Alaska Agricultural and Forestry Experiment Station


The Alaska Agricultural and Forestry Experiment Station was established in 1898 in Sitka, Alaska, also the site of the first agricultural experiment farm in what was then Alaska Territory. Today the station is administered by the University of Alaska Fairbanks through the School of Natural Resources and Agricultural Sciences. Facilities and programs include the Fairbanks Experiment Farm, the Georgeson Botanical Garden, the Palmer Research and Extension Center, the Matanuska Experiment Farm, and the Reindeer Research Program.
Research at AFES has concentrated on introducing vegetable cultivars appropriate to Alaska and developing adapted cultivars of grains, grasses, potatoes, and berries. Animal and poultry management was also important in early research, with studies on sheep, yaks, cattle, dairy cows, and swine over the years. Modern animal husbandry study at AFES is focused on reindeer and muskoxen, with some research on fisheries. Other research is in soils and climate change, revegetation, forest ecology and management, and rural and economic development, including energy and biomass research.

History

The Hatch Act of 1887 authorized agricultural experiment stations in the U.S. and its territories to provide science-based research information to farmers. In 1898 the federal government established the Alaska Agricultural Experiment Station in Sitka. The Kodiak station was also established in 1898, operating until 1931. Stations in Kenai, Rampart, Copper Center, and Fairbanks followed quickly. In 1915 the Matanuska Station was established.
In 1931 the federal government transferred ownership of all experiment station facilities to the College of Agriculture and Mines in Fairbanks. The Sitka and Kodiak stations were closed. The college was renamed the University of Alaska in 1935.

Region-specific variety development

Few varieties of northern-region grains, vegetables, and fruit have been developed for subarctic or arctic areas. The Alaska experiment station works to produce new varieties that will succeed in Alaska's weather conditions, often starting from plant or animal strains used in Scandinavia and Siberia. Below are release dates and varieties developed.