Mount Rainier National Park: Climate Friendly Parks Program
What is the Climate Friendly Parks Program?
Mount Rainier National Park belongs to a network of "Climate Friendly Parks" who are leading the way in the effort to protect our parks' natural and cultural resources and infrastructure by addressing the current and future impacts of climate change. In 2006, Mount Rainier conducted an inventory of greenhouse gases (GHG) produced in park operations. The inventory was the first step in developing a Climate Friendly Park Action Plan with the goal of reducing GHG emissions from park operations by addressing the management of energy use, transportation, and waste disposal. In 2014, Mount Rainier completed an updated GHG inventory to track the results of the goals identified in the Climate Friendly Park Action Plan.
Comparing 2006 and 2014 Greenhouse Gas Emissions
Total GHG generated from park operations have reduced by approximately 30% from 2006 to 2014.
Estimated greenhouse gas emissions from park operations in 2006 and 2014.
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The old Jackson Visitor Center built in 1966 (top), was a large energy consumer. The new Jackson Visitor Center designed and built in 2008 (bottom), meets Leadership in Energy and Environmental Design standards.
NPS Photos
The decrease in total GHG from park operations is due to a variety of park actions. The old Jackson Visitor Center, approximately 60,000 square feet, was constructed with a flat roof which collected large amounts of snow. It required roughly 300-500 gallons of diesel fuel a day to run hot water through pipes in the ceiling to increase snow melt. The new Jackson Visitor Center, built in 2008, was designed to be an energy efficient building, meeting Leadership in Energy and Environmental Design (LEED) standards. It is also approximately a third of the size with only 18,000 square feet, and has a steeply-pitched roof that can shed snow. This, in addition to a variety of actions aimed at reducing overall energy use such as the addition of solar panels on some park buildings, consolidating work space, and fixing old leaking water pipes, have helped reduce park operated energy emissions since 2006.
In addition to the overall reduction in park energy, GHG generated from park waste also decreased. In December 2013, LRI Landfill became a Landfill Gas to Energy (LFGTE) facility, helping to reduce our GHG emissions generated from waste.
