This document summarizes a project called PEEL (People for Energy and Environmental Literacy) that was conducted with Grade 4 students at Westmount Charter School in Calgary. Through presentations from energy experts, hands-on activities, and a school energy audit, the students learned about sustainability challenges and took action to reduce energy waste. They encouraged changes at school and home. The project aims to give students an understanding of complex energy topics so they can contribute to important discussions as future leaders.
From ‘Citizen to Civic Science’ – Linking Our Activities to Quality Education...ESD UNU-IAS
From ‘Citizen to Civic Science’ – Linking Our Activities to Quality Education for All. How We Are Developing ‘SDG 4.7’ Across Sectors and Phases
Margaret Fleming, RCE East Midlands
Europe Regional RCE Meeting 2018
28-31 August, 2018, Vannes, France
From ‘Citizen to Civic Science’ – Linking Our Activities to Quality Education...ESD UNU-IAS
From ‘Citizen to Civic Science’ – Linking Our Activities to Quality Education for All. How We Are Developing ‘SDG 4.7’ Across Sectors and Phases
Margaret Fleming, RCE East Midlands
Europe Regional RCE Meeting 2018
28-31 August, 2018, Vannes, France
This presentation was delivered to the NH Board of Education to inform them of the plans and progress of the NH Environmental Literacy Plan working group. The goal of the Group is to develop the NH Environmental Literacy Plan.
Yan Zhu_Dissertation PPT_An Assessment of Environmental Literacy in ChinaYan Zhu
Yan Zhu recently completed her dissertation research under the guidance of Dr. Tom Marcinkowski at Florida Institute of Technology. As the first broad assessment of environmental literacy among undergraduate students at two national universities in China, she developed and validated the Undergraduate Students Environmental Literacy Instrument (USELI) based on reviews of environmental literacy frameworks and previous assessments outside China, prior work on the NEP scale by Dunlap et al. (2000), results of pilot studies, reliability and factor analyses, and a validity panel review. The USELI can be used in future assessments of EL within Chinese populations, and this will allow comparisons across studies of this kind. Furthermore, findings from this study and from future studies can provide a research base for developing an EL framework in accordance with political, socio-economic, and ecological conditions in China. Subsequent studies for replicating and extending this research are planned in the future with the goal of conducting a national environmental literacy assessment among various populations in China (e.g., K−12 students, university students, teachers, and other adult populations). Improvements also are planned to develop age-appropriate instruments with a wider range of EL variables in future assessments of Chinese citizens.
Environmental Literacy - For Terry McAuliffeMary Van Dyke
On Earth Day 2015, Governor Terry McAuliffe launched an Environmental Literacy Challenge to the Virginia community. Here are notes to the Governor by Mary Van Dyke in words and images.
Toward a Climate Literate, Energy Aware, Science Savvy SocietyClaus Berg
The Essential Principles of Climate Science Literacy. Presentation given at the ICE2009 (Inspiring Climate Education) Conference in Copenhagen, Oct. 2009. By Mark S. McCaffrey, Associate Scientist III,
The Cooperative Institute for Research in Environmental Sciences (CIRES),
University of Colorado at Boulder, USA.
Uploaded by Claus Berg by permission from Mark S. McCaffrey.
This presentation is made by the students of Prep-School Aitchison College, Lahore. It covers the History and Environmental issues of the city of Lahore, Pakistan.
This workshop will explore what the environmental literacy plan and why it is important to have it. We will discuss how it will be implemented as well as topics as student and teacher environmental literacy competencies. This is an opportunity for you to help guide us in planning the implementation of the plan. We will also talk about connections to Common Core and the Next Generation of Science Standards.
Presentation for New Hampshire Science Teachers Association Spring Conference, 2013
A green energy awareness campaign is an effort to educate and inform people about renewable energy sources and reducing their carbon footprint. Steps to start a campaign include identifying a target audience, developing a clear message, utilizing different communication channels, organizing events, collaborating with stakeholders, and measuring the impact. The goal of the campaign is to encourage people to adopt sustainable practices and create a more sustainable future.
This presentation was delivered to the NH Board of Education to inform them of the plans and progress of the NH Environmental Literacy Plan working group. The goal of the Group is to develop the NH Environmental Literacy Plan.
Yan Zhu_Dissertation PPT_An Assessment of Environmental Literacy in ChinaYan Zhu
Yan Zhu recently completed her dissertation research under the guidance of Dr. Tom Marcinkowski at Florida Institute of Technology. As the first broad assessment of environmental literacy among undergraduate students at two national universities in China, she developed and validated the Undergraduate Students Environmental Literacy Instrument (USELI) based on reviews of environmental literacy frameworks and previous assessments outside China, prior work on the NEP scale by Dunlap et al. (2000), results of pilot studies, reliability and factor analyses, and a validity panel review. The USELI can be used in future assessments of EL within Chinese populations, and this will allow comparisons across studies of this kind. Furthermore, findings from this study and from future studies can provide a research base for developing an EL framework in accordance with political, socio-economic, and ecological conditions in China. Subsequent studies for replicating and extending this research are planned in the future with the goal of conducting a national environmental literacy assessment among various populations in China (e.g., K−12 students, university students, teachers, and other adult populations). Improvements also are planned to develop age-appropriate instruments with a wider range of EL variables in future assessments of Chinese citizens.
Environmental Literacy - For Terry McAuliffeMary Van Dyke
On Earth Day 2015, Governor Terry McAuliffe launched an Environmental Literacy Challenge to the Virginia community. Here are notes to the Governor by Mary Van Dyke in words and images.
Toward a Climate Literate, Energy Aware, Science Savvy SocietyClaus Berg
The Essential Principles of Climate Science Literacy. Presentation given at the ICE2009 (Inspiring Climate Education) Conference in Copenhagen, Oct. 2009. By Mark S. McCaffrey, Associate Scientist III,
The Cooperative Institute for Research in Environmental Sciences (CIRES),
University of Colorado at Boulder, USA.
Uploaded by Claus Berg by permission from Mark S. McCaffrey.
This presentation is made by the students of Prep-School Aitchison College, Lahore. It covers the History and Environmental issues of the city of Lahore, Pakistan.
This workshop will explore what the environmental literacy plan and why it is important to have it. We will discuss how it will be implemented as well as topics as student and teacher environmental literacy competencies. This is an opportunity for you to help guide us in planning the implementation of the plan. We will also talk about connections to Common Core and the Next Generation of Science Standards.
Presentation for New Hampshire Science Teachers Association Spring Conference, 2013
A green energy awareness campaign is an effort to educate and inform people about renewable energy sources and reducing their carbon footprint. Steps to start a campaign include identifying a target audience, developing a clear message, utilizing different communication channels, organizing events, collaborating with stakeholders, and measuring the impact. The goal of the campaign is to encourage people to adopt sustainable practices and create a more sustainable future.
Sustainable Energy Principles & Practice is an initiative using Auroville and its outstanding experience in human unity & sustainable living as a platform for the learning and personal growth of students from around the world. A learning-in-action program, it connects core human values with system thinking and hands-on work experience by introducing participants to local and global energy issues policies and exposing them to potential energy conservation and efficiency interventions.
372017 Opposing Viewpoints in Context Print18Green.docxtamicawaysmith
3/7/2017 Opposing Viewpoints in Context Print
1/8
Greening the campus: contemporary student
environmental activism
Radical Teacher, Spring 2007
From Opposing Viewpoints in Context
In November 1992, the Union of Concerned Scientists (UCS) issued a report entitled "World Scientists'
Warning to Humanity." Written by UCS Chair Henry Kendall and signed by 1,700 of the world's leading
scientists, including the majority of Nobel laureates in the sciences, the report's admonition was conveyed in
the strongest terms:
Human beings and the natural
world are on a collision course.
Human activities inflict harsh and
often irreversible damage on the
environment and on critical
resources. If not checked, many of
our current practices put at serious
risk the future that we wish for
human society and the plant and
animal kingdoms, and may so alter
the living world that it will be unable
to sustain life in the manner that we
know. Fundamental changes are
urgent if we are to avoid the collision
our present course will bring about. (1)
As Ross Gelbspan has documented, warnings issued by the UCS and similar groups were met with a well
funded and orchestrated corporate campaign of fake science, scaremongering, and political smearing that
effectively killed off efforts to address human beings' collision course with the planet's natural limits. (2) Nine
years after the UCS issued its stark alarm, the Intergovernmental Panel on Climate Change (IPCC)
unequivocally confirmed UCS claims concerning the unsustainability of contemporary industrial civilization's
growing levels of greenhouse gas emissions. Carbon emissions have continued to rise notwithstanding both
the IPCC's report and the "World Scientists' Warning." The world, and, in particular, wealthy industrialized
nations such as the United States, must reverse course dramatically if cataclysmic environmental collapse
is to be avoided. Measures such as the Kyoto Protocol (1997), which essentially seek to cap emissions at
unsustainable levels, fail to address the coming crisis adequately. Indeed, recent estimates conclude that
developed countries will have to cut their emissions by at least 70 percent over the next thirty years if
temperatures are to be kept from rising above the danger point of two degrees centigrade in excess of pre
industrial levels. (3) This is clearly a massive task, one that will require a dramatic reorientation of both the
material and ideological underpinnings of developed and industrializing countries.
As those responsible for training the scientists, entrepreneurs, and opinionmakers of tomorrow, educators
in general and institutions of higher learning in particular have a critical role to play in this race to save the
planet for habitation by human beings and other species. Despite its important role as our society's primary
site of credentialization and putative moral pillar of our culture, academia has been disappoint ...
The Power of Youth – Tapuwa Dangarembizi’s Role in Shaping the Future of Ener...Tapuwa Dangarembizi
In this ever-expanding world, where the profound worry of climate change casts its daunting shadow on our heads, the essential importance of the young population in accelerating transformation progress accepts enormous proportions. This is because the younger generation is more likely to be affected by the effects of climate change.
Amy Cameron - the Solar Schools Campaign Manager for 10:10 - providing a talk on how crowdfunding for solar panels on the roof can change behaviour on the ground at schools.
Find out more: http://www.solarschools.org.uk/
UN Global Compact Renewable Energy Project PresentationMichelle Stinson
As a project for EVPP 480: Sustainability in Action, a group of 3 Mason undergraduate students created a survey to determine student understanding of energy usage impacts while attempting to increase education & awareness of renewable energy. A petition was also distributed to collect tangible evidence of student support for more renewable energy projects on George Mason, Fairfax campus.
1 Instructions for Spring 2014 Freshman Composition .docxmercysuttle
1
Instructions for Spring 2014 Freshman Composition Final
Examination Readings
Place your name on this packet of readings you download from the Writing Program website.
You will return them to your instructor after you have finished writing the final essay
examination.
No class time will be allotted for discussion of the readings, but you may, if you wish, discuss
them outside of class with your classmates or other students enrolled in your freshman
composition class.
Bring this packet with you to the final exam. You will use information from these sources to
support your thesis. You may underline, highlight, and annotate the readings.
You may also bring a dictionary and your Little Seagull Handbook. However, you may not bring
thesis statements, outlines, prewriting, or drafts in any form to exam.
If you use MLA documentation style to credit your sources, bring the pre-printed Works Cited
page you downloaded with your reading packet and, when you have finished writing, place the
page in the Blue Book in which you have written your final draft.
If you use APA documentation style to credit your sources, bring the pre-printed References
page you downloaded with your reading packet and, when you have finished writing, place the
page in the Blue Book in which you have written your final draft.
For Writing Program essays, MLA or APA are the only two acceptable documentation styles.
For the final essay exam, you will need two large-sized Blue Books. These are available at the
bookstore. (If you have large handwriting, you may need a third Blue Book.) On the front cover
of each book, write your name, your WRC course and section number, the date of your final, and
your professor’s name. Turn in both Blue Books to your professor before the final. You may use
only Blue Books in which to write the final. On the day of the final, your professor will return
the Blue Books to you so you can use them for the final essay. At the final, use one book for
your prewriting and the other for your final draft. You will turn in both at the end of the final,
along with the prompt.
2
Sustainability is about more than recycling at top colleges
By Monika Joshi
One Indiana school is not only drilling its students on academics, but it's also drilling holes in its campus to tap geothermal
energy. A Vermont college is into burning wood chips as a way to save money.
What they share is a passion for environmental sustainability — operating in a way that uses renewable fuels and tries to
save money in the process. Interest in sustainability is particularly strong on college campuses.
Princeton Review, in partnership with the U.S. Green Building Council, is out this week with its 2012 Guide to 322 Green
Colleges and finds in a separate survey that 68% of more than 7,000 college applicants told them that a college's commitment to the
environment would play a role in their decision to apply to or attend that ...
1. 82 | PEG FALL 2015
GOOD WORKS
The Energy of Children
With the help of APEGA professionals, a project at a Calgary charter school is
helping build a more sustainable tomorrow. Students learn about the social,
economic, and environmental challenges in energy choices — and they’re
already changing their school and neighbourhood. Just imagine what they
will accomplish as adults
BY CORINNE LUTTER
Member & Internal Communications Coordinator
It’s not every
day that Grade 4
students get to
talk to a provincial
cabinet minister
about weighty topics
like energy policy and
climate change. But that’s what happened
earlier this year when a minister dropped
by to chat with a group of nine- and
10-year-olds at Westmount Charter School
in northwest Calgary.
“There were some pretty hard-hitting
questions aimed at him, too,” recalls
Christine Avey, a teacher at the school for
gifted children.
The cabinet member was one of
17 energy experts from 24 industry and
government organizations who visited
Westmount last school year to help students
better understand the complexities and
challenges of energy sustainability. It was
all part of a novel project, People for Energy
and Environmental Literacy (PEEL), which
gives students a broad perspective on
the social, economic, and environmental
ramifications of society’s energy choices.
Professional Engineers and Profes-
sional Geoscientists were represented in
the presenter lineup, among them parent
volunteer Paula McGarrigle, P.Eng. Her
daughter, Ailish Olien, was one of the chil-
dren in Ms. Avey’s class.
Together, Ms. McGarrigle and Ms.
Avey came up with the concept for PEEL.
Their focus was sustainability — but their
lesson plan went well beyond the basic
reduce, reuse, and recycle model often
taught in elementary schools. Besides
teaching students about the impacts of
climate change and the role of government
in setting energy policy, presenters helped
students explore topics like renewable and
conventional energy, water and energy
conservation, and sustainable design.
Hands-on activities taught them how to read
their home utility bills, how to figure out
their carbon footprints, how carbon capture
and storage technology works, and more.
From knowledge came action, with
students making positive environmental
changes at their school, in their homes, and
in the community.
“Energy and sustainability are complex
topics, but they represent critical challenges
for this generation,” says Ms. McGarrigle,
a renewable energy consultant with Solas
Energy. “It’s important to have that dialogue
with students, so that they’re literate and
fluent in the language and can be part of the
conversation. Climate change is probably
the single largest issue that they will have
to combat in their lifetimes.”
Working with the students over several
months, she was overwhelmed by their
interest and passion. “I know that for a lot
of adults, this stuff is really boring or too
complicated, and they tune out. But the kids
were just absorbing everything,” says Ms.
McGarrigle.
Ms. Avey agrees. “There were times
you could hear a pin drop, the kids were
so enthralled by the presentations.” That’s
in a room of about 40 students from two
Grade 4 classes at Westmount. Students
from teacher Cayley Webber's class also
took part.
Many of the students were intrigued to
learn about renewable energy technology
like solar panels and wind turbines. “I’m
excited, because there are businesses and
companies that do use clean and renewable
energy,” says one of them, Arianna Hu. “It
just needs to be built on, to make a better
community, a world full of clean energy. It
makes me think that anything is possible in
this modern world, and we can use that to
save the environment.”
Adds classmate Ben Gibson: “I think
people should have hope, because there is
remarkable technology that can make an
advance in the future and help us change
the current reality of energy usage in
Alberta.”
a
2. FALL 2015 PEG | 83
GOOD WORKS
CATCH SOME RAYS —
CATCH SOME RAIN
Tim Weis, P.Eng., PhD, formerly with
the Canadian Wind Energy Association,
visited Westmount to help students better
understand wind turbine technology. He
taught them about the components of wind
turbines, explained how they’re built and
why they’re so big, and talked about the
benefits and challenges of wind power.
Students also got to assemble a model
turbine and take it outside, seeing firsthand
how wind creates power.
“I wanted to let the students know that
there will be real job options for them in re-
newable energy when they’re grown up and
Mr. Kelly’s presentation covered
Alberta’s microgeneration policy and
how the solar export market works. The
entrepreneur also let students know that
the solar radiation falling on the province
is actually Alberta’s largest known energy
reserve. “I wanted them to learn that it’s
possible in Alberta for solar to be part of
the energy mix — to help them think about
where their energy comes from, and think
about ways they can reduce their energy
use.”
Other presenters explained geothermal
energy and hydropower to the students —
expected topics in any conversation about
energy and sustainability. Less discussed,
perhaps, is what Dean Jones, P.Geoph., had
to say.
Mr. Jones, Principal Investigator,
Architectural Ecology, with SAIT
Polytechnic’s Green Building Technology
Access Centre, spoke about rainwater
collection systems. He had students build
their own rainwater harvesting systems
for miniature model homes, using straws,
plastic cups of various sizes, and other
small parts. “Then we came around with
jugs of water, acting as the thunderstorms,
and poured water on the tops of their
houses to see how much water they could
collect in their systems,” says Mr. Jones.
He also taught them about green roofs
and other ecological ways to bring nature
back into built environments. “It was a
great opportunity to connect with children
— our future. It's great to expose them to
progressive topics, which they may end up
applying in their lives.”
CREATE A PLAN, DEFEND A PLAN
As part of the climate change lessons
taught by Ms. McGarrigle, students played
the Stabilization Wedges Game — modified
for Alberta and a Grade 4 context. The
game is a product of the Carbon Mitigation
Initiative of Princeton University. Working in
groups, students were tasked with creating
and defending 35-year climate change
action plans. They were given 13 options
for reducing greenhouse gas emissions but
could choose only six per plan.
“The kids had to explain why
they choose their strategies and how
that there is a lot of hope in clean energy,
to counterbalance some of the negative
things we hear about in the news or even at
school, particularly about fossil fuels,” says
Dr. Weis.
Dave Kelly, P.Eng., the CEO of Skyfire
Energy CEO, brought solar panels to the
school so students could see how they
work. He started off his presentation by
asking students what electricity is — and
was impressed by the answers,
“One kid put up his hand and started
talking about nucleus and valence electrons,”
he says with a laugh. “It was rewarding
to see the enthusiasm, intelligence, and
thoughtfulness of this Grade 4 class.”
FUTURE ENERGY
A tour of TransAlta’s Summerview Wind Farm near Pincher Creek in southern Alberta gives this student
of Westmount Charter School — and others — a face-to-turbine experience. Students got to go inside a
turbine to see how it tracks the wind and learn about how much energy it produces.
-photo by Cayley Webber
3. 84 | PEG FALL 2015
GOOD WORKS
stakeholders would respond to the policies and plans they put
together,” says Ms. McGarrigle. Each wedge represented an
emission reduction of 20 megatonnes of greenhouse gases, for
a total reduction of 120 megatonnes. This would keep Alberta’s
greenhouse gas emissions at a constant level. “It was fascinating
to hear the dialogue of each of the groups as they argued why
one strategy should be chosen over another, and how they came
to a consensus,” she says.
Once the initial, educational phase of the PEEL project
wrapped up, students were encouraged to use what they had
learned to effect change at school, in their homes, and in their
communities. “They learned that what they do has an impact, and
that they have a choice to do something,” says Ms. McGarrigle.
ENERGY AUDITORS ON THE PROWL
To start, students put on their energy detective hats and conducted
an energy audit of their school. Some of their findings: lights left
on in empty rooms, monitors left on overnight, projectors plugged
in and using phantom power. They also looked for other wasteful
situations, like leaking taps in bathrooms.
On Earth Day, the initial audit now complete, students
launched Turn It Off, a movement to encourage fellow students
to be more energy aware. A follow-up audit found considerable
improvement. And although they weren’t asked to, students started
encouraging their parents to make changes in their lives — by
switching to energy-efficient light bulbs, for example, and shutting
off their cars instead of letting them idle.
For the last phase of PEEL, students celebrated what they
learned with the community. An eco-fair in June featured organic
food trucks, demonstrations, and displays of student projects.
“These kids now have a literacy and understanding of energy
and sustainability. They have an entry-point to tackle this incredibly
complex topic. They can enter the conversation,” says Ms. Avey.
“They are going to be the policymakers of the future, and they
realize now the power they have to make an impact.”
PEEL has already expanded to other grades at Westmount, and
plans are afoot to spread it further. PEEL’s founders have talked
with Green Learning Canada — which provides classroom teaching
tools — about how to make the programming available to other
Canadian schools. PEEL supporters would also like to see concepts
from the project incorporated into the Alberta school curriculum.
“More and more schools are starting to look at sustainability
as a key aspect that we need to equip our students with. If you
reach them in Grade 4, they can start to understand these concepts
and build off of them,” notes Ms. McGarrigle.
PROFESSIONAL CONTRIBUTION APPRECIATED
As a teacher, Ms. Avey is thankful for the support of the APEGA
Members who visited her classroom. They shared specialized
content that goes beyond what teachers normally know. “I would
love it if more professionals shared their knowledge.”
PEEL’s success has also been recognized by the Alberta
Emerald Foundation, which annually awards outstanding
environmental achievements. PEEL was a finalist in the education
category, this year.
“Westmount Charter School engaged their students through
the PEEL program and was able to present impressive and
inspiring results,” says Emerald Foundation spokesman Gregory
Caswell. “Our finalists and recipients are often selected for
their ability to encourage others to follow in their footsteps. The
PEEL program is adaptable to other schools, and as such, will
have a positive impact on our youth and the well-being of our
environment.”
Positive impact indeed. Take it from the students themselves.
“I thought it was just like a perfect world before I took this
class. And now I know that we’re doing a lot of bad stuff in the
world, and we need to change our actions,” notes Rachael King.
Adds Alison Roslinski: “We are the next generation. If we don’t
learn, we can’t improve. So the first step is learning.”
Monika Toro Serrano. Graduate.
Certificate in Professional
Management - PEG
If you have
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Engineers like Monika know they can look to UCalgary Continuing Education for courses
and programs that help develop their business knowledge, as well as their leadership
and project management skills. Two certificates ideal for APEGA members include:
› Professional Management – Professional
Engineers and Geoscientists (PEG)
› Available online or in class at the main
or downtown campus
› Requires APEGA membership
› Project Management Fundamentals
› Available online or in class at the
downtown campus