What will be describe in this session is are community science events that can be organized with themes that use natural phenomena or NGSS standards, practices, and outcomes that a school would like to promote.

TAKEAWAYS:
How to update these events to go beyond the traditional Family Science Events that are superficial. One main takeaway are example indepth activities and resources that can be used for use with families and students

SPEAKERS:
Annabelle Fortine (Central Michigan University: Eagle, MI), Lavender Bertsch (Central Michigan University: Mount Pleasant, MI), Hannah Smock (Central Michigan University: Mount Pleasant, MI), Morgan Glann (Central Michigan University: Mount Pleasant, MI), Nicole Merner (Central Michigan University: Mount Pleasant, MI), Makayla Spencer (Central Michigan University: Mount Pleasant, MI), Emma Harma (Central Michigan University: Mount Pleasant, MI), Jim McDonald (Central Michigan University: Mount Pleasant, MI)

Did you know that you can launch units in your science class by engaging students in the analysis of historical primary sources? Join us for this hands-on workshop, where we’ll investigate free, digitized resources to see how they can reveal phenomena linked to the content you teach.

TAKEAWAYS:
Participants will learn how to engage students at the start of a unit by exploring phenomena embedded in historical primary source documents. The strategies discussed will develop the critical thinking and sensemaking strategies of students.

SPEAKERS:
Michael Apfeldorf (Library of Congress: Washington, DC), Jacqueline Katz (Science Teacher)

Experience an anchoring phenomenon lesson designed to engage students in a local climate impact. Reflect on how local community problems can be leveraged to engage students in understanding large-scale, shared global issues, like climate change, to increase relevance and agency for youth.

TAKEAWAYS:
Anchoring student learning in local phenomena and problems can tap into students’ interest and perceived relevance of science learning to their life and community. A storyline based on local problems also position students to for meaningful activities for future learning and taking action now.

SPEAKERS:
Lindsey Mohan (BSCS Science Learning: Colorado Springs, CO), Audrey Mohan (BSCS Science Learning: Colorado Springs, CO), Enya Granados (Life Science Teacher: , GA)

Engage with My NASA Data lessons as a model student to make sense of weather and climate phenomena while discovering the strengths and limitations of a conceptual model used to describe the complex energy transfer in our Earth system.

TAKEAWAYS:
Develop a better understanding of Earth’s energy budget by connecting weather and climate phenomena to a conceptual model developed by NASA from satellite-based observations. This is an example of how students may evaluate a model to engage in data literacy and employ systems thinking.

SPEAKERS:
Angela Rizzi (NASA Langley Research Center/ADNET: No City, No State), Natalie Macke (Pascack Hills High School: Montvale, NJ)

An 11 year old recently found a trilobite in the Smoky Mountains of Tennessee. Let's explore this phenomenon and how customizing existing high-quality, open-source lessons for local stories create a cohesive storyline for elementary students.

TAKEAWAYS:
1) How to customize existing high-quality, open-source lessons that pair with local phenomena; 2) What fossil evidence scientists use to support claims about past environments; and 3) Where to find open-source storylines for the elementary classroom.

SPEAKERS:
Rachel Cox (Knox County Schools: Knoxville, TN)

Educators will experience how 3D learning in any curriculum can be made into 5D learning if they have the pedagogical framing that identifies both phenomena types and supports phenomena adaptation. Specifically, place, student interests, and identities provide motivation to engage in sensemaking.

TAKEAWAYS:
Educators will learn to identify phenomena types, select related phenomena and use students' place, interests, and identities to promote equitable learning experiences. These pedagogical tools and framing will help educators turn 3D, NGSS-aligned phenomena-based units into 5D learning experiences.

SPEAKERS:
Leonard Kenyon (Maine Mathematics and Science Alliance: No City, No State)

Teachers may have a range of comfort with various disciplinary core ideas in ESS1. To engage students in figuring out these abstract ideas we have developed a unit to support 3D teaching and learning related to stars and exoplanets. This unit has been field-tested across NYC high schools and evidence has shown that the modeling activities, data analysis and simulations utilized in a unit can empower students to feel like space scientists and argue from evidence about which exoplanet is most likely to be habitable. Using a phenomena-driven 3D unit for providing access to students who may have been previously disengaged in STEM is essential for equity. Participants will have an opportunity to immerse in an activity from this high quality unit with an NGSS badge after EQuIP review, explore how the unit addresses some of the 3D learning goals for space science (HS-ESS1), and discuss how to make this content personally relevant to students in diverse settings.

TAKEAWAYS:
Attendees will learn how to access, use, and adapt a free HS Earth & Space Science unit - currently the only HS ESS unit with an official NGSS badge - to attend to student interest and relevance, and to support argumentation.

SPEAKERS:
Charles Link (DeWitt Clinton High School: Bronx, NY)

Learn how to select phenomena that matter to students and leverage students' questions to create a student-driven storyline. Participants will learn the design principles for adapting existing curriculum that honor students’ identities, voices, and ideas.

TAKEAWAYS:
Participants will learn two key aspects of designing equitable learning experiences for NGSS instruction: 1) making phenomena matter by considering community issues and student identities; 2) leveraging students’ diverse ideas and questions to drive instruction.

SPEAKERS:
Nelly Tsai (University of California, Irvine: No City, No State)

How do we build confident “do-ers” of science? Inspire curiosity, engagement, and science identity through the use of relevant and meaningful phenomena. Phenomena can come from real events and from student imaginations. Let student questions guide learning and exploration.

TAKEAWAYS:
Participants will leave with ideas for incorporating meaningful phenomena in their instruction and learn how phenomena can be a bridge to relevance and engagement for students. 3-Dimensional instruction provides a framework for students to figure-out science.

SPEAKERS:
Ashley Armstrong (Sanford Underground Research Facility: Lead, SD)

Increase your ability to use phenomena to anchor sensemaking throughout an entire unit rather than simply hook students’ interests. We will explore examples from the free OpenSciEd curriculum to show how to anchor entire units in a phenomenon and support students to make sense of the natural world.

TAKEAWAYS:
Phenomenon-based instruction is not about grabbing interest or demonstrating concepts, but rather anchoring sensemaking throughout a unit in explaining an observable event. Tools like the driving question board and progress tracker can focus student thinking on figuring out an anchoring phenomenon.

SPEAKERS:
Jamie Noll (BSCS Science Learning: Colorado Springs, CO), Bruce Kamerer (Boston College: Chestnut Hill, MA), Ji-Sun Ham (School Support Specialist: Chestnut Hill, MA), Benjamin Lowell (New York University: New York, NY)