In this project, students explored the complex web of relationships within ecosystems to better understand their sustainability. Students examined a variety of ecological issues including the impact of human activities on ecosystems. They learned about invasive species and their impacts on established ecosystems and investigated how different management strategies affect the sustainability of fisheries. Finally, students suggested actions humans can take to help sustain ecosystems for the future. The final products were:
a class discussion regarding their predictions over what would happen in 50 years if nothing was done to further influence the situations within each case study they learned about
an explanation of what would happen to the food webs and symbiotic relationships in the kelp forest if senorita fish were overfished and no longer found in the kelp forest.
and line graphs that show population curves for wild and farmed salmon over 20 generations at most.
This quarter, students read John Steinbeck's The Grapes of Wrath. Along with the text, students learned about the ecological disaster of the dust bowl and the subsequent migration of farmers for which the book is based on.
Originally, students were going to choose an ecological disaster from anywhere in the world and do research on that event. However, with the prevalence of COVID-19, students research one facet of our lives and research ways in which COVID has affected that area of "life." Students then worked together to create the very first edition of PiSTEM Times: a student-developed newspaper that features all student's work (articles, advertisements, comics, etc.).
CLICK HERE TO VIEW THE 11/12TH GRADE EDITION OF PISTEM TIMES
In History, students worked to have an understanding of American Politics and gathered research to understand how politics have worked in the U.S. and have worked to construct websites with varying perspectives and understanding around several topics.
Government Website
Government Website
As we dove deeper into geometric principals, we took a hard look at triangle geometry. One way humans can minimize their impact on ecosystems is to reduce their carbon footprint. This can be achieved by quite literally minimizing one's life- by moving into a tiny home! While this is not a very practical solution for most, it was a fun idea for us to explore. We constructed our own plans for tiny homes, utilizing geometric principals like congruent, isosceles, and right triangles as well as rotations, reflections, and translations.
We did a project on Binomial Distributions where we calculated the probability and analyzed data to make decisions similar to real world statisticians. We did calculations but the emphasis was on making inferences and making final decisions that impact and solve real world problems.