Ocean Protector
Understand ocean acidification through game-based learning. Website includes easy to access game, source code, science standards, educator guide, and module integration. Geared toward students middle school to adults. (2023)
Understand ocean acidification through game-based learning. Website includes easy to access game, source code, science standards, educator guide, and module integration. Geared toward students middle school to adults. (2023)
Students will explore the life cycle of Dungeness crab in changing ocean conditions through a board game style activity. Students will be able to:
Dungeness Crab Climb Read More »
Come along with MACAN and adventure through an education video game that follows acidification through coastal habitats. Meet coastal and ocean friends and help them recover from the effects of acidified waters.
Water We Gonna Do?: Dive into MACAN’s New Acidification Video Game Read More »
Dive into ocean and coastal acidification with the newly updated NOAA Data in the Classroom. Designed for grades 9-12, this 5-level module features interactive maps, graphs, videos and incorporates the latest NOAA data to reveal the science behind acidification impacts.
Data in the Classroom: Understanding Ocean and Coastal Acidification Read More »
A research-based online curriculum where students learn about acidification and its solutions and collecting and analyzing data.
Virtual Urchin: Our Acidifying Ocean Read More »
*6th Grade Curriculum includes Ocean Acidification GSSC is a K-12 environmental science program that uses shellfish as a model to teach marine science and stewardship with hands-on learning through field experience.
Garden of the Salish Sea Curriculum Read More »
An inquiry-based lesson where students investigate if ocean acidification and ocean warming affect the behavior and survival of stone crab larvae published in 2024
Students examine data on Mid-Atlantic species to understand how decreasing pH affects growth, reproduction, and survival. They connect changes in chemistry to impacts on living organisms.
This lesson engages students in investigating declining bay scallop populations while exploring the scientific method and experimental design. Students analyze data, build critical thinking skills, and examine coastal acidification’s impacts on biological species. In Part 2, students apply the scientific method to investigate the bay scallop mystery by reviewing key steps, conducting research, developing hypotheses,
Students work individually and in groups to analyze data related to bivalve health. The lesson focuses on interpreting evidence and drawing conclusions about the effects of dissolved CO₂.