Something's fishy. There is little doubt that climate change, deforestation, and invasive species have impacted fish populations in lakes throughout Michigan. Documenting how and where is no small task, but now you can help!
The University of Michigan and the Michigan Department of Natural Resources teamed up on this Zooniverse project where volunteers can help transcribe more than a century's worth of fish observation records from lakes throughout Michigan.
Contributions to the project will allow researchers and resource managers to better understand changes in fish populations over the last hundred years; to build models to predict what changes are likely to occur in the future; and test which management strategies will improve the resilience of fish populations.
Yooper Wildlife Watch was created by researchers at Northern Michigan University and they need your help identifying amazing wildlife inhabiting the forests of Michigan’s Upper Peninsula. By taking part in Yooper Wildlife Watch, you will be helping researchers learn how diverse wildlife are responding to variations in seasonal human recreation activities in one of the most beautiful regions in the United States.
Help unlock 40 years worth of paleontology data by transcribing field notes from the La Brea Tar Pits. This will allow for the preparation and curation of future collections. In turn, this will inform curators, students, and visiting paleontologists about what was living in the LA region over the past 50,000+ years.
This research is being conducted as part of the Collections, Heterogeneous data, and Next Generation Ecological Studies (CHANGES) project at the University of Michigan.
Trail cams for science! Developed by U-M’s Dr. Nyeema Harris, this project uses trail cameras to photograph wildlife throughout the state to help understand populations, migrations, and other ecological dynamics. You can help by identifying critters caught on camera.
A protein’s shape determines its function. Run simulations of protein folding and movement on your personal computer to help scientists learn more about proteins and their role in diseases.
The shape of a protein allows it to function: new fold, new function! Solve puzzles and virtually “fold” proteins to better understand (and potentially) treat diseases, including the novel coronavirus.