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Assessment 3: Project Word/time limit: 2000 (+/- 10%) Due date: 13th June Study resources: Throughout this unit, the eTexts we use each week are: Aitken, J., Hunt, J., Roy, E., & Sajfar, B. (2012). A sense of wonder: Science in early childhood education. Teaching Solutions. Campbell, C., Jobling, W., & Howitt, C. (2021). Science in early childhood. Cambridge University Press.  Assessment overview This assessment requires you to develop an environmental project based on a sustainability topic for a group of young children. You will design and present information about the project and the anticipated outcomes to be shared with parents or carers and the wider community in order to stimulate their interest in the children's learning and involvement in this project. This assessment supports unit learning outcomes K3, K4, K6, K8, S1, S2, S4, S5, S6, S7, A4 and A5. (See below) Assessment details This assessment is designed to enable you, as a pre-service teacher (PST), to demonstrate your understanding of pedagogical approaches and resources required to effectively implement environmental education with a kindergarten class. While you do not have to implement this assessment, you must consider what may evolve when planning and implementing a project with a kindergarten class. You will develop strategies to involve the education community in your environmental education project and disseminate project information and outcomes to parents, carers and the wider community.  Instructions and structure Select the following headings to learn more about how to complete this assessment and what should be included in your project overview. Instructions: To complete this assessment, work through the following steps: Step 1: Choose ONE of the following topics to research and develop an overview of to be implemented in an educational setting: · Litter-free lunch boxes · Composting food scraps · Conservation of water and energy · Attracting native animals to the environment · Reducing the amount of garbage in a classroom · Establishing a child-friendly garden (plants, vegetables, herbs) You will receive more information on these topics later on this page. Step 2: Research your chosen topic and develop an overview that demonstrates your understanding of the topic, the teaching strategies involved and the practices required to develop skills in planning for learning and teaching.  Step 3: Write an overview of this project, identifying the considerations to plan and implement the environmental education project with the active involvement of children, teachers, families and the community. You should also identify how you would inform parents and carers of the project information and outcomes. Structure: Your written overview of the project needs to include the following sections: · The topic of your project · Project curriculum link(s) · The link(s) should be related to the purpose(s) of environmental education. · Introduction · How will you introduce the topic to the children? · How will you implement the topic using planned and unplanned experiences? · What strategies will be involved and why? · Be sure to adopt readings and relevant literature to support your justifications. · Information and resources · Where will the information for this project be gathered? · What resources will be required to carry out the topic? · Strategies · The strategies that you will implement to involve the school community in the environmental education project · Outcomes · How the project information and outcomes will be disseminated to the parents, carers and wider community. Please note: The structure of your written overview can take any form as long as you include each of the listed sections. Take a look at the provided student exemplars for examples of ways to present your information. Research topics Select each of the following headings to learn more about the topics you can research for this assessment as well as for a starting resource to plan your project. · Litter-free lunches (Queensland Sustainable Schools, 2022). · Composting (Do Something!, 2022). · Teaching conservation with the water footprint calculator (GRACE Communications Foundation, 2017). · How to attract native birds to your backyard (Scott, 2021). · Waste: A 'how to' guide (Sustainability Victoria, 2016). · Littering in schools statistics (Paul's Rubbish Removal Sydney, 2020). · Gardening for children (State of Victoria, 2021). · Federation University Library has helpful information about referencing in APA on their FedCite page. Submission details overview This assessment will be submitted through Turnitin as a .DOC or .DOCX file only. Assessment criteria 1. Project goal(s) 2. Design of the learning experience 3. Justification of the theoretical perspectives and curriculum approaches to support student engagement and participation 4. Incorporation of the required resources to engage students and expand learning opportunities 5. Strategies to involve the learning community 6. Dissemination of the project information and outcome to parents and wider community 7. Presentation, including spelling and grammar 8. Referencing Unit learning outcomes · K3 Select teaching methods and strategies appropriate for teaching science in ways that are inclusive of all young children. · K4 Demonstrate an understanding of how developmental theory, child health, wellbeing and safety and curricular requirements underpin curricula decision making. · K6 Demonstrate an understanding of contemporary issues around science and environmental education and their impact on teaching. · K8 Demonstrate an awareness of the role of community partnerships and culturally diverse perspectives in developing culturally inclusive science and environmental education programs. · S1 Explain why science and environmental education should be taught to young children. · S2 Describe the various ways in which science experiences and environmental education can contribute to a child`s/children`s development. · S4 Be conscious of the role that the adult can play in assisting young children to explore science and their environment while addressing curricula requirements. · S5 Use intentional teaching and inquiry stances to develop environmental education projects with young learners and communities. · S6 Develop working relationships with parent/carers and the wider community.. · S7 Use critical reflection as an impetus for professional learning. · A4 Using their knowledge of child development, science and environment education content and curricular requirements to develop and implement and environmental education project. · A5 Use strategies to include parents/carers and the wider community in planning and implementing environmental education projects. EDECE2018 Environmental Education Project F-2 EDECE2018 Assessment 3: Project student exemplar 1 Dear Parents/Caregivers, We are excited to announce that our junior school is building their own vegetable patch! This project will be progressive and ongoing, with the vision of it becoming a permanent and valuable aspect of our school and wider community. The garden project will incorporate teacher-led lessons during class times, as well as being available to students during recess if they wish to continue their time amongst the garden. The big picture we have for our garden project is that it will be a cornerstone to a multitude of curriculum areas, it will provide social engagement and interaction, and strengthen the student’s overall sense of personal achievement and school pride. Ideas that have already been put forward to celebrate the initial success of this garden project include recipes that students can share at home to showcase the produce they have been tending to, and a community garden picnic where the whole school, our students, families, and the wider community can all come together and see what we will have collectively accomplished. Louv explains (as cited in Miller, 2007), in these times of ever-increasing technology, our children are getting less genuine opportunity to connect with the natural world, heavily impacting on our ability as humans to enjoy a sensory-rich experience expanding the course of our lifetime (Kim, Jung, Han & Sohn, 2020). Disconnection with the natural environment has been shown to increase both physical and mental stressors which can be detrimental to the developing mind (Kim et al, 2020). Because we want each and every student to enjoy a rich life experience, we feel a produce garden would be the perfect way to actively involve everyone in the school community and make this a fulfilling educational project. Growing a garden has been shown to positively impact: EDECE2018 Environmental Education Project F-2 • Environmental awareness • Sustainability practices • Increase academic performance across multiple curriculum areas. • Self-esteem • Social and cognitive development. • Healthy eating and lifestyle habits. Environmental education for children is a strong platform for promoting environmental understanding and guiding children to make conscious decisions when it comes to sustainability practices (Campbell, Jobing & Howitt, 2021). Cultivating a garden requires active participation, and in turn this helps bring a connectedness to ourselves and the environment (Laaksoharju et al, 2012 & Jin Kim et al, 2021). This co-existence between people and the natural world then becomes evident to children, promoting eco-friendly behaviours and a respect for the process of life (Aitkin, Hunt, Roy & Sajfar, 2012; Jin Kim et al, 2020 & Campbell et al, 2021). Milfont & Duckkit, 2010 (as cited in Jin Kim et al, 2020) explain when children understand that they can influence their natural environment in such a positive way, this relationship leads to environmental respect and a drive to engage in sustainable practice, as the students find meaningful reasons to protect these resources. A vegetable garden is the perfect hands-on approach to teaching the student’s a variety of curriculum areas effectively, covering science understanding and science inquiry elements, including biology, chemistry, Earth and space science. Sustainabiliy practices will have us look deeper into the process of waste minimisation and conservation, as children will learn ways to compost garden scraps and organic waste, and to use water efficiently. Gardens promote learning across a multitude of modalities (Campbell et al, 2021). Developing a strong scientific attitude occurs organically within a natural environment (Campbell et al, 2021) as children learn to observe, hypothesise and experiment as they stimulate their sense of EDECE2018 Environmental Education Project F-2 wonder and curiosities. As our 5–8-year olds are becoming more adventurous with their learning, now is the optimal time to nurture their dispositions in problem-solving, experimentation and making connections between what they have learned to facilitate personal bias or reasoning (Campbell et al, 2021). Gardening will extend students socially as they share in this experience together. Language skills will be stimulated as students partake in ownership over the space and offer ideas, suggestions and ways to utilise their time and resources, and mathematical thinking will be promoted when we weigh, and measure produce growth. A garden really is the perfect place to help nurture life-long qualities such as a love of learning, personal responsibility, self-esteem and patience (Jin Kim et al, 2020; Campbell et al, 2021 & Pecaski Mclennan, 2010). We look forward to all of our student’s becoming confident and involved learners as they connect with each other and collaborate within the natural world (Department of Education, Employment and Workplace Relations [DEEWR], 2009). Extending on this gardening experience will see us likely to achieve much this coming year! We will be excited to send regular recipes home in the newsletter, so that the students can share with their families what we have been cooking from our garden. A community picnic event will be scheduled during seasonal harvests, giving the school a chance to give back and say thank you to the students and families that made this all possible, and we are very excited to be planning regular donations of excess produce which will go to crisis and support centres, benefiting the whole community. Additionally, any families that wish to volunteer their time to help with the garden project would be appreciated. Further information will be available closer to the time, however, if you feel you would be able to contribute in any way to enriching our gardening experience (cooking lessons, gardening or healthy eating information sessions, flower pressing lessons for students etc), please get in contact as soon as possible with your class teacher to discuss the possibilities. Healthy eating will be introduced to the children through books and song, helping build understanding surrounding the topic, coupled with advancing student literacy skills (Pecaski Mclennan, 2010). “Gregory the Terrible Eater” by Mitchell Sharmat, is a wonderful read that we EDECE2018 Environmental Education Project F-2 will use initially to explore the concept of making the correct food choices. If you can think of any books your child may have at home regarding healthy food, please feel free to send it along with them to class (please clearly lable all items with child’s name and classroom number). Research outlined in Bell and Dyment, 2008 & Koch et al, 2006, found that children who have been educated on gardening and specifically how to grow their own produce were more likely to develop healthy eating and lifestyle habits into adulthood (as cited in Pecaski Mclennan, 2010). Building a produce garden allows children to develop an understanding of how a healthy environment promotes a healthy mind and body (Pecaski Mclennen, 2010, & Miller 2007); Morris notes that children are far more likely to eat something they have produced themselves, making a wider array of vitamins and minerals available that children would otherwise not
Answered 5 days AfterJun 06, 2024

Answer To: Details and examples attached

Sanjukta answered on Jun 12 2024
5 Votes
Assessment 3: Project
The topic that is taken into consideration for carrying out this task is litter free lunch boxes. The idea of litter free lunch boxes is quite new and the students will be asked to think about the alternatives of lunch packaging that would keep food fresh, clean and also transportable without resulting much in waste. For instance, recyclable contain
ers, reusable containers, recyclable aluminium foil, reusable lunch bags, reusable water bottles, etc. There should be a Trash Free Lunch Program in the school for making the students understand (Schwartz & Rothbart, 2020).
This topic in form of a program will be implemented by planned and unplanned experiences. Throwing light on the above-mentioned statement it can be stated that from the planned experiences it can be recollected that the litter free lunch programs favour the use of re-usable drink and food containers, organics waste, utensils and recycled material. I have observed that there are some other schools that have practiced litter free lunch boxes and had an extremely positive outcome. It is learnt that most of the waste that is generated from a litter free lunch is compostable and it can be either be placed into the compost bins of an educational institution or a worm firm. However, the unplanned experiences will be shaped by the creativity that will be instilled in the program.
There will be some of the strategies that will be involved for making this program successful in the school. Some of the major strategies that will be utilized are as follows: a normal day’s waste will be reviewed before starting the litter free program takes place, recording the findings and then discussing the three R’s like Reduce, reuse and recycle, making sure that the bins are in place so that the children can separate their rubbish and sending letter to the parents for informing them about the litter free lunch program and what it entails.
Information and resources
The information of this project will be extracted from credible sources such as books, journals and websites. However, beside researching other important resources that is required for carrying out this task is cooperation from the parents and the students, dustbins and recyclable plastics, a solo resource recovery truck is also required to come in the school and highlight the ways by which the bins are emptied and how garbage’s and recyclables are kept separated in the truck.
Summary of the program
This litter free lunch program will be an instrument for educating parents, students and also staffs of the school about where the waste ends up and how people as an individual can reduce the amount of waste that is generated and send it to the landfill (Martins et al., 2020).
This lunch program will favour the use of re-usable drink and food containers, organic waste and other materials that can be easily recyclable. It will be discouraging the disposable packaging like the plastic bags, pre-packaged foods and food wrapped in cling wrap, disposable utensils and also other single used items. On the other hand, a litter free lunch program will not only make a good environmental sense among the staffs and the children but it will make great economic sense as well. If the program is run on a regular basis then the amount of waste will be reduced gradually. Most of the waste that is generated from a free litter lunch will be compostable and can be placed in the compost either or a worm firm. The things that can be reused are as follows such as:
· Reusable containers that can be washed
· Compostable packaging over disposable
· Using a re-usable drink bottle
· Litter free lunches are always healthier so a parent can be assured that their child is eating fresh food packed in proper quantities
Some of the things that can be avoided in the litter free lunches are as follows:
· Disposable items such as...

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