The document introduces the Second Century Stewardship initiative, a collaboration between AAAS, Acadia National Park, and other organizations. It aims to advance conservation science, leverage park science for education, strengthen science communication, and inform stewardship policy. The initiative will begin with research fellowships and teacher programs centered around Acadia National Park, with the goal of creating models that can be applied nationwide. The initiative seeks to engage the public with science and address challenges like declining STEM education and threats to national parks.
This document provides an introduction to the Monarch Mission curriculum, which aims to empower students to improve habitat for monarch butterflies through place- and project-based learning experiences centered around creating Monarch Recovery Gardens at schools. It discusses the decline of monarch butterflies due to loss of their host plant, milkweed, and provides background on the National Wildlife Federation's efforts to involve schools and citizens in restoring monarch habitat. The curriculum is designed around Next Generation Science Standards and incorporates green STEM, interdisciplinary instruction, and citizen science projects to engage students in studying monarchs and taking conservation actions to help the species.
This document provides an introduction and curriculum for a high school energy and climate change program. It includes 9 lessons that teach students about topics like conducting energy audits, greenhouse gases, renewable energy sources, and developing an action plan. The goal is to strengthen students' understanding of energy and climate change concepts while also reducing the environmental footprint of their school. Case studies showcase how student projects have already led to meaningful changes at some schools that have implemented similar programs in the past.
Schoolyard Habitats: How to Guide - Part 3, Teaching with Schoolyard Habitats Sites
`
For more information, Please see websites below:
`
Organic Edible Schoolyards & Gardening with Children
http://scribd.com/doc/239851214
`
Double Food Production from your School Garden with Organic Tech
http://scribd.com/doc/239851079
`
Free School Gardening Art Posters
http://scribd.com/doc/239851159`
`
Companion Planting Increases Food Production from School Gardens
http://scribd.com/doc/239851159
`
Healthy Foods Dramatically Improves Student Academic Success
http://scribd.com/doc/239851348
`
City Chickens for your Organic School Garden
http://scribd.com/doc/239850440
`
Simple Square Foot Gardening for Schools - Teacher Guide
http://scribd.com/doc/239851110
Indeginous knowledge for responding cyclone and frequently flood on southern ...Md. Mozahidul Islam
油
Community peoples are coping with various disaster such as cyclone and frequently flood by own technology. Here we wanted to show some of those knowledge. Obviously, it's a short presentation.
This document summarizes activities and initiatives at Matthaei Botanical Gardens and Nichols Arboretum. It discusses how the gardens provide spaces for hands-on learning opportunities for students and faculty through activities like starting a beehive. It highlights recent collaborations with various University of Michigan departments and how the gardens support nature-based education beyond traditional classrooms. The director discusses fostering exploration and experimentation for students and faculty. Examples are provided of research projects and classes conducted at the gardens.
The document lists the top 10 universities in the world according to the 2015 Academic Ranking of World Universities (ARWU) published annually by Shanghai Jiao Tong University. Harvard University was ranked number one with a total score of 100, followed by Stanford University with a score of 73.3 and Massachusetts Institute of Technology at number three with a score of 70.4. The rankings are based on transparent methodology and third-party data.
This document discusses components of instructional planning for teaching science. It begins by explaining that instructional planning involves three steps: deciding what to teach, how to teach, and communicating goals and expectations to learners. Each step includes specific tasks. The document then focuses on the delivery of instruction, providing tips for teachers. These include deciding the delivery method, hooking students into the lesson, giving clear directions, questioning students and allowing wait time, being aware of pacing, variety and enthusiasm, and using formative assessments for evaluation and reflection. The key points are that instructional planning is important and involves deciding content, pedagogy and communicating goals, while effective delivery of instruction engages students, provides clear expectations, checks for understanding,
Schoolyard Habitats: How to Guide - Part 7, Appendix
`
For more information, Please see websites below:
`
Organic Edible Schoolyards & Gardening with Children
http://scribd.com/doc/239851214
`
Double Food Production from your School Garden with Organic Tech
http://scribd.com/doc/239851079
`
Free School Gardening Art Posters
http://scribd.com/doc/239851159`
`
Companion Planting Increases Food Production from School Gardens
http://scribd.com/doc/239851159
`
Healthy Foods Dramatically Improves Student Academic Success
http://scribd.com/doc/239851348
`
City Chickens for your Organic School Garden
http://scribd.com/doc/239850440
`
Simple Square Foot Gardening for Schools - Teacher Guide
http://scribd.com/doc/239851110
Radians School News Letter, Issue 14 science fair edition!! acastrodad
油
Radians School promotes student scientific research by having students conduct their own science projects. Some examples given include a student who won an award for his science project and is now studying at Cornell, another student who received an award for his freshman chemistry work at Purdue, and a student who presented his renewable energy project in Panama. The document discusses how science projects provide students with real-world learning experiences in areas like writing, research, presentation skills, time management, and communication. They also help students develop important skills like planning and inquiring about the world around them. Radians School encourages these projects through its various programs like its agricultural research program.
Science, often hailed as the pursuit of knowledge and understanding, stands as the bedrock of human progress and innovation. In this article, we delve into the multifaceted importance of studying science, highlighting its transformative role in shaping societies, driving technological advancements, and fostering critical thinking. As we unravel the significance, we'll also get to know the role of science assignment help services, offering a helping hand to students navigating the intricacies of scientific studies.
An overview of citizen science including the diversity of projects and people involved. Includes a nod towards the potential influence citizen scientists may have on policy matters .
The power of cs in education moraitopoulou elina republica 2017Elina MORAITOPOULOU
油
Rapidly advancing scientific research is among the main transforming actors of our societies today. Citizen Science can promote public awareness, encourage meaningful contribution to research projects and empower local and global communities. How can we rethink school education through the prism of Citizen Science? And how can we start from schools to re-establish the links between scientific research and society, while promoting awareness and collaboration?
link to oral presentation >>> https://www.youtube.com/watch?v=aN2Y-o3uM-c&t=264s
The Sciencebook Trust 'Eyes in the Sky' Event 2012Pauline Rutter
油
This document describes the Sciencebook Trust (TST), a nonprofit organization that aims to encourage understanding of STEM topics related to climate change, sustainability, and innovation among young people. It does this through an online book at www.sciencebook.org.uk and engaging activities. TST collaborates with individuals, organizations, and young people to inspire the next generation. It uses an intergenerational and cross-sector model of engagement and communication to benefit a wide, inclusive network. The document provides examples of past events and contributions from scientists, educators, and students to the online book. It outlines plans to expand content and reach more young people through various youth organizations.
A presentation to the Sustainability Across the Curriculum Workshop at Saint Mary's University, May 12, 2010
Prepared and Presented by: Dr. Cathy Conrad, Geography, Teaching Scholar 2010-2011
The document discusses Next Generation Science Standards (NGSS), which were published in 2013 to establish goals and expectations for K-12 science education in the United States. The NGSS were developed by several organizations to be internationally benchmarked and focus more on engineering, climate change, and three core dimensions. However, Texas has been reluctant to adopt the NGSS due to concerns about federal overreach and issues like the teaching of evolution and climate change. Supporters argue that adopting the NGSS could better prepare students for college and careers in an increasingly STEM-focused world.
This document discusses the role of informal learning environments like parks, museums, and historical sites in promoting science education. It provides examples of different types of informal learning contexts, including museums, science parks, planetariums, historical sites, nature programs, and music rooms. These settings provide opportunities for hands-on, interactive learning outside of the classroom and can spark student interest in science.
Essay On Conservation Of Natural Resources.pdfSarah Prabha
油
Writing an essay on the conservation of natural resources requires comprehensive research into environmental science, sustainability, and ecosystems. One must analyze data on current resource conditions, threats, and conservation efforts to understand the complex topic. Effectively communicating these complex ideas to a broad audience in an engaging way demands both analytical and creative skills. Tackling the challenges of such an essay is difficult but can meaningfully contribute to discussions on environmental protection.
Games and the Communication of Ecosystem Services to Non-Scientific AudiencesCrimsonpublishersMCDA
油
Scientific results should also be disseminated to non-scientific audience. Communication and knowledge exchange are, generally, not treated as priority for scientists possibly due to lack of time, interest or reward. There are funds such as Carlos Chagas Filho Foundation for Research Support in the State of Rio de Janeiro (FAPERJ) that require knowledge exchange to non-scientific audiences as a condition for project acceptance. We conducted an environmental education activity through an active learning method in a high school of Rio de Janeiro. The aim of the game was to explain activity concepts of environmental resources management, tragedy of commons, tipping point and reproduction rate. The game was focused on fisheries, but similar concepts are used in the management of other commons such as water, air, and increasingly soils. The activity and the results are presented in a short video.
Interpretive Skill Vision Paper_FINAL-4Lotte I. Lent
油
The document presents a vision for 21st century interpretive skills for National Park Service interpreters. It discusses trends affecting society like lifelong learning, globalization, and the digital era that present challenges and opportunities for interpretation. The vision calls for interpreters to have mastery in three key areas: audience advocacy, innovative leadership, and disciplinary and technical expertise. It recommends aligning training, recruitment and positions with the needs of developing interpreters with these 21st century competencies. The vision is meant to help the NPS better serve the public and foster lifelong learning.
This document discusses how informal learning environments like museums, parks, planetariums, and music rooms can foster science learning. It provides examples of different types of informal learning contexts, including museums that present scientific ideas through interactive exhibits, science parks that support collaboration between universities and industry, and planetariums that simulate celestial objects and motions. Historical sites and playgrounds that incorporate scientific concepts are also mentioned as places where informal science learning can occur.
Green Kids Media presents an interactive educational program called Green Kids that teaches children science concepts through adventures with animal characters. The program was created by Lynn Rogoff to motivate students to engage with science and sustainability issues. It uses game-based learning to bring science standards to life and allow students to virtually experience science worldwide. The program aims to expand through partnerships with educators, publishers, and corporations to develop classroom materials and research how children respond to interactive green education.
The document discusses open schooling, an approach to education that promotes partnerships between students, teachers, scientists, and local communities to enhance learning through real-life issues. It proposes that open schooling can empower students and increase their science capital by engaging them in fun participatory science projects and raising their awareness of socially relevant global issues. Various universities and researchers in Brazil plan to apply this approach through collaborative projects using tools like augmented reality, argumentation maps, podcasts and webinars to stimulate discussion between students and scientists.
The conceptual framework outlines the goals of the K-12 science curriculum in the Philippines which are to develop scientific literacy, prepare students to make informed decisions about science and technology, and produce productive members of society. The curriculum recognizes the importance of science in everyday life and promotes linking science and technology while preserving cultural uniqueness. It is designed around three domains of learning: understanding and applying scientific knowledge, performing scientific processes and skills, and developing scientific attitudes and values. These domains are facilitated using multi/interdisciplinary, science-technology-society, contextual, problem/issue-based, and inquiry-based approaches grounded in constructivist and social learning theories.
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This document discusses components of instructional planning for teaching science. It begins by explaining that instructional planning involves three steps: deciding what to teach, how to teach, and communicating goals and expectations to learners. Each step includes specific tasks. The document then focuses on the delivery of instruction, providing tips for teachers. These include deciding the delivery method, hooking students into the lesson, giving clear directions, questioning students and allowing wait time, being aware of pacing, variety and enthusiasm, and using formative assessments for evaluation and reflection. The key points are that instructional planning is important and involves deciding content, pedagogy and communicating goals, while effective delivery of instruction engages students, provides clear expectations, checks for understanding,
Schoolyard Habitats: How to Guide - Part 7, Appendix
`
For more information, Please see websites below:
`
Organic Edible Schoolyards & Gardening with Children
http://scribd.com/doc/239851214
`
Double Food Production from your School Garden with Organic Tech
http://scribd.com/doc/239851079
`
Free School Gardening Art Posters
http://scribd.com/doc/239851159`
`
Companion Planting Increases Food Production from School Gardens
http://scribd.com/doc/239851159
`
Healthy Foods Dramatically Improves Student Academic Success
http://scribd.com/doc/239851348
`
City Chickens for your Organic School Garden
http://scribd.com/doc/239850440
`
Simple Square Foot Gardening for Schools - Teacher Guide
http://scribd.com/doc/239851110
Radians School News Letter, Issue 14 science fair edition!! acastrodad
油
Radians School promotes student scientific research by having students conduct their own science projects. Some examples given include a student who won an award for his science project and is now studying at Cornell, another student who received an award for his freshman chemistry work at Purdue, and a student who presented his renewable energy project in Panama. The document discusses how science projects provide students with real-world learning experiences in areas like writing, research, presentation skills, time management, and communication. They also help students develop important skills like planning and inquiring about the world around them. Radians School encourages these projects through its various programs like its agricultural research program.
Science, often hailed as the pursuit of knowledge and understanding, stands as the bedrock of human progress and innovation. In this article, we delve into the multifaceted importance of studying science, highlighting its transformative role in shaping societies, driving technological advancements, and fostering critical thinking. As we unravel the significance, we'll also get to know the role of science assignment help services, offering a helping hand to students navigating the intricacies of scientific studies.
An overview of citizen science including the diversity of projects and people involved. Includes a nod towards the potential influence citizen scientists may have on policy matters .
The power of cs in education moraitopoulou elina republica 2017Elina MORAITOPOULOU
油
Rapidly advancing scientific research is among the main transforming actors of our societies today. Citizen Science can promote public awareness, encourage meaningful contribution to research projects and empower local and global communities. How can we rethink school education through the prism of Citizen Science? And how can we start from schools to re-establish the links between scientific research and society, while promoting awareness and collaboration?
link to oral presentation >>> https://www.youtube.com/watch?v=aN2Y-o3uM-c&t=264s
The Sciencebook Trust 'Eyes in the Sky' Event 2012Pauline Rutter
油
This document describes the Sciencebook Trust (TST), a nonprofit organization that aims to encourage understanding of STEM topics related to climate change, sustainability, and innovation among young people. It does this through an online book at www.sciencebook.org.uk and engaging activities. TST collaborates with individuals, organizations, and young people to inspire the next generation. It uses an intergenerational and cross-sector model of engagement and communication to benefit a wide, inclusive network. The document provides examples of past events and contributions from scientists, educators, and students to the online book. It outlines plans to expand content and reach more young people through various youth organizations.
A presentation to the Sustainability Across the Curriculum Workshop at Saint Mary's University, May 12, 2010
Prepared and Presented by: Dr. Cathy Conrad, Geography, Teaching Scholar 2010-2011
The document discusses Next Generation Science Standards (NGSS), which were published in 2013 to establish goals and expectations for K-12 science education in the United States. The NGSS were developed by several organizations to be internationally benchmarked and focus more on engineering, climate change, and three core dimensions. However, Texas has been reluctant to adopt the NGSS due to concerns about federal overreach and issues like the teaching of evolution and climate change. Supporters argue that adopting the NGSS could better prepare students for college and careers in an increasingly STEM-focused world.
This document discusses the role of informal learning environments like parks, museums, and historical sites in promoting science education. It provides examples of different types of informal learning contexts, including museums, science parks, planetariums, historical sites, nature programs, and music rooms. These settings provide opportunities for hands-on, interactive learning outside of the classroom and can spark student interest in science.
Essay On Conservation Of Natural Resources.pdfSarah Prabha
油
Writing an essay on the conservation of natural resources requires comprehensive research into environmental science, sustainability, and ecosystems. One must analyze data on current resource conditions, threats, and conservation efforts to understand the complex topic. Effectively communicating these complex ideas to a broad audience in an engaging way demands both analytical and creative skills. Tackling the challenges of such an essay is difficult but can meaningfully contribute to discussions on environmental protection.
Games and the Communication of Ecosystem Services to Non-Scientific AudiencesCrimsonpublishersMCDA
油
Scientific results should also be disseminated to non-scientific audience. Communication and knowledge exchange are, generally, not treated as priority for scientists possibly due to lack of time, interest or reward. There are funds such as Carlos Chagas Filho Foundation for Research Support in the State of Rio de Janeiro (FAPERJ) that require knowledge exchange to non-scientific audiences as a condition for project acceptance. We conducted an environmental education activity through an active learning method in a high school of Rio de Janeiro. The aim of the game was to explain activity concepts of environmental resources management, tragedy of commons, tipping point and reproduction rate. The game was focused on fisheries, but similar concepts are used in the management of other commons such as water, air, and increasingly soils. The activity and the results are presented in a short video.
Interpretive Skill Vision Paper_FINAL-4Lotte I. Lent
油
The document presents a vision for 21st century interpretive skills for National Park Service interpreters. It discusses trends affecting society like lifelong learning, globalization, and the digital era that present challenges and opportunities for interpretation. The vision calls for interpreters to have mastery in three key areas: audience advocacy, innovative leadership, and disciplinary and technical expertise. It recommends aligning training, recruitment and positions with the needs of developing interpreters with these 21st century competencies. The vision is meant to help the NPS better serve the public and foster lifelong learning.
This document discusses how informal learning environments like museums, parks, planetariums, and music rooms can foster science learning. It provides examples of different types of informal learning contexts, including museums that present scientific ideas through interactive exhibits, science parks that support collaboration between universities and industry, and planetariums that simulate celestial objects and motions. Historical sites and playgrounds that incorporate scientific concepts are also mentioned as places where informal science learning can occur.
Green Kids Media presents an interactive educational program called Green Kids that teaches children science concepts through adventures with animal characters. The program was created by Lynn Rogoff to motivate students to engage with science and sustainability issues. It uses game-based learning to bring science standards to life and allow students to virtually experience science worldwide. The program aims to expand through partnerships with educators, publishers, and corporations to develop classroom materials and research how children respond to interactive green education.
The document discusses open schooling, an approach to education that promotes partnerships between students, teachers, scientists, and local communities to enhance learning through real-life issues. It proposes that open schooling can empower students and increase their science capital by engaging them in fun participatory science projects and raising their awareness of socially relevant global issues. Various universities and researchers in Brazil plan to apply this approach through collaborative projects using tools like augmented reality, argumentation maps, podcasts and webinars to stimulate discussion between students and scientists.
The conceptual framework outlines the goals of the K-12 science curriculum in the Philippines which are to develop scientific literacy, prepare students to make informed decisions about science and technology, and produce productive members of society. The curriculum recognizes the importance of science in everyday life and promotes linking science and technology while preserving cultural uniqueness. It is designed around three domains of learning: understanding and applying scientific knowledge, performing scientific processes and skills, and developing scientific attitudes and values. These domains are facilitated using multi/interdisciplinary, science-technology-society, contextual, problem/issue-based, and inquiry-based approaches grounded in constructivist and social learning theories.
2. 100The number of years our National Park System and Service have been in existence
preserving and protecting resources for current and future generations.
300 millionAnnual visits each year to Americas national parksmore than attendance
at Major League Baseball, National Football League, National Basketball Association,
National Hockey League, and Major League Soccer games combined! The potential
to engage visitors to make science real and exciting is boundless.
350,000The number of teachers and students who use AAAS Science NetLinks each month
and will have access to Second Century Stewardship lesson plans and resources
inspired by our national parks
4Core strategies on which the success of Second Century Stewardship rests.
Advancing conservation science, leveraging park science to advance education,
advancing science communication, and convening thought leaders to enhance stewardship policy.
$10millionOur initial fundraising goal to ensure the success and sustainability of Second Century Stewardship.
Working together, we will meet this challenge!
3. 1 SECOND CENTURY STEWARDSHIP | Science for Americas National Parks
We have fallen heirs to the most glorious
heritage a people ever received, and each
one must do his part if we wish to show that
the nation is worthy of its good fortune.
Theodore Roosevelt
At the dawn of
the second century
for Americas
national parks,
we are called upon to take note of the state of our
parks, our humanity, our health, our planet, and our
societyto look in new places and in new ways
for the solutions to critical and pressing questions.
Today, the opportunity exists to more
powerfully engage science for the
benefit of the parks and society.
SECOND CENTURY STEWARDSHIP | Science for Americas National Parks 1
4. 2 SECOND CENTURY STEWARDSHIP | Science for Americas National Parks
Second Century
Stewardship
brings together world-class leadership in a first-of-its-
kind collaboration between the American Association
for the Advancement of Science (AAAS), Schoodic
Institute at Acadia National Park, National Park
Service, and other institutions, to:
Advance conservation science and inform steward-
ship of natural and cultural resources by expanding
scientific research programs in parks.
Leverage park science to enhance education in the
classroom and beyond.
Strengthen public understanding of the value of
parks for science and science for parks and
society through science communication.
Convene thought leaders and facilitate dialogue
about critical issues for our parks and our planet to
enhance stewardship policy.
Why now?
New knowledge is needed to respond to urgent
challenges that face our planet. Our parks are under
threat, suffering from the ravages of rapid environ-
mental changes, invasive species, landscape frag-
mentation, deferred maintenance, heavy use, and
other pressures. The issues that threaten our parks
also threaten our natural systems and our society
more broadly. Effective solutions must be based
in science.
Most kids today have never experienced a national
park, creating a gap between these national treasures
and the generation that will one day be called upon to
protect them.
At the same time, appreciation for and understanding
of science and math in this country are eroding
at an alarming pace. Among 27 industrialized nations,
American students lag behind, ranking 25th in math
and 17th in science. Indeed, studies show that
American students math and science skills decline
as they get older in comparison with students around
the world.
Second Century Stewardship will tackle these chal-
lenges in an unprecedented way, bringing together
four core strategies through a pilot effort in Acadia
National Park, expanding those strategies into a road
map for other parks across the country, and sharing
important lessons learned for the benefit of all.
5. 3 SECOND CENTURY STEWARDSHIP | Science for Americas National Parks
Four Core Strategies
Advancing Conservation Science
At a time of unprecedented changes in our environ-
ment, conservation science can answer questions
about how best to protect and preserve our fragile
world both within and beyond the confines of
the national parks. These are the answers that will
inform how we achieve a prolonged, healthy rela-
tionship between our human communities and the
environment.
Second Century Stewardship Research Fellowships
will recruit and attract talented young scientists to
parks. They will provide information to support stew-
ardship of park resources, focusing on parks tar-
geted research needs to inform park management
decisions, and advance science to improve conser-
vation efforts. During the pilot in Acadia National
Park, research topics might include:
Using modern DNA analysis techniques to gain a
more complete understanding of the diversity of
life within Acadia, helping park officials respond
effectively to environmental change.
Addressing priority research needs about urgent
threats to intertidal and seashore habitats.
Understanding forest health and responses to
disturbances from climate change and invasive
species.
Fellows research will inform resource management
across a broad landscape, and will be strategically
connected to Second Century Stewardship initia-
tives to enhance education, strengthen science
communication, and enhance stewardship policy.
Leveraging Park Science
to Enhance Education
A strong foundation in science, technology,
engineering, and math is important not only for
tomorrows researchers and engineers, but also for
everyone else. In a world where daily routines are
driven by technology and shaped by the innovative
application of science, engineering, and math, all
people should have at least a fundamental under-
standing of science as a process and way of thinking.
We must not fail to cultivate
the next generation of park
stewards if we are to sustain
their health and access for
our grandchildren, and
their children.
David E. Shaw
AAAS Board of Directors
Second Century Stewardship will actively recruit
K-12 science teachers as Ambassadors to join and
contribute to a professional learning community.
They will participate in the development of resources
to bring park-based science activities to students
outdoors and in the classroom. Educators will
take part in workshops and professional learning
opportunities, connect real-world research to
classroom instruction, and forge strong connections
with their peers nationally and statewide, as well as
with Research Fellows.
Standards-aligned lesson plans and resources will
be disseminated through AAAS Science NetLinks
(which offers science content to more than 350,000
teachers and students each month) and other
channels, reaching classrooms across the country
and around the world. Second Century Stewardship
education programs developed in Acadia will create
an exemplary approach for replication nationwide.
PHOTO:RHONDAWANSER
SECOND CENTURY STEWARDSHIP | Science for Americas National Parks 3
6. 4 SECOND CENTURY STEWARDSHIP | Science for Americas National Parks
What I love about
the Second Century
Stewardship is that
communication is an
essential ingredient...
What a great idea to
combine the beauty
of the park with the
beauty of science.
Alan Alda
Alan Alda Center for
Communicating Science
Advancing Science Communication
Around the globe, we are facing some of the greatest challenges in history
access to food and water, energy security, antibiotic resistance, and a
rapidly changing climate. Science and engineering will be critical to solving
these vexing problems as will recognition of the value and importance of
functioning natural systems.
Yet the nations commitment to science research and education is not keep-
ing pace with the demand for science-based solutions. Unless we can make
our case for science, the United States could lose its power of innovation,
and our legacy of success.
At a time like this, science literacy and appreciation are critical. Second
Century Stewardship will strengthen and broaden public understanding
of the value of science, enhancing public appreciation for the scientific
process and its vital role in informing management and stewardship of the
parks they love. Through direct engagement, they will also learn the incred-
ible value of parks as natural laboratories.
One key element to making this dialogue effective is empowering our
scientists to share their knowledge and passion for science with park
managers, park interpreters, educators, and the public. Second Century
Stewardship will give researchers the skills, tools, and assistance they need
to engage confidently and effectively with the media and public audiences.
Research Fellows will take audiences with them on their journey of explora-
tion, so that the public experiences their sense of wonder and discovery and
sees our national parks as far more than just outdoor playgrounds.
Convening Leaders to
Enhance Stewardship Policy
Second Century Stewardships work in the parks is a critical starting point
to advance conservation science, develop new models and materials to
engage students in STEM learning, and get audiences young and old
excited about science and the role they can play in protecting our parks
and our planet.
Building on the strengths of the partners, Second Century Stewardship
will convene leading thinkers within and beyond the park setting to pursue
solutions for critical issues for our parks and our society, nationally and
globally, to foster strong stewardship policy. Briefings for legislators
on Capitol Hill in Washington, D.C., will bring learning from the work of
Research Fellows, and insights from education and public engagement
programs, to policymakers.
7. 5 SECOND CENTURY STEWARDSHIP | Science for Americas National Parks SECOND CENTURY STEWARDSHIP | Science for Americas National Parks 5
What Success Looks Like
Although there will be myriad measurable
impacts across each of the four core strategies, success
of the program will be measured in targeted ways, including:
The number and quality of Research Fellowships
producing meaningful science.
The impact of programs on formal education the number of students
and teachers engaged through Second Century Stewardship.
New audiences and number of people reached through comprehensive
communication and outreach efforts.
The impact of research on park stewardship and conservation policy.
PHOTO: RHONDA WANSER
PHOTO: RHONDA WANSER
8. 6 SECOND CENTURY STEWARDSHIP | Science for Americas National Parks
This new effort begins at Acadia National Park and
will grow to include national parks across the coun-
try, advancing science and engaging with audiences
of all ages not just those who visit national parks,
but all Americans, each of whom has a stake in pro-
tecting and preserving our nations wild places and
maintaining the vital health of our air, soil, and water.
The American Association for the Advancement
of Science (AAAS), founded in 1848, is the worlds
largest multidisciplinary science society and pub-
lisher of the journal Science. The nonprofit fulfills
its mission to advance science, engineering, and
innovation throughout the world for the benefit of
all people through initiatives to promote communica-
tion and education among scientists, engineers, and
the public; spark curiosity about the world and how
it works; and advance dialogue in Washington, D.C.,
and beyond about the importance and relevance of
science and innovation. Widely recognized as the
most trusted voice for science, AAAS is well-
positioned to make a broad and lasting impact as
the national coordinator of the Second Century
Stewardship program.
Acadia National Park in Maine serves as the proj-
ect pilot park. It is one of the nations most visited
parks within the U.S. National Park Service (NPS),
which preserves unimpaired the natural and cultural
resources of the park system for the enjoyment,
education, and inspiration of this and future genera-
tions. Acadia National Park was founded with explicit
recognition of its importance and interest for science
when it was first dedicated as a national monument
by President Woodrow Wilson in 1916. Park leader-
ship has shown a strong commitment to applying
current research to its resource and visitor
Strong Partners in Science
Strong Partners
in Science
American Association for
the Advancement of Science
National Park Service
U.S. Department of the Interior
PHOTO:DAVIDSHAW
PHOTO:DAVIDSHAW
9. 7 SECOND CENTURY STEWARDSHIP | Science for Americas National Parks
management decisions in a way that enhances the
protection of those resources and assures the quality
of visitor experiences. Park resource managers and
educators play a critical role in assuring that science
and science communications partnerships and pro-
grams are developed and implemented in ways that
assure sustainability and relevance to the public.
Schoodic Institute at Acadia National Park油is a non-
profit partner to the NPS that is dedicated to advanc-
ing ecosystem science and learning for all ages. Based
within Acadia National Park, where it manages the
Schoodic Education and Research Center campus,
the Institute intertwines education with research, sup-
ports priority science, provides professional learning
opportunities, and builds understanding and appreci-
ation for the complexity of the natural world. Research
led and facilitated by Schoodic Institute is address-
ing questions that are important to stewardship of
Acadia National Park and to our society including
understanding and responding to challenges such
as climate change and ocean acidification. Through
innovative programs and partnerships, the Institute
is a national and community catalyst and center for
connecting research and learning, and an emerging
leader in the field of citizen science.
Power in Collaboration
Separately, these organizations have long histories
of making a difference. The partners strengths make
Maine and Acadia National Park the ideal place to pilot
a park-based science, education, and communication
effort that will simultaneously uncover solutions to
research questions in Acadia National Park, engage
and inspire Maine students, build capacity among and
provide important resources for Maines educators
and produce a model for growth to achieve enduring
national impact.
Reaching Our Goal
On June 25, 2016, David Shaw, AAAS board member
and Fellow, and a trustee of the National Park
Foundation, announced a $1 million gift to set in
motion a vision of the next centurys legacy for
Americas national parks Second Century
Stewardship. To fully realize this vision and a
comprehensive national science in the parks effort,
we need our philanthropic community to join us.
The partner organizations, leaders, and donors
involved with Second Century Stewardship have set
an aggressive initial goal of raising $10 million. To
achieve it, we must harness our collective resources
and engage as many like-minded philanthropic part-
ners as possible. We hope you will consider joining us
in this remarkable endeavor.
For more information about Second Century
Stewardship or to join our effort, please contact the
AAAS Office of Philanthropy and Strategic
Partnerships at 202-326-6636 or email Juli Staiano,
chief philanthropy officer, at jstaiano@aaas.org. You
can find us on the web at www.SCSparkscience.org or
follow us on Twitter at @SCSParkScience.
Future generations will benefit from
this historic collaboration.
John Nau
Vice Chair, National Park Foundation
PHOTO:
KRISTIRUGG,NPS
SECOND CENTURY STEWARDSHIP | Science for Americas National Parks 7