Expanding the field: Cary invites teachers to study ecology at the Institute
This summer marks the beginning of an innovative program at the Cary Institute of Ecosystem Studies, where nine dedicated math and science teachers will embark on a six-week, hands-on research journey in the realm of ecosystem science. This unique initiative does not end with the summer; participants will reconvene throughout the academic year to collaboratively design curricula informed by their summer research adventures.
Supported by a generous three-year grant from the National Science Foundation, this program aims to enrich teachers’ understanding of ecology. The ultimate objective is to craft educational experiences that are not only engaging but also illuminate the critical environmental challenges our planet currently faces. The intention is to cultivate a deeper appreciation and understanding of ecological principles among students, priming them for future careers in STEM disciplines.
The Cary Institute is currently seeking applications from teachers eager to participate. There is a deliberate focus on inclusivity, with a particular emphasis on recruiting educators from underrepresented groups in STEM and those teaching in schools with significant minority populations. Interest has already been shown by teachers serving in four economically challenged school districts within the Hudson Valley, which cater to both urban and rural student bodies. Teachers nationwide are encouraged to apply, with assurances of coverage for travel and housing expenses. In addition, a stipend of $8,800 is provided to each participant.
Rebecca Van Tassell, leading the coordination efforts for the program, asserts that the initiative welcomes not just biology teachers but educators across all STEM disciplines, including mathematics, computer science, and chemistry. The complexity of today’s environmental challenges necessitates a multidisciplinary approach to devise innovative solutions. Accordingly, participating teachers will delve into a variety of projects covering topics such as wildfire, aquatic ecosystems, disease ecology, forests, and nutrient cycling; all areas in which the Cary Institute has established a reputation for excellence.
Participants will have the opportunity to engage in activities ranging from simulation of future forest and fire dynamics to conducting field surveys to assess tick populations. Additional activities may involve studying soil food webs or identifying various tree species.
The expectation is that this program will not only facilitate personal growth for the educators but also enable the development of fresh instructional materials. These materials aim to introduce students to ecological concepts in an engaging and informative manner based on the teachers’ firsthand research experiences.
Moreover, this program fosters a sense of community among participants. They are encouraged to share their findings and experiences through professional publications, conference presentations, or workshops in their respective school districts. The Cary Institute’s education team will offer ongoing support, including hosting four virtual meetings over the following year to assist in the rollout of the new curricula.
The emphasis on cooperation and collective learning stands at the heart of this initiative. By learning from each other, participants can refine their ideas and teaching methodologies in a supportive, collaborative environment. The Cary Institute has a long history of working with educators to develop curricula and promote professional development. This program is distinct in that it is customized to the interests and classroom dynamics of each teacher, allowing them to engage in an authentic and inquiry-based learning process.
“By immersing teachers in this kind of authentic, investigative learning process, we’re equipped to help them craft teaching materials that empower their students to learn in the same manner,” Van Tassell concluded, emphasizing the power of active, hands-on learning in fostering a deeper understanding of complex ecological issues.
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