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Join us from July 7–13, 2019
Stream ecology is the study of all the living and non-living components of stream systems and how those elements interact with each other. Think of anything you might find in a stream: a trout, a crayfish, a rock, a bug, maybe even an old tire. All of these things influence each other and are affected by one another in a continuum—from small streams to large rivers.
This weeklong, residential summer program will have you searching under rocks for crawdads and salamanders and testing stream waters for phosphate, nitrogen and dissolved oxygen.
The SEI promotes learning experiences about long-term ecological studies to high school students. You will have the opportunity to learn more about the environment as well as explore career possibilities in science and ecology.
High school students entering grades 10-12 are invited to register.
Eager to begin your studies and to investigate:
- If plants affect the presence of aquatic invertebrates?
- How the material in the stream bed influence aquatic communities?
- The correlation between stream flow, water temperature, dissolved oxygen and fish populations?
For a full week, you will be taught the fundamentals of water quality, macroinvertebrate and fish sampling, and identification. You'll get plenty of hands‐on experience using the latest equipment and methods employed by professionals in the field of aquatic ecology.
On the final day, you will present your findings, using the latest in computer technology, to a panel of science educators and natural resource professionals.
Join us for this exciting college life experience while learning the basics of stream ecology!
At Stream Ecology Institute, you'll get a chance to:
- "Immerse" yourself in the Susquehanna River Basin ecosystem to learn about numerous components of the streams
- Learn how water movement, fish, invertebrates, vegetation, bacteria, water chemistry and pollution affect the creek
- Explore regional creeks from the bottom up, and develop your own study to investigate an aspect of the creek that interests you
Other highlights include:
- Picnicking in state parks
- Visit to Penn's Cave
- Daily field trips
- Sample collections in rivers, creeks and small streams
- Electrofishing in local streams
- Study of headwater streams
- Final research presentations for families
Comprehensive fees include room, meals and all program materials.
- Before May 1: $875
- After May 1: $1,025
Scholarships are available based on financial need and academic performance. No full-tuition scholarships are available.
A letter from your guidance counselor, indicating your eligibility for free/reduced lunch or other measure(s) of financial need, is required for scholarship consideration.
All registrations must be submitted no later than June 22.
A non-refundable $250 deposit is due at registration. Balance is due 14 days prior to starting camp.
All supporting documentation must be received prior to your arrival on campus.
SEI is run by Susquehanna University faculty and staff with impressive talents, who study and monitor environmental issues within the watershed. The program is born from dedicated faculty who are committed to the research to define and improve the quality of life for all who live, work and play within the Susquehanna River Basin boundaries.
Professor of Biology
Holt and his lab study algae and macroinvertebrates in small headwater streams and the large main stem of the Susquehanna River. He follows the two types of living communities to see how they change through seasons and how they vary through years. Within that variability he looks for patterns that inform him about the health of the aquatic systems. Visit Holtlab on Facebook for updates.
Adjunct Faculty in Biology
With the university's Freshwater Research Initiative, Bilger and his team were involved in six stream restoration projects with the PA Fish and Boat Commission. He partnered with Penn State University to study smallmouth bass from four sites on the Susquehanna River and surrounding creeks. Bilger was also involved in a joint study to dissect the stomach contents from thousands of crayfish to identify what they have been eating.