound techniques; contain only nontoxic, appropriately sourced materials; … more

Posted in Buildings, Green Building, Waste, Water & Watersheds, Where We Live | Tagged