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Just as trees’ inner rings tell the story of their growth, their roots can reveal how quickly the earth is washing away around them. It’s critical information for addressing watershed problems.

Freese and Nichols’ Bryan Dick, left, and Ian Jewell, right, not only adapted a method for reading exposed tree roots to measure rates of riverbank erosion, but our team is using the technique for a growing list of clients.

Since...

Read More - Saving Banks: Teaching How Roots Reveal Erosion Rates

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Tagsroot dendrogeomorphology, Dendrogeomorphology, Oklahoma, Erosion, streambank, pollution,

Just as trees’ inner rings tell the story of their growth, their roots can reveal how quickly the earth is washing away around them. It’s critical information for addressing watershed problems.

Freese and Nichols’ Bryan Dick, left, and Ian Jewell, right, not only adapted a method for reading exposed tree roots to measure rates of riverbank erosion, but our team is using the technique for a growing list of clients.

Since...

Read More - Saving Banks: Teaching How Roots Reveal Erosion Rates

Subscribe to our Blogs

Tagsroot dendrogeomorphology, Dendrogeomorphology, Oklahoma, Erosion, streambank, pollution,

Note: This is the first article in a series on dendrogeomorphology.

The rate at which streambanks are eroding, and the total annual quantity of sediment being entrained from those eroding streambanks are of a primary concern for ecological, water quality and sediment studies.

The U.S. Environmental Protection Agency recently determined that streambank erosion constitutes as high as 90 percent of the annual sediment yield found in rivers.

With strong...

Read More - Digging Deeper: What is Dendrogeomorphology?

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TagsDendrogeomorphology, Erosion, root, streambank,