“Nature abhors a vacuum.” – Aristotle
Fir trees are the most aggressive colonizers and fast growing, often outcompeting other species for space and light. White birch can also quickly establish a dense stand, yet like balsam fir it is short-lived and usually gives way to other species. Beech trees spread vegetatively and are slower to become established, yet they are persistent and can outlast other species. White pine is also slow to colonize, but has a long life and under the right conditions will dominate an area.
Since beech trees propagate through their roots, everything is interconnected, meaning that this whole area is part of a single clonal organism, known as a “genet”. Each individual stem, or “ramet”, is genetically identical, sharing the same root system and genetic makeup. A well-known example of a clonal organism is the “Pando” aspen grove in Utah, where thousands of stems are part of a single genet, making it one of the largest and oldest living organisms on Earth.
In 50 years, this area will look very different, as the competition gets sorted out.



Diversity and Ecology Project:
How do we measure diversity?
Species richness and evenness, forest structural diversity, animal wildlife indicators, and genetic diversity are all factors that we can measure. One of the most fascinating ways to begin this project is by exploring life in hidden microhabitats, including underneath spider trees and high in tree-top branches.
More long-term studies can also begin, such as sample plots and species counts.
Imagine what unusual species you might find. Maybe even some new ones.
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