The document discusses how teaching about solar energy can help students and challenge educational stereotypes. It describes the Schoolgen program from Genesis Energy that provides solar panel installations, monitoring, and educational resources to schools. The resources include lesson plans, fact sheets, and student inquiries about photovoltaics and energy efficiency. The conclusion states that the program provides opportunities for students to actively develop skills and apply their learning in various contexts.
The document discusses how teaching about solar energy can help students and challenge educational stereotypes. It provides reasons for teaching about the sun such as its reliability as an energy source and environmental benefits. The document describes the Schoolgen program which provides free solar panel installations and educational resources to schools. The program aims to raise awareness of solar energy and teach students skills they can apply in various contexts.
The document provides information on a student project called "A greener future" led by 5 students from Anchor Green Primary School. The project aimed to increase environmental awareness in the school through initiatives like getting the whole school to switch off lights and fans for one hour each week. The project saw encouraging results, with some classes continuing the practice and a decrease in classes forgetting to switch off appliances after lessons. Through their project, the students were able to save an estimated 5486.555 Kwh of electricity, equivalent to $11568.57 in savings over 2 months. The teacher noted the project involved about 15 hours of volunteer work from the students.
The document summarizes two case studies - Taman Connaught Park in Cheras, KL and John Boulware Park in Palo Alto, California. It describes the history, characteristics, landscape features, and human activities of each park. Taman Connaught Park was built in 2008 on land that was formerly covered with trees. It has grass fields, jogging paths, benches, playgrounds, and fitness equipment. John Boulware Park has grass fields, tall trees, playgrounds, basketball courts, trails, picnic areas, and was originally the property of John Boulware in the 1860s. Both parks are used for activities like walking, jogging, exercise, and children's play.
This document describes a project for students to build model houses to study energy and electricity concepts. Students will work in teams to build a basic house and then improve its efficiency. They will use tools like thermometers, Excel, and PowerPoint. The project incorporates physics, STEM, and literacy standards. It is based on a study developed by the Concord Consortium and aims to make real-world connections between energy concepts like electricity, power, and fossil fuels. Instructional videos and a website provide support to teachers implementing the project.
Project 'Green International Academy' (GIA) proposes establishing a sustainable school located in a "Walkable City" that focuses on environmental education. The school aims to cultivate students' passions while teaching about conserving biodiversity and making the world a better place through hands-on field work, cultural exchange programs, and renewable energy and organic farming on the school's campus. The school hopes to be financially self-sufficient through tuition fees, electricity sales, tourism at its architecture and museum, and corporate funding.
1. O autor aborda sua experi棚ncia na inf但ncia ao tomar conhecimento da vida e morte de Jesus Cristo em uma igreja. Isso o impactou e despertou seu interesse pelos ensinamentos espirituais.
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3. Livros e palestras s坦 ajudam at辿 certo ponto, sendo a medita巽達o e o recolhimento internos as verdadeiras fontes
Basic cost to develop an mobile app for your business. Mobile apps are booming right now...with expectations of them getting even bigger...a billion $$ industry.
This document provides an overview of a lesson plan to teach 5th grade students about the solar system. The primary audience is 5th graders from low-income and diverse backgrounds. The goal is for students to understand the concept of the solar system. The lesson will incorporate various learning styles and methods like video tutorials, books, PowerPoint, and hands-on activities. It will require student participation through questioning and modeling the solar system. Finally, the lesson and student learning will be evaluated to assess effectiveness and need for revision.
This document outlines an instructional design project about the sun for a first grade classroom. It includes sections on analysis of student science performance data showing a need for improved instruction, design objectives for students to learn about the sun as a source of heat and importance in plant growth, development of formative assessments, and plans for implementation differentiated for different student groups. The lesson will be evaluated based on student and colleague feedback, with observations suggesting breaking it into smaller sections and addressing technical issues.
This document provides a rationale and collection of resources for teaching students about solar energy using technology. It explains that technology allows students to closely examine the sun through visuals and interactive content, access new information as the field develops, and for teachers to share ideas. A variety of online resources are presented, including YouTube videos, blogs, podcasts, and websites from NASA and other organizations that provide images, articles and activities about the sun and solar energy. Sample teaching materials like apps, worksheets and experiments are also included.
The document discusses strategies for teaching sustainability and climate change concepts to early childhood students. It outlines a 5Es lesson plan focused on the greenhouse effect, engaging students with videos, having them do a hands-on experiment to explore temperature changes inside jars with different conditions, explaining concepts like climate change and its future impacts, elaborating on how these issues apply personally and generating ideas to help the environment, and evaluating student understanding of key takeaways about the importance of addressing climate change. Resources like books and websites are also provided to support teaching sustainability and climate change topics to early learners.
This document discusses classroom structuring and describes how teachers can design classroom tasks, share authority with students, and evaluate student progress. It notes that well-structured classrooms tend to improve student academic and behavioral outcomes. The document then provides details on how a regular classroom can be ideally structured, including the entrance, front wall, rear wall, and solid waste management areas.
Organic Gardening for Primary Schools
`
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`
`
Increase Food Production with Companion Planting in your School Garden
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
This lesson plan is designed for a 3rd grade special education class to teach students about protecting the environment. It uses online resources and activities over 3 class periods. Students will learn how their actions affect the environment, ways to help the environment, and how to find relevant information online. Assessments include a worksheet on being part of an "Environmental Kids Club", graphic organizers on cause and effect, and a KWL chart to track learning. The plan aims to engage students through interactive games and allow them to work independently while addressing their special needs.
The learning plan outlines an activity for students to learn about solar eclipses. It defines the learning outcomes as understanding the types of solar eclipses and capturing examples through animation. Students will work in groups to explore a solar eclipse animation, take screenshots of examples of total, partial, and annual eclipses, and present their findings in a PowerPoint presentation submitted through Google Classroom. The activity aims to help students differentiate between the three eclipse types.
Universal design emerged from accessibility requirements in architecture and has been applied to education. Universal design for learning (UDL) involves designing curricula and environments to be usable by all students without adaptation. UDL principles include providing multiple means of representation, engagement, and action/expression. UDL benefits all learners by accommodating differences and allowing students to become expert learners.
WEMC Education Special Interest Group (SIG): Introduction / Q&AKit Rackley
油
WEMC Education Special Interest Group (SIG): Introduction / Q&A Webcast led by Kit Rackley (WEMC Education & Program Officer) on 30th May 2019.
Agenda:
1. Who are WEMC and what are the aims of the SIGs
2. Attendee introductions
3. Commitments and expectations
4. Aims and aspirations of the Education SIG (inc short refinement/suggestion discussion)
5. ECEM Demonstrator & new C3S application
6. Ambition for a global syllabus (inc. Project Drawdown as a focus) discussion
7. Next steps
8. Q&A
For more details visit: http://www.wemcouncil.org/wp/education/education-sig/
The teacher librarian as resource creator: Developing learning websitesjherring
油
The document discusses developing learning websites for students. It defines learning websites as being developed for and focused on a particular school and group of students studying a curricular topic. It discusses using wikis and other website creation tools to develop these sites. The content of learning websites should include an introduction, definitions, subject context, information literacy guidance, and curated resources with meaningful annotations to guide students. Developing learning websites collaboratively can enhance student learning.
The document provides an overview of 5 different learning spaces that can help develop 21st century learners. It explores the classroom/school space, learning beyond the classroom, electronic space, individual space, and group space. Each section discusses the physical environment, strengths, weaknesses, and impact on curriculum, pedagogy, and teacher-student connections. The document concludes that 21st century learning requires flexible, "anywhere" learning opportunities that develop skills like critical thinking and collaboration through blended learning environments.
The document discusses the flipped classroom pedagogy. It defines flipped classroom as reversing traditional teaching where students gain first exposure to new material outside of class through videos or readings, and class time is used for hands-on learning like problem solving and discussions. This shifts the focus from passive learning to active learning and higher-order thinking skills. Key aspects of flipped classrooms include providing first exposure materials for students beforehand, assessing understanding, and using class time for activities that develop cognitive skills. Benefits include improved outcomes, efficiency, interactive lectures, data-driven instruction, and mastery-based learning.
This document contains information about the Highlands Intermediate EnviroSchools Programme for 2009. [1] It includes four questions for students about what being an EnviroSchool means and what environmental concepts and issues should be covered. [2] It then lists the goals for the programme, which include undertaking sustainability actions, holding network meetings, creating an expert list, and forming a green team. [3] Each team is also required to teach at least one unit on education for sustainability using the EnviroSchools action learning model.
'Visions of future learning'. A presentation given by Rebecca Ferguson to the Plato Institute at the National Hellenic Research Foundation, Athens, Greece on 14 November 2014.
The document provides an overview of instructional design and training strategies. It discusses basic instructional design models and principles for effective teaching, such as having specific learning goals and using appropriate methods. It emphasizes the importance of visual learning and design, knowing your students, and allowing students to process what they learn. The overall message is that effective instruction requires understanding learners, clear and relevant goals, strategies for teaching and learning, and evaluating success.
Active Learning Strategies in EFL ClassesStella Grama
油
This document discusses active learning strategies that can be used in EFL (English as a Foreign Language) classes. It defines active learning as any instructional method that engages students in the learning process. Active learning is compared to passive learning, which focuses only on the cognitive aspect. The benefits of active learning include increased student involvement, interaction, and the development of various competences. Various active learning strategies are presented, such as group work, discussions, projects and games. Factors to consider when implementing these strategies include class size and content. The teacher's role shifts from presenter to facilitator. Active learning is said to lead to better student outcomes compared to passive learning.
This document provides an overview of using social media and online resources in teaching and learning. It introduces tools like Twitter, YouTube, and open educational resources (OER). Twitter can be used to search for discipline-specific keywords, follow education accounts, and find guides for teachers. YouTube contains lectures, demonstrations and talks that can be used to create new lessons or supplement existing ones. OER are openly licensed educational materials like course notes, lectures, and entire online courses that can be reused and adapted for teaching. The document provides examples of OER repositories and encourages reusing and sharing one's own teaching materials as OER to open up education.
Smartboard lesson plan for elementary school with adaptations for high school ecology. Provides lesson slides, embedded videos, links to websites to explore and link to an interactive SMART Notebook lesson. A hands-on project based activity is included. How to use the lesson over several days in the high school classroom, tips, ideas and considerations for Universal Design for Learning are all included.
This document summarizes work supported by the National Science Foundation to improve Earth science education. It finds that while most science teachers have taken life science and chemistry courses, fewer have backgrounds in Earth science. It presents new curricular materials from the InTeGrate project that address this issue by focusing on interdisciplinary grand challenges, real-world data, and developing students' systems thinking skills. Assessment shows these materials have improved students' Earth science literacy and interest in contributing solutions to sustainability issues. The goal is for these resources to ultimately impact more than just individual classrooms.
This document outlines an instructional design project about the sun for a first grade classroom. It includes sections on analysis of student science performance data showing a need for improved instruction, design objectives for students to learn about the sun as a source of heat and importance in plant growth, development of formative assessments, and plans for implementation differentiated for different student groups. The lesson will be evaluated based on student and colleague feedback, with observations suggesting breaking it into smaller sections and addressing technical issues.
This document provides a rationale and collection of resources for teaching students about solar energy using technology. It explains that technology allows students to closely examine the sun through visuals and interactive content, access new information as the field develops, and for teachers to share ideas. A variety of online resources are presented, including YouTube videos, blogs, podcasts, and websites from NASA and other organizations that provide images, articles and activities about the sun and solar energy. Sample teaching materials like apps, worksheets and experiments are also included.
The document discusses strategies for teaching sustainability and climate change concepts to early childhood students. It outlines a 5Es lesson plan focused on the greenhouse effect, engaging students with videos, having them do a hands-on experiment to explore temperature changes inside jars with different conditions, explaining concepts like climate change and its future impacts, elaborating on how these issues apply personally and generating ideas to help the environment, and evaluating student understanding of key takeaways about the importance of addressing climate change. Resources like books and websites are also provided to support teaching sustainability and climate change topics to early learners.
This document discusses classroom structuring and describes how teachers can design classroom tasks, share authority with students, and evaluate student progress. It notes that well-structured classrooms tend to improve student academic and behavioral outcomes. The document then provides details on how a regular classroom can be ideally structured, including the entrance, front wall, rear wall, and solid waste management areas.
Organic Gardening for Primary Schools
`
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`
`
Increase Food Production with Companion Planting in your School Garden
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
This lesson plan is designed for a 3rd grade special education class to teach students about protecting the environment. It uses online resources and activities over 3 class periods. Students will learn how their actions affect the environment, ways to help the environment, and how to find relevant information online. Assessments include a worksheet on being part of an "Environmental Kids Club", graphic organizers on cause and effect, and a KWL chart to track learning. The plan aims to engage students through interactive games and allow them to work independently while addressing their special needs.
The learning plan outlines an activity for students to learn about solar eclipses. It defines the learning outcomes as understanding the types of solar eclipses and capturing examples through animation. Students will work in groups to explore a solar eclipse animation, take screenshots of examples of total, partial, and annual eclipses, and present their findings in a PowerPoint presentation submitted through Google Classroom. The activity aims to help students differentiate between the three eclipse types.
Universal design emerged from accessibility requirements in architecture and has been applied to education. Universal design for learning (UDL) involves designing curricula and environments to be usable by all students without adaptation. UDL principles include providing multiple means of representation, engagement, and action/expression. UDL benefits all learners by accommodating differences and allowing students to become expert learners.
WEMC Education Special Interest Group (SIG): Introduction / Q&AKit Rackley
油
WEMC Education Special Interest Group (SIG): Introduction / Q&A Webcast led by Kit Rackley (WEMC Education & Program Officer) on 30th May 2019.
Agenda:
1. Who are WEMC and what are the aims of the SIGs
2. Attendee introductions
3. Commitments and expectations
4. Aims and aspirations of the Education SIG (inc short refinement/suggestion discussion)
5. ECEM Demonstrator & new C3S application
6. Ambition for a global syllabus (inc. Project Drawdown as a focus) discussion
7. Next steps
8. Q&A
For more details visit: http://www.wemcouncil.org/wp/education/education-sig/
The teacher librarian as resource creator: Developing learning websitesjherring
油
The document discusses developing learning websites for students. It defines learning websites as being developed for and focused on a particular school and group of students studying a curricular topic. It discusses using wikis and other website creation tools to develop these sites. The content of learning websites should include an introduction, definitions, subject context, information literacy guidance, and curated resources with meaningful annotations to guide students. Developing learning websites collaboratively can enhance student learning.
The document provides an overview of 5 different learning spaces that can help develop 21st century learners. It explores the classroom/school space, learning beyond the classroom, electronic space, individual space, and group space. Each section discusses the physical environment, strengths, weaknesses, and impact on curriculum, pedagogy, and teacher-student connections. The document concludes that 21st century learning requires flexible, "anywhere" learning opportunities that develop skills like critical thinking and collaboration through blended learning environments.
The document discusses the flipped classroom pedagogy. It defines flipped classroom as reversing traditional teaching where students gain first exposure to new material outside of class through videos or readings, and class time is used for hands-on learning like problem solving and discussions. This shifts the focus from passive learning to active learning and higher-order thinking skills. Key aspects of flipped classrooms include providing first exposure materials for students beforehand, assessing understanding, and using class time for activities that develop cognitive skills. Benefits include improved outcomes, efficiency, interactive lectures, data-driven instruction, and mastery-based learning.
This document contains information about the Highlands Intermediate EnviroSchools Programme for 2009. [1] It includes four questions for students about what being an EnviroSchool means and what environmental concepts and issues should be covered. [2] It then lists the goals for the programme, which include undertaking sustainability actions, holding network meetings, creating an expert list, and forming a green team. [3] Each team is also required to teach at least one unit on education for sustainability using the EnviroSchools action learning model.
'Visions of future learning'. A presentation given by Rebecca Ferguson to the Plato Institute at the National Hellenic Research Foundation, Athens, Greece on 14 November 2014.
The document provides an overview of instructional design and training strategies. It discusses basic instructional design models and principles for effective teaching, such as having specific learning goals and using appropriate methods. It emphasizes the importance of visual learning and design, knowing your students, and allowing students to process what they learn. The overall message is that effective instruction requires understanding learners, clear and relevant goals, strategies for teaching and learning, and evaluating success.
Active Learning Strategies in EFL ClassesStella Grama
油
This document discusses active learning strategies that can be used in EFL (English as a Foreign Language) classes. It defines active learning as any instructional method that engages students in the learning process. Active learning is compared to passive learning, which focuses only on the cognitive aspect. The benefits of active learning include increased student involvement, interaction, and the development of various competences. Various active learning strategies are presented, such as group work, discussions, projects and games. Factors to consider when implementing these strategies include class size and content. The teacher's role shifts from presenter to facilitator. Active learning is said to lead to better student outcomes compared to passive learning.
This document provides an overview of using social media and online resources in teaching and learning. It introduces tools like Twitter, YouTube, and open educational resources (OER). Twitter can be used to search for discipline-specific keywords, follow education accounts, and find guides for teachers. YouTube contains lectures, demonstrations and talks that can be used to create new lessons or supplement existing ones. OER are openly licensed educational materials like course notes, lectures, and entire online courses that can be reused and adapted for teaching. The document provides examples of OER repositories and encourages reusing and sharing one's own teaching materials as OER to open up education.
Smartboard lesson plan for elementary school with adaptations for high school ecology. Provides lesson slides, embedded videos, links to websites to explore and link to an interactive SMART Notebook lesson. A hands-on project based activity is included. How to use the lesson over several days in the high school classroom, tips, ideas and considerations for Universal Design for Learning are all included.
This document summarizes work supported by the National Science Foundation to improve Earth science education. It finds that while most science teachers have taken life science and chemistry courses, fewer have backgrounds in Earth science. It presents new curricular materials from the InTeGrate project that address this issue by focusing on interdisciplinary grand challenges, real-world data, and developing students' systems thinking skills. Assessment shows these materials have improved students' Earth science literacy and interest in contributing solutions to sustainability issues. The goal is for these resources to ultimately impact more than just individual classrooms.
2. Table of Contents The Sun
際際滷 Name 際際滷 No
1 Introduction 1
2 Why should we know and teach about it 3-6
3 An inspirational and motivational movement The Barefoot.org 7
4 Using the Schoolgen tool from Genesis Energy in the classroom 8 - 11
5 References 12
6 Here comes the sun 13
3. Introduction The Sun
How could I teach solar energy
What would have relevance and value for the students
Challenge educational stereotypes - The learner
shall become the teacher and the teacher the learner
Teacher resources shown with the Genesis Energy project
Conclusion
4. Why should we know and teach about it ? The Sun
Every day of the suns 100% energy - 51% from it hit Earth
Use it or loose it.
5. Why should we know and teach about it ? The Sun
The source of solar energy is free -
it needs no fuel and produces no
waste or pollution therefore it
plays a huge environmental part
6. Why should we know and teach about it ? The Sun
The estimates put the Sun being around
for another 5 billion years - Solar energy
is very reliable
7. Why should we know and teach about it ? The Sun
you can save money in the long run resulting in socio
economic benefits
8. An inspirational and motivational movement
The Sun
The Barefoot.org
The Long winding road https://vimeo.com/60152959
9. The Schoolgen programme in the Classroom The Sun
What is Schoolgen? http://www.schoolgen.co.nz/
Why?
Additional reasons
10. The Schoolgen programme in the Classroom The Sun
How is the programme delivered
http://www.schoolgen.co.nz/
a/
1. 40 teaching resources
2. Free Installation of 2kW Pw solar systems
3. A dedicated monitoring
4. Specialised Environmental Educators
11. The Schoolgen programme in the Classroom The Sun
What are the programme benefits
1. Raising awareness
2. Raising community
3. Contributing
12. The Schoolgen programme in the Classroom The Sun
http://www.schoolgen.co.nz/tr/te
Teacher resources acher_resource_table.aspx
Teacher-led activities (lesson plans)
Fact sheets for teachers & students
Student inquiries
A glossary of key terms
General information on photovoltaics &
energy efficiency
13. Conclusion The Sun
Conclusion
opportunities
actively develop skills
enables students
apply in a wide range of context
14. Data bases The Sun
References
AVS Video editor 6.3. (2013). http://www.avs4you.com/video.aspx, retrieved 15.02.2012
Barefoot College. (2013). http://www.barefootcollege.org/, retrieved 12.02.2013
Bond, T. (2009). Inquiry Learning. Retrieved from http://ictnz.com/Inquiry%20Learning.htm
Checkly, K. (1997). The First Sevenand the Eighth: A conversation with Howard Gardner. Educational
Leadership, 55(1), 12.
Easton, L.(2013). Affordable high performance home[pp.17-19]: in Winning Architectural Design
(www.adnz.org.nz). Architectural Designers New Zealand
Ecyclopdia of Earth: www. about.com. (2013).
http://geography.about.com/gi/o.htm?zi=1/XJ&zTi=1&sdn=geography&cdn=education&tm=599&f=00&su=p
284.13.342.ip_&tt=2&bt=0&bts=0&zu=http%3A//www.eoearth.org/image/Mean_Annual_albedo.JPG,
retrieved 13/02/13
Inquiry learning at Weber School. (2009). Retrieved from http://nzcurriculum.tki.org.nz/Curriculum-
stories/School-stories/Engaging-with-the-community-at-Weber-School/Weber-Inquiry
Jan-Marie Kellow. (2009). What is Inquiry? Retrieved from
http://www.inquiringmind.co.nz/WhatIsInquiry.htm
Rosemary Hipkins. (2008). Inquiry learning and key competencies. Perfect match or problematic partners?
Retrieved http://nzcurriculum.tki.org.nz/Curriculum-stories/Keynotes-and-presentations/Inquiry-learning-
and-key-competencies.-Perfect-match-or-problematic-partners
Schoolgen.(2013) Power to the next Generation. Genesis Energy. www.schoolgen.co.nz. Auckland, New
Zealand
Nuthall, G. (2007). The Hidden Lives of Learners. Wellington: NZCER Press.
Wikipedia.org., (2013). http://en.wikipedia.org/wiki/Solar_power, retrieved 13/02/13
18 Best Video Editing Software For Free Download (Windows)
http://webseasoning.com/technology/best-free-windows-video-editing-software/1079/#.URy57WeSAro,
retrieved 15.02.13
15. Thank you for listening The Sun
Here comes the sun
http://www.youtube.com/watch?v=U6tV1
1acSRk
Editor's Notes
#4: My JourneyMy thinking lead me to the question how could I teach solar energy in a hands on approach that would have relevance and value for the students and their communities they live in. The essence of this inquiry shall bring you closer how important it is through continued inquiries to challenge educational stereotypes.The learner shall become the teacher and the teacher the learner. [Bunker Roy, Founder & Director of Barefoot College, Tilonia, Rajasthan, India ]Initial knowledge and students centered teaching sits at the core of this inquiry As you may have experienced as well, more often than not, this journey leads you down many different paths. My presentation represents a compact summary of my inquiry and will have the following content.IntroductionWhy should we teach and know about it2.A video, where Roy Bunker, a social activist and educator, tells us the story of his life experience. There I have analyzed the content and included my highlighted remarks during the video presentation.3. Here at home I have found the New Zealand development the Genesis Energy website a discovery of great student and teacher tools, which were developed with the NZCurriculum in mind and based on inquiry teaching methodology.4. In the Conclusion I will review and close the circle of inquiry.
#5: According to the Energy Budget, our Earth is able to receive around 51% of the Sun's solar energy. The rest is either absorbed by clouds and the atmosphere or radiated back into space. But the 51% we receive carries quite a punch. In fact its about 1000 kWh per m2.
#6: The source of solar energy is free - it needs no fuel and produces no waste or pollution. It makes a great resource if you live in a sunny climate and would like to go on or off grid.
#7: The Sun formed over four and a half billion years ago.油 You may think the Sun will die soon, but it will keep shining for at least another five billion years.油油There is hardly any fossil fuel available on Earth that long.
#8: Although solar panels or solar lights, etc., may be expensive to buy at the onset, you can save money in the long run. After all, you do not have to pay for energy from the sun. On the other hand, all of us are aware of the rising cost of oil
#9: Bunker Roy, Founder, Director - Bunker is a social activist and educator. In 1972 he founded the Indian non-governmental organization Barefoot College in Tilonia, Rajasthan, India. He tells us a story how he is dealing with the whole issue of education with his life long project. The video is starting with his life. He later then will explain how he uses solar energy in many contexts.
#10: We have seen an international effort and now I like to show a New Zealand project which has been successfully run and implemented by Genesis Energy.What is Schoolgen?: Schoolgen is a programme developed by Genesis Energy (one of New Zealand's largest energy companies) to bring solar energy to life for children across New Zealand. Why? Because young people are our future leaders and decision makers, and it's important that they understand the role renewable energy will play in their future.Additional reasons: By talking and interacting with them we have a real chance to cultivate environmentally- aware thinking and behaviour; not just theirs, but that of the people around them - their teachers, parents, parent's colleagues, friends... the whole community!
#11: 1. 40 teaching resources, free for any primary, intermediate or secondary school in New Zealand to use and linked to the NZ curriculum, that explore electricity generation, climate change, and renewable energy, in particular, solar energy and photovoltaic (PV) systems.2. Providing 42 schools across the North Island with a 2 kilowatt (kW) PV system, at no cost to the schools. The PV system allows these schools to generate a portion of their electricity from the sun, and to teach their students about solar energy, climate change and electricity generation.3. A dedicated programme website on which the real time generation data from the solar panels at these schools is displayed for anyone to see.Specialized Environmental Educators who work at the Primary, Intermediate and Secondary School level in the Schoolgen schools, helping students and teachers to learn about renewable energy and energy efficiency
#12: Raising the awareness and knowledge of students about renewable energy, in particular solar energy, electricity generation, energy efficiency and climate change; Raising community, parent and staff awareness of solar energy; Contributing to a reduction of greenhouse gas emissions; Contributing to energy savings for the schools that have had solar panels installed; Students and parents will be able to enthusiastically promote alternative energy forms across their local communities because they've experienced how it works; The programme has been designed so that the teacher resources are easily accessible and free to use by any school in New Zealand - schools do not need solar panels to engage in the programme
#13: The Schoolgen teaching resources are freely available to any school in New Zealand schools do not have to have solar panels on their roof to experience the benefits of Schoolgen. Teaching resources vary in levels and subject matter, and cover a wide range of learning levels including social sciences, science (environmental education), English, mathematics with statistics, technology and physics.
#14: An inquiry shall create opportunities for learners and always have relevance to their interests. Then they can actively develop skills which will enable the students to locate, gather and analyse in aMeaningful way ..and last, they will be able to apply then these information in a wide range of context.
#15: The Vision: Schoolgen encourages our young people to become actively involved citizens contributing to the well-being of New Zealand.The Principle of Future Focus: Schoolgen addresses issues of sustainability which includes energy issues and global climate change.The Values: Schoolgen encourages, models and explores values such as innovation, inquiry and curiosity; ecological sustainability, and community participation for the common good.The Key Competencies: Schoolgen resources encourage the engagement of a wide range of the key competencies such as thinking, using language, symbols and text, managing self, relating to others and participating and contributing Raising the awareness and knowledge of students about renewable energy, in particular solar energy, electricity generation, energy efficiency and climate change; Raising community, parent and staff awareness of solar energy; Contributing to a reduction of greenhouse gas emissions; Contributing to energy savings for the schools that have had solar panels installed; Students and parents will be able to enthusiastically promote alternative energy forms across their local communities because they've experienced how it works; The programme has been designed so that the teacher resources are easily accessible and free to use by any school in New Zealand - schools do not need solar panels to engage in the programme
#16: The Vision: Schoolgen encourages our young people to become actively involved citizens contributing to the well-being of New Zealand.The Principle of Future Focus: Schoolgen addresses issues of sustainability which includes energy issues and global climate change.The Values: Schoolgen encourages, models and explores values such as innovation, inquiry and curiosity; ecological sustainability, and community participation for the common good.The Key Competencies: Schoolgen resources encourage the engagement of a wide range of the key competencies such as thinking, using language, symbols and text, managing self, relating to others and participating and contributing Raising the awareness and knowledge of students about renewable energy, in particular solar energy, electricity generation, energy efficiency and climate change; Raising community, parent and staff awareness of solar energy; Contributing to a reduction of greenhouse gas emissions; Contributing to energy savings for the schools that have had solar panels installed; Students and parents will be able to enthusiastically promote alternative energy forms across their local communities because they've experienced how it works; The programme has been designed so that the teacher resources are easily accessible and free to use by any school in New Zealand - schools do not need solar panels to engage in the programme