2. Many teachers have trouble
talking about climate change in
their classrooms
Discussions of climate change have become politicized
Some teachers are not sure of the science themselves
Like any “hot button” issue, the loudest voice may not be
supported by the data.
58% of US Citizens accepted climate
change as real last year (Pew Research Center poll, 2011)
More than 25% of teachers reported
having arguments over this issue
(NESTA Survey of Earth Science Teachers, 2011)
4. A need for teaching climate
change in the classrooms
Yale survey finds that even those teens who accept
that humanity is heating up the planet are often
confused about the reasons (Inman, 2012)
5. NOAA Climate Stewards Purpose
Build Climate Literacy so educators can:
• understand the concepts of climate
•assess the scientifically credibility of
information
•make informed and responsible
decisions, and initiate actions in the
community
6. NOAA Climate Stewards Program
Is all about providing science
Offers mini grants (Hale Kula received $500.00)
Offers travel support for Climate Stewards to attend
professional development opportunities
Established six regional groups with a goal of
fostering regular communication and collaboration
among educators within those regions
Focus projects in your communities
Focus projects in citizen science
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7. projects in your communities
Reusable Bags School/Community Garden
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8. projects in citizen science
Sea Urchin Science Sea Urchin Science
in the classroom on the reef
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9. Sea Urchin’s for Coral Recovery:
Hale Kula’s Climate Stewards Program
Based on an earlier research project conducted on a
Kaneohe Bay patch reef that had been cleared of
invasive seaweed using the “Super Sucker” and then had
native collector urchins placed and monitored to see how
well they were able to control the invasive algae.
This project originates from the $500.00 Climate Stewards
mini grant that focuses on continued improvement of the
health of Oahu’s coral reefs. Image source: ryanphotographic.com
This year, Hale Kula teachers agree to participate by housing salt water
aquariums in five classrooms.
Hawaii Department of Land and Natural Resources agreed to provide small
urchins to the school for students to raise and to actively engage in scientific
research.
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10. The “Super Sucker”
An underwater vacuum that “sucks”
invasive algae right off the reef!
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11. Sea Urchin’s for Coral Recovery:
Hale Kula’s Climate Stewards Program
Is all about providing science:
Prior to this project, teachers from Hale Kula, Wheeler and Solomon
Elementary schools engaged in active professional development
opportunities including monthly workshops focused on climate
change and corals.
One full day experience at the Hawaii Institute of Marine Biology on
Coconut Island with Dr. Fenny Cox
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Image source: c.weiner Image source: hmbi.hawaii.edu
12. Sea Urchin’s for Coral Recovery:
Hale Kula’s Climate Stewards Program
Is all about providing science:
On site teacher professional development, focused on
the physical properties of water and what happens to sea
level as ocean water warms.
As the Earth warms, its waters will also expand slightly.
As Earth’s atmospheric temperature rises from global
warming, the oceans will warm and sea levels will rise
from the expansion of the water, as well as from the
addition of water from melted land-based glaciers .
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13. Sea Urchin’s for Coral Recovery:
Hale Kula’s Climate Stewards Program
Is all about providing science:
Professional Development focused on the chemistry
of ocean water and the impact changes in the
chemistry have on marine life.
As CO2 increases in the atmosphere the pH
of the ocean decreases leading to ocean
acidification.
Acidic ocean waters stress and react with the
carbonate skeleton of corals.
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14. Sea Urchin’s for Coral Recovery:
Hale Kula’s Climate Stewards Program
Project Goals:
Through Comprehensive evaluation we will measure:
whether the program increases environmental and climate
literacy of the teachers and the students
whether the program increases the number and impact of
climate stewardship activities at the school and in the
community
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Image source: hawaiiarmyweekly.com Image source: ryanphotographic.com
15. Sea Urchin’s for Coral Recovery:
Hale Kula’s Climate Stewards Program
Project Goals Continued:
Increased control of invasive algae on the reefs of
Kaneohe Bay
Continued participation of Hale Kula and addition of
schools in the Scholfield/Wheeler Complex and then to
other schools in Central Oahu and the Leeward Coast
School and community adoption of
project management after year five
to sustain climate stewardship
activities
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Image source: ryanphotographic.com
16. National Climate Stewards Project
• 140 educators in 40 States and DC
• Formal Educators - elementary through
university
• Informal educators - nature centers,
science centers and zoos.
• Climate Stewards Wiki
19. Additional Professional Development
Opportunities for other Teachers
Free Online Courses and
Education Conferences, Workshops,
Workshops
and Webinars From the American Meteorological
e.g. Climate Change Here and Now: Impacts
Society (AMS) and funded by NOAA,
on Pacific Islands, Coastlines, and Ocean
NASA, and the Navy - Space is available
NASA’s Aquarius: Ocean concepts in the
for the fall 2012 cohort
classroom Webinar Series
21. National Contacts
Peg Steffen peg.steffen@noaa.gov
NOAA’s National Ocean Service
Communications & Education Division
Bruce Moravchik bruce.moravchik@noaa.gov
NOAA’s National Ocean Service
Communications & Education Division
Hawaii Contacts
Richard Jones rmjones7@hawaii.edu
University of Hawaii – West Oahu
Education Division
Maggie Prevenas prevenas@hawaiiantel.net
Kalama Intermediate School, Maui
7th Grade Science
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22. NOAA Climate Stewards Impacts
Image source: mprevenas
"It is better to teach people in advance about the
environment, than to reverse the damage they do..."
6th grade student
Climate change is the defining environmental issue of our time, with overwhelming trends and pervasive impacts on society and the environment. The nation is already facing the impacts of climate change. NOAA plays a key role in understanding and predicting the magnitude of global change and must ensure that critical information is delivered to the public including our youngest citizens. 1 NOAA has a broad mandate to educate the public about ocean, coastal, Great Lakes, and atmospheric science and stewardship through the America COMPETES Act of 2007. As a science agency with an education mandate, NOAA is committed to work with education stakeholders to increase the environmental and climate literacy of the next generation and to support a sustainable, resilient and green economy for America’s future. Climate Stewards will support a comprehensive education program focused on the nation’s formal and informal educators and the formation of partnerships between NOAA and education organizations to develop a society that is environmentally knowledgeable and responsible. The capacity of America's educational system to create a 21st century workforce is crucial to economic competitiveness and national security. Climate Stewards provides a cohesive plan for local, state, and regional education partners to work with NOAA in actively responding to environmental challenges and to inspire our youth to pursue careers in science, technology and engineering and mathematics (STEM). It will provide educators and student’s opportunities to learn about the state of the science and career paths, develop core competencies, and meet scientists, engineers, and technicians that play critical roles in understanding and responding to climate change. 1 NOAA Annual Guidance Memorandum, May 10, 2009
The Climate Stewards Education Project (CSEP) provides opportunities for local, state, and regional education partners to work with NOAA in responding to environmental challenges and inspire our youth to pursue careers in science, technology, engineering, and mathematics (STEM). CSEP brings NOAA science and education efforts together in a cohesive plan to provide educational opportunities and rewards for environmental stewardship actions. Environmental stewardship actions include things like Climate Stewards educating themselves and others, as well as working within their communities to reduce their carbon footprints or develop plans to “go green.” The Essential Principles of Climate Literacy is one document used to communicate important information to program participants so they may know and understand about Earth’s climate, impacts of climate change, and approaches to adaptation or mitigation. The guide promotes greater climate literacy by providing an educational framework of principles and concepts. This contents of this document was developed, agreed to, and reviewed by multiple Federal Agencies and NGOS.
Our Program: Has a National reach - 140 educators located in 40 States and the District of Columbia Serves Formal/Informal Educators Participants teach elementary school through university. Informal educators are active in nature centers, science centers and zoos Provides Extensive Professional Development Opportunities. Uses Distance Learning Technology and Social Media Tools in Support of this Learning Community. Is engaged in a Formal Evaluation of Learning (Participants and their audiences)
Project Goals: Provide educators with sustained professional development, STEM and geography -based teaching and collaborative tools, digital content resources and compelling contextual-based teaching applications that align with national standards for targeted content areas. Multiple e-learning professional development tools, web-based seminars, conference symposia, online classes, and workshops will engage the participating educators to: Provide deeper content understanding and/or competence and confidence in teaching climate science. Strengthen the use of problem-based learning and the inquiry process with online scientifically up-to-date education and data resources, and support for designing and implementing a stewardship project Learn real world and practical applications and careers of climate science, technology, engineering, and mathematics, and geography from NOAA scientists, researchers, and engineers. Learn how to use technology tools and data Web sites to support classroom and field investigations. Use field-based, hands-on experiences at NOAA’s field sites and protected areas, or other local natural places. Provide ALL students of educators the opportunity to explore climate-related STEM and geography in a variety of engaging and interactive climate contexts through educator developed Stewardship Project plans that will accomplish one or more of the following: Infuse knowledge of climate science and related STEM careers into formal and informal educational venues. Develop a local community project involving students and/or the public in climate stewardship actions. Plan special events in their school, community, or organization to highlight climate stewardship and green action. Encourage use of problem-based learning and active investigations. Learn about and/or use local natural areas and special places. Highlight and promote STEM careers, and give students experience in career-related roles through their stewardship projects.
Climate Stewards Education Program – Leadership Team Members National Ocean Service – Administrative lead (http://oceanservice.noaa.gov/) Climate Office (http://www.cpo.noaa.gov/) National Weather Service (http://www.weather.gov/) National Marine Sanctuaries (http://sanctuaries.noaa.gov/) National Estuarine Research Reserves (http://estuaries.gov/) Coral Reef Conservation Program (http://coralreef.noaa.gov/) National Marine Fisheries Service (http://www.nmfs.noaa.gov/) NESDIS (http://www.nesdis.noaa.gov/)
NOAA Provides: Collaborative program leadership Access/training in the use of data resources, digital tools, innovative technology applications Wide array of professional development opportunities Access to NOAA scientists and education specialists Communications network Formal program evaluation
Kate Cobb Stewardship Project Elementary School Teacher in Prince Georges County My students planting, gardening, etc. The seeds were planted in the classrooms of all of the second grade classes (about 120 students), their growth was recorded and used for math applications. We also incorporated the Lorax and journaling. This week the students are taking their carbon footprint. My team and I have decided to use the Lorax by Dr. Seuss as the theme for our garden. There is a project called the Lorax Project that provides some resources for students and teachers to promote Environmental Education. We are going to focus our efforts towards reducing the carbon footprint of each of our students. There is an online quiz students and adults can take to see how they compare to the world and the rest of the school (I am below average!). Then we will figure out ways that we can reduce our carbon footprint and what that will mean for the climate.
Climate change is the defining environmental issue of our time, with overwhelming trends and pervasive impacts on society and the environment. The nation is already facing the impacts of climate change. NOAA plays a key role in understanding and predicting the magnitude of global change and must ensure that critical information is delivered to the public including our youngest citizens. 1 NOAA has a broad mandate to educate the public about ocean, coastal, Great Lakes, and atmospheric science and stewardship through the America COMPETES Act of 2007. As a science agency with an education mandate, NOAA is committed to work with education stakeholders to increase the environmental and climate literacy of the next generation and to support a sustainable, resilient and green economy for America’s future. Climate Stewards will support a comprehensive education program focused on the nation’s formal and informal educators and the formation of partnerships between NOAA and education organizations to develop a society that is environmentally knowledgeable and responsible. The capacity of America's educational system to create a 21st century workforce is crucial to economic competitiveness and national security. Climate Stewards provides a cohesive plan for local, state, and regional education partners to work with NOAA in actively responding to environmental challenges and to inspire our youth to pursue careers in science, technology and engineering and mathematics (STEM). It will provide educators and student’s opportunities to learn about the state of the science and career paths, develop core competencies, and meet scientists, engineers, and technicians that play critical roles in understanding and responding to climate change. 1 NOAA Annual Guidance Memorandum, May 10, 2009