Undergraduate interns at the REEF learn how to communicate with elementary students. Credit: SBC LTER.
Long Term Ecological Research (LTER) Education Program — referred to as “Schoolyard LTER” — is dedicated to developing and sharing best practices in training, teaching, and learning about the Earth’s ecosystems. Each site receives an education allocation, the impact of which is magnified many times through partnerships with local museums and non-profit organizations, environmental educators, and school systems.
Because LTER sites are able to maintain a persistent presence in the community over many years, researchers and education specialists are able to develop long-lasting relationships with local and regional educators and their students. Working in partnership with teachers and university faculty, site-based educators develop science curriculum materials that draw on the sites’ extensive data resources, provide immersive research experiences for teachers and undergraduate students, and give many curious young minds their first chance to poke around in nature and start finding their own answers.
Data Literacy
LTER data provides many examples of how to find, organize, clean, analyze and plot real data while also being accessible to even young students, who can easily grasp the meaning of changes in plant and animal populations, for example. The Data Nuggets program (developed at the Kellogg Biological Station LTER site) disseminates free classroom activities, co-designed by scientists and teachers and derived from authentic science research projects, that provide opportunities to look for patterns in the data and to develop explanations about natural phenomena using the scientific data from the study.
Data Jams meld data analysis skills with creative activities, making learning especially fun and accessible for middle-school students.
K-12 Education Resources
Katerina Potesta assists with planting native species at the CEMEX Florida East Coast Quarry Wetland Reclamation project.K-12 students collect plant growth data.Middle school students prepare to plant native species with GK-12 graduate student Alycia Reynolds Lackey.
As a teacher, students often think we ‘know’ everything or should be able to explain every possible question they pose. It was refreshing to remember how science begins with ‘not knowing’. This renewed appreciation for the process of inquiry, that science is a way of asking about the world around us, was a humbling encounter.
—by Rebecca Hawk If you step inside a classroom, there’s a good chance you will meet a group of funny and interesting kids and an adult who loves spending their days with them. This adult probably joined the education field with a heart full of hope or a fond memory of their schooling days. Sometimes
My summers at Toolik Field Station reaffirmed a simple truth: teaching and research are intertwined. Authentic field experiences can transform educators and students alike, inspiring curiosity, critical thinking, and a lifelong passion for discovery.
As part of a multi-site Research Experience for Teachers (RET) program, two science teachers, Emily Chittick and Traci Kennedy, from Milwaukee Public Schools, conducted an experiment to see whether warmer water temperatures affected the ability of sea urchins to flip themselves over after being turned upside down. They wrote up this part of their summer
Data Nuggets, operated by the KBS LTER, started its third round of funding from the National Science Foundation to improve data literacy in K-16 students.
NGA’s Virtual Field Trip brings the Arctic to the classroom, pairing a video, video game, and activities to immerse students near and far in the ecosystem.
This spotlight is part of an ongoing series featuring many of our wonderful LTER Network graduate student representatives who contribute valuable research and leadership across the network. To learn more about graduate research in the LTER network, visit this page. Dana Cook has been a graduate student with the Moorea Coral Reef LTER for the