November has been a bit warmer this year but the ground at the farm has still been frozen solid enough to prevent any digging.
This has given me a chance to spend more time researching future projects and begin an energy audit at the farm.
Reading about kilowatts of electricity and ccf's (hundreds of cubic feet for natural gas) has given me both a more keen idea of what an energy bill means and a more appalling sense of the waste inherent in much of our current lifestyles.
In fact, according to the Energy Information Administration, the United States uses nearly a million dollars worth of energy every minute, 24 hours a day, 365 days a year.

Though the farmhouse accommodates more students than a typical household, it should give a good representation of many fairly simple residential techniques for reducing energy use.
Installation of more efficient lighting, turning off appliances when not in use, and keeping heating costs down should begin to lighten the farm's footprint.
As well, the classic three Rs, recycling, reusing and reducing are important energy savers.
Recycling aluminum cans saves 95 percent of the energy needed to produce them from bauxite and even recycling paper cuts energy use in half.
Ultimately our greatest personal use of energy comes from our cars and determining how to cut down on trips back and forth to Anchorage will be fundamental for farm students.

Researching more renewable energy sources continues at the farm.
The anemometer only needs wind readings for this winter season in order to have a clear full-year picture of the wind power generating ability in our CSA field.
The Yurt classroom solar photovoltaic system cost estimate has been roughly calculated and we are working on a new hoophouse-style greenhouse to stretch the short Alaskan growing season.
As well, research into the design of a four-season or full three-season greenhouse continues.
The composting toilet being built out by the Yurt classroom will be incorporating a variety of sustainable materials in its completed wall design.
There is the possibility of straw-bale, plastic-bale and even cardboard-bale wall insulation.
We are hoping to show some alternatives to building with materials shipped with fossil-fuels from thousands of miles away.
We will continue the aboveground building as long as the valley wind stays below 50 miles per hour.
That gets cold.
Nathan Burke
Sustainability Education and Development Project Coordinator
contact me at: bioburke@hotmail.com or 746-2795