Join education staff from Tellus Science Museum to see fossils that call Georgia home and discuss how to incorporate place-based geoscience education with elementary science standards.

TAKEAWAYS:
Attendees will see how a science museum has worked to improve its own geoscience education using a place-based approach and how similar processes can be applied to education practice in classrooms or other localities.

SPEAKERS:
Hannah Eisla (Tellus Science Museum: No City, No State)

Although cancer biology is an important topic with the study life science, the definition of cancer literacy has been ill defined. This project demonstrates limitations of using one measure of cancer literacy, the Cancer Health Literacy Test-6, within the scope of a cancer biology outreach program.

TAKEAWAYS:
Cancer literacy has been broadly defined and assessed. Assessment of cancer biology knowledge may be best suited by the use of instructor-prepared, lesson-specific assessments.

SPEAKERS:
Emily Heath (Student: Warrenville, SC), Kamani Barnes (Student: Warrenville, SC), Alexandria Martin (Student: , SC), Christie Palladino (Teacher: Warrenville, SC)

Come learn about co.lab, an interdisciplinary course designed by Leyden teachers that includes Biology, Global Studies, English, Health/PE and Digital Literacy. Discover how we use our 4 period block of time in a traditional school day to reimagine how students learn and teachers collaborate.

TAKEAWAYS:
Participants will walk away from this session feeling inspired to collaborate within and outside of their departments, with ideas and strategies on how to do so. They'll learn the power of exhibiting student work, and hear new ideas on how to do so on a grander scale.

SPEAKERS:
Jamie Litzhoff (Leyden High School District 212: Franklin Park, IL)

Teachers will hear about the EPA Gulf Guardian Award winning curriculum that teaches students about climate change. A Classroom Course in Community Resilience uses scientific problem-based learning to promote environmental stewardship.

TAKEAWAYS:
TThe human effect on the climate is evident in many ways, and today's students will be future leaders. Our program equips teachers with lessons that are easily implemented into their existing coursework and empowers students to think outside the box and creatively solve climate-related issues.

SPEAKERS:
Samantha Capers (USM Marine Education Center: No City, No State)

Planet Lamron is a new way to teach biomes and renewable energy in environmental science. Using climate graphs from an earlier mission to the distant earthlike planet, students will determine the biomes present. From there, students will decide where to colonize and how to set up energy plants.

TAKEAWAYS:
Conference attendees will learn to use Planet Lamron to teach the concepts of biomes and renewable energy in environmental science. Students will learn to interpret climate graphs, make decisions about where to colonize based on biome, and how/where to set up renewable energy plants.

SPEAKERS:
Victoria Myers (Teacher: Alpharetta, GA)

Science educators teach THE scientific method; while this is a tried-and-true practice, it doesn’t wholly represent all the different methods used by scientists. At UT Austin, college students are taught there are several scientific methods. We can teach science this way starting at a younger age!

TAKEAWAYS:
Students would benefit from learning more research methods from a young age! Expand students’ view of science, and introduce variety to maintain student interest. Hear ideas to incorporate methods into your lessons such as mathematical modeling, observational studies, and statistics.

SPEAKERS:
Rama Sreekantham (Paragon Prep School: No City, No State)

Contemporary scientists’ cutting-edge research can be shared with elementary students and linked to curriculum topics. Using I bet you didn’t know… articles and accompanying Teacher Guides is an exciting way to stimulate children and provides a rich context for learning.

TAKEAWAYS:
You will learn how I bet you didn’t know… articles written in language that children can understand and accompanying Teacher Guides can be used in the classroom to increase engagement with practical activities, develop enquiry skills and an appreciation of the impact of science on real life.

SPEAKERS:
Alison Trew (Primary Science Teaching Trust: Bristol, England)

How do we add physical science emphasis to Earth Science curriculum? Weather and Climate with ADI Gas intro lab Students will use the ideal gas law Pv=nrT in their Earth science lessons Students will explore basic Chemistry in their exploration of the atmosphere Molecular models activity Gas Properties lab Water and Oceans Density Ph labs Salinity labs Geology with ADI Students will study wave theory as it applies to earthquakes and tectonics plates Wave on a string Minerals with an emphasis on the atom and radioactivity Space and Astronomy with ADI Students will look at motion in three dimensions and learn how to calculate azimuth and simple orbital mechanics Students will study the periodic table in conjunction with the cosmic forces that created them Gravity Forces lab Gravity and orbits lab Blackbody Spectrum analysis Introduction to Quantum Chemistry

TAKEAWAYS:
We will review activities, lessons, and experiments that will help enhance your Earth Science class and prepare your student for middle school or high school physical science.

SPEAKERS:
Brian Gardiner (Kittredge Magnet School for High Achievers: Atlanta, GA)

In this session , I will model ways to make your elementary and middle school electricity unit light up! I will demonstrate several labs and display a cumulative project that you can assign to your students.

TAKEAWAYS:
The teacher will actively engage students in a tangible session regarding electricity.

SPEAKERS:
Amber Kersey (Henderson Middle School: Jackson, GA)