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Why Study Boreal Forests? * Coverage - Boreal forests cover approximately 14.5% of the earth's land surface. Learn More » * Carbon Storage - The great expanse and large quantity of carbon contained in vegetation and soils (particularly peat) make the boreal biome the world's largest terrestrial carbon reservoir. Learn More » * Changing Climate - At high latitudes in North America, substantial warming and drying has occurred, and this trend is predicted to continue. Increased temperatures in the boreal region release large quantities of carbon previously immobilized in the cold and frozen soils. The large quantity of carbon contained in the cold and frozen soils of the boreal biome is susceptible to mobilization under a changing climate system. Learn More » * Fire and Regrowth - Warming and drying associated with climate change increase the frequency and intensity of the boreal fire regime, and lead to changes in vegetation composition and the carbon cycle. Learn More »

Why Study Boreal Forests? * Coverage - Boreal forests cover approximately 14.5% of the earth's land surface. Learn More » * Carbon Storage - The great expanse and large quantity of carbon contained in vegetation and soils (particularly peat) make the boreal biome the world's largest terrestrial carbon reservoir. Learn More » * Changing Climate - At high latitudes in North America, substantial warming and drying has occurred, and this trend is predicted to continue. Increased temperatures in the boreal region release large quantities of carbon previously immobilized in the cold and frozen soils. The large quantity of carbon contained in the cold and frozen soils of the boreal biome is susceptible to mobilization under a changing climate system. Learn More » * Fire and Regrowth - Warming and drying associated with climate change increase the frequency and intensity of the boreal fire regime, and lead to changes in vegetation composition and the carbon cycle. Learn More »