PLT Southeastern Forests and Climate Change (NCDPI)
1. Climate Change and Southern Forests
The PLT & PINEMAP Partnership
Renee Strnad
NC PLT State Coordinator
NC State University
2. Project Learning Tree
• A program of the American
Forest Foundation, a nonprofit
organization that works for:
– Healthy forests
– Quality environmental education
– Informed decision-making about our communities
and our world
3. Project Learning Tree
• In North Carolina, PLT is sponsored by:
– NC Cooperative Extension
– NC Forestry Association
– NC Forest Service
4. A Comprehensive EE Program
– High quality, PreK-12 EE
curriculum materials
– Diverse, international
network of partners
– Implementation via a
successful delivery system of
professional development
Project Learning Tree
5. PLT’s Mission
PLT uses the forest as a “window on the world” to:
– Increase students understanding of our complex
environment
– Stimulate critical and
creative thinking
– Develop the ability to
make informed decisions
on environmental issues
– Instill the confidence
and commitment to take
responsible action
6. Project Learning Tree History
• Early 1970’s: Partnership between education, resource
agencies, and businesses
– started Project Learning Tree to teach young people about the
environment
• 1976: PLT materials first implemented in 13 western states
– PreK-6 and 7-12 Environmental Education Guides
• 1990: PLT materials revamped into PreK-8 and Secondary
Modules
• 2006: Major revisions to the PLT PreK-8 Guide and
continued development of Secondary Modules
• PLT was so effective it inspired other EE programs based
on the PLT model
– Project WILD in 1983
– Project WET in 1992
8. PLT Curriculum
• PLT for PreK-8
– Environmental Experiences for Early Childhood
– PreK-8 Environmental Education Activity Guide
– Energy and Society
• 5 GreenSchools! Investigations
• PLT for Secondary
– 5 printed modules
– 2 online modules
9. PreK-8 Environmental Education
Activity Guide
Features:
– Reading Connections
– Technology Connections
– Differentiated Instruction
– New Design
Aligned to National and State Standards
Classroom Friendly
– 96 hands-on, interdisciplinary activities
– Indoor and outdoor activities
10. PLT GreenSchools! Investigations
• School Site
• Energy
• Waste & Recycling
• Water
• Environmental Quality
All available online:
www.plt.org/greenschools
11. Secondary Modules
(Grades 9-12)
• Focus on Forests
• Forests of the World
• Places We Live
• Municipal Solid Waste
• Focus on Risk
• Biotechnology (Online)
• Biodiversity (Online)
12. Introducing….
• Southeastern Forests and Climate Change
– A unique PLT Secondary Module developed as
part of the PINEMAP (Pine Integrated Network:
Education, Mitigation, and Adaptation Project)
13. PINEMAP
• Combines Research, Extension, and Education
11 Universities
8 Research Co-ops
SE Climate
Consortium
Southern Regional
Ext. Forestry
USFS
Many others….
14. PINEMAP
• PINEMAP integrates research, extension, and
education to:
– Enable landowners to manage forests to increase
carbon sequestration
– Increase efficiency of nitrogen and other fertilizer
inputs
– Adapt forest management approaches to increase
forest resilience and sustainability under variable
climates
15. PINEMAP: Why the Southeast?
• Southeastern forests provide critical economic
and ecological services to U.S. citizens.
– 1/3 of the contiguous U.S. forest carbon
– 5.5% of the jobs, and 7.5% of the industrial economic
activity of the region
– backbone of an industry that supplies 16% of global
industrial wood
• Focus on loblolly pine (Pinus taeda) which
accounts for 80% of the planted forests in the
region
16. Why SE Forests & Climate Change?
• Climate change has been identified as the
single biggest challenge that faces society
today, but not everyone agrees
• The potential impacts of climate change on
southeastern forests could be significant
• Climate change is more meaningful to
students when examples of impacts are local
and they are empowered to participate in
creating solutions
17. PINEMAP & PLT
• PINEMAP is designed to promote scientist and
citizen understanding of future risks to pine
forests and opportunities to address them
– Important educational outreach component
– Activities echo dimensions of PINEMAP research
– Intensive curriculum writing/pilot testing led by a
team from the University of Florida
18. SEFCC Curriculum
• The activities draw on a variety of learning
theories and teaching strategies to help
educators actively engage students in learning
about a controversial, social, and scientific issue.
• The process of addressing climate change will not
lead to a single best answer, but requires that
people use skills of systems thinking, critical
thinking, and group process as they work
together towards solutions
19.
20. SEFCC Curriculum
• This module can assist you in helping students
understand the following:
– Why a variety of perspectives of climate change exist
– How to build consensus with people who represent a
variety of perspectives
– How to explore underlying beliefs and address missing
information
– How to respect differences of opinion
– How to find common ground of agreement
– The scientific evidence for climate change
21. SEFCC Curriculum
• Potential impacts of climate
change on ecosystems
• The limitations and purpose
of climate models &
projections
• The nature of science
• How data are analyzed
& used for inferences
• Why policy recommendations
can be sources of controversy
• Where to find accurate answers to questions about
climate change
Notes de l'éditeur
We provide activities that help students gain scientific literacy, understand the nature of science, and apply this to climate change scenarios (Zilder et al., 2005). Our partnership with researchers enabled us to design activities that use datasets and models that duplicate the ongoing work to understand climate change and forest management options.
Many of the activities follow a problem-based learning approach with small group exercises designed to elicit skills in collaboration and higher order thinking (Barrows & Kelson, 1995). Each activity is designed to guide learners through an experience and reflection cycle where they process, generalize, and apply the key concepts (Kolb, 1984).
We provide activities that help students gain scientific literacy, understand the nature of science, and apply this to climate change scenarios (Zilder et al., 2005). Our partnership with researchers enabled us to design activities that use datasets and models that duplicate the ongoing work to understand climate change and forest management options.
Many of the activities follow a problem-based learning approach with small group exercises designed to elicit skills in collaboration and higher order thinking (Barrows & Kelson, 1995). Each activity is designed to guide learners through an experience and reflection cycle where they process, generalize, and apply the key concepts (Kolb, 1984).
We provide activities that help students gain scientific literacy, understand the nature of science, and apply this to climate change scenarios (Zilder et al., 2005). Our partnership with researchers enabled us to design activities that use datasets and models that duplicate the ongoing work to understand climate change and forest management options.
Many of the activities follow a problem-based learning approach with small group exercises designed to elicit skills in collaboration and higher order thinking (Barrows & Kelson, 1995). Each activity is designed to guide learners through an experience and reflection cycle where they process, generalize, and apply the key concepts (Kolb, 1984).