There are two legs to the project this summer. Lilly and Fred are headed back to the Wooster Tree Ring Lab with samples from Kake and Jacob and Jack have arrived. Jack, Jacob, Nick and I will now travel to Glacier Bay for 10 days of sampling ancient forests. As a warmup, the group hiked to Mendenhall Glacier. The glacier is rapidly retreating but we are still able to find solid ice to take the team photo.

The hike to the glacier is great and the day was perfect.
Mendenhall Glacier from the forefield.

Fred found some ancient stumps and logs likely dating back to about 2.5 ka, the forests continue to be unearthed with the ice recession.

The West Mendenhall Trail has a variety of streams and falls.

Across the glacial lake is Nugget Falls and part of the group poses next to this popular stop.

The group getting organized and enjoying the katabatic breeze.
 

After all it was the 4th of July.

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Editor’s note: The following is by Caitlyn Denes (’23).
“The Community Climate Change Project sought to document the changes in climate in Wooster, Ohio and surrounding communities. Through the collection, analysis, and interpretation of climatological data, we summarized our findings and developed recommendations to improve the resiliency of the community in the face of climate change. Having served a wide variety of local clients, we are hopeful that our findings will educate community members and foster strong connections with community partners.”
When a group of rising sophomores entered Scovel 116 on May 16th, I do not think they realized how much they would grow as students, researchers, and as people. Tasked with researching the dynamic interactions between climate variability and the local community, the CCC Team had their work cut out for them from the beginning of their AMRE project. As a peer advisor to the work that was completed, I watched our group come together to form an effective, successful, dynamic research team in just six weeks. Supervised by Dr. Pollock and Dr. Wiles, our team encountered some great experiences. It is impossible to cram six weeks of research and field experience into just one post, so here are just some

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Cincinnati, Ohio —  This week Professor Wiles, Nick Wiesenberg and I attended the 2022 Joint North-Central and Southeastern meeting of the Geological Society of America in Cincinnati, about a three-hour drive south of Wooster. It was quite satisfying to attend such a meeting in person — for me it was my first such gathering since October 2019. The event was held at the Duke Energy Convention Center, a short walk from the Hilton hotel where we all stayed. All attendees had to show proof of Covid vaccinations, and masks were required for all events, but you will notice in these images that masks came off rather frequently.
This isn’t the prettiest picture of Cincinnati, but it was a nice view from the Convention Center of the bridges over the Ohio River into northern Kentucky.
The first Wooster posters of the meeting were presented on Thursday morning by Layali Banna (’22) and Mazvita Chikomo (’22). Their topic title was: “The Community Water Project: Student Exploration of the Geosciences in the Context of Stormwater Management in Northeast Ohio”. They have several coauthors, including Dr. Meagen Pollock, Dr. Greg Wiles, and Nick Wiesenberg. The poster is a summary of this past summer’s AMRE project.
Also on

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Members of the Wooster Tree Ring Lab had a great opportunity to travel to a seldom-visited part of Glacier Bay National Park and Preserve – a transect from Wolf Lake to Burroughs Glacier. We were there because there is 2500 year-old forest remnant that was overrun by ice. The ice has gone and continues to melt. Our interest is recovering these logs is to fill a gap millennial-scale tree-ring record from the Gulf of Alaska. The recently exposed logs are being lost to science each year as they flush out into the sea and rot away in this hypermaritime climate. Wooster student independent studies (ISs) in the region quite literally have surrounded this Wolf Lake site with their research, and over the last 10 years we have honed into this key location from all directions.

A view of Mount Wright through a gap in drift and bedrock. Tree-ring records from the flanks of Mt. Wright were part of a study led by Stephanie Jarvis and sampled by Sarah Appleton, who did their thesis work in the region.

We flew into the site this year. In previous years we attempted to walk in twice and once we were successful. I recommend the flying

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