Arctic Animal Explorers

A middle school project-based learning unit bridging motion, distance-time graphs, and energy transformations through a hands-on 15-meter propeller car design challenge.

A comprehensive NYS Regents-aligned Life Science lesson investigating meiosis, gamete production, chromosome reduction (2n to n), and crossing-over as mechanisms for genetic variation. The lesson features scaffolded reading chunks, comparative diagrammatic models, and authentic Regents exam assessment items.

A two-page printable set of twelve cut-and-keep vocabulary cards for 1st graders covering all five arctic explorer animals and essential cold-weather adaptation science concepts.

An immersive marine science sequence preparing students for the Ocean Institute Junior Scientist Lab in Dana Point. Students investigate global ocean basins, depth zones, plankton ecology, seasonal wave and shell deposition, coastal hazards and flooding in Southern California, and build a collaborative classroom ocean mural.

Teams race their propeller cars down a 15-meter track, record split times, plot multi-interval distance-time graphs, and map complete energy transformation chains.

An engaging eight-slide visual presentation for 1st graders introducing the Arctic habitat, key survival vocabulary, and all five arctic explorer animals with interactive review prompts.

A marine science sequence exploring vital ocean ecosystems through video investigations, visual vocabulary supports, and scaffolded comprehension activities tailored for ELD IV students.

Student engineering teams design, wire, and assemble their propeller cars, experimenting with battery voltage, propeller pitch, chassis mass, and wheel alignment.

A two-part fifth-grade science sequence investigating Earth's four major systems: Biosphere, Hydrosphere, Atmosphere, and Geosphere, concluding with how they dynamically interact.

Students rotate through hands-on inquiry stations connecting speed calculations, distance-time graphs, and energy transfers from chemical and electrical to kinetic, thermal, and sound.

Students investigate extreme marine weather, high-surf advisories, coastal storm surges, tsunamis, and real-world Southern California coastal flooding events in Newport Beach and Dana Point harbor.

In direct preparation for the Dana Point Ocean Institute lab, students investigate microscopic phytoplankton and zooplankton, oceanic food webs, and how intense winter wave energy excavates heavy deep-water shells compared to gentle summer tides.