Environmental Literacy
Intention
Explore the role and benefits of environmental education within our schools and academies. and why it is crucial for sustainable development.
Our objective is to learn how we can actively support ecosystems and biodiversity through the following initiatives:
Initiatives
Integration of Environmental Education
Integration of Environmental Education
Integration of Environmental Education
Discover the significance of incorporating comprehensive environmental education into the curriculum. This could involve introducing specific courses or incorporating ecological concepts across different subjects, encouraging students to become environmentally conscious and develop a strong sense of responsibility towards the ecosystems and local farms.
Hands-On Learning
Integration of Environmental Education
Integration of Environmental Education
Promote experiential learning by organizing field trips to local farms, nature reserves, ecological sites, or having me bring the worms out to illustrate vermicomposting. These experiences will enable students to witness firsthand the impact of their actions on the environment and develop a deep appreciation for its significance.
Sustainable Operations
Integration of Environmental Education
Partnerships with Local Farms
Introduce sustainable practices within the school premises such as composting, setting an example for our students and the community.
Partnerships with Local Farms
Partnerships with Local Farms
Partnerships with Local Farms
Explore collaborations with nearby local farms, which could involve sourcing produce for school cafeterias, setting up farmers' markets on campus, or conducting workshops that educate students on the importance of supporting local agricultural practices.
Engaging the Community
Partnerships with Local Farms
Engaging the Community
Encourage community involvement by organizing workshops, seminars, or events that raise awareness about environmental issues and the significance of sustainable farming. This outreach will foster a sense of shared responsibility among the community members, students, and faculty.
Green Campus Planning
Partnerships with Local Farms
Engaging the Community
Integrate ecological considerations into our campus planning and administration. This could involve creating green spaces, planting native vegetation, and implementing water conservation measures. Aiming to transform campuses into an inspiring model of environmental sustainability.
Monitoring and Evaluation
Monitoring and Evaluation
Monitoring and Evaluation
Regularly assess the effectiveness of our efforts and make necessary improvements based on the outcomes. Tracking progress will help us stay focused and adapt our strategies as needed to ensure the success of the initiative.
Join Our Journey
Join us in a 45-minute to one-hour workshop where we explore two aerobic composting methods. This engaging experience is open to participants of all ages, including students, teachers, and principals. Our goal is to nurture environmentally conscious and responsible citizens, positively impacting our broader community and the environment. Be a part of our journey towards a greener, more sustainable future, emphasizing composting and respect for the environment.
Menu / Price List
HeadStart - Kindergarten
Presentation is tailored to the students curriculum
Minimum of 30 students
$90
- $3 for each additional student; maximum 40
Grades 1 - 5 (Elementary School)
Presentation is tailored to the students curriculum/course of study/comprehension of subject matter
Minimum of 30 students
$150
- $5 for each additional student; maximum 40
Larger groups; minimum 41
$123
Broken down into either:
- 3 presentations at 20 minutes each
- 2 presentations at 30 minutes each
$3 for each additional student
Grades 6 - 8 (Middle School)
Presentation is tailored to the students curriculum/course of study/comprehension of subject matter
Minimum of 30 students
$210
- $7 for each additional student; maximum 40
Larger groups; minimum 41
$164
Broken down into either:
- 3 presentations at 20 minutes each
- 2 presentations at 30 minutes each
$4 for each additional student
Grades 9 - 12 (High School)
Presentation is tailored to the students curriculum/course of study/comprehension of subject matter
Minimum of 30 students
$240
- $8 for each additional student; maximum 40
Larger groups; minimum 41
$205
Broken down into either:
- 3 presentations at 20 minutes each
- 2 presentations at 30 minutes each
$5 for each additional student
College/University Students and Garden Clubs
Presentation is tailored to the students/groups course of study/comprehension of subject matter
Minimum of 10 students
$100
- $10 for each additional student
Minimum of 10 gardeners
$100
- $10 for each additional gardener
Please schedule at least 2 weeks ahead if possible,
Frequently Asked Questions
Please reach us at wormwhisperer14@gmail.com if you cannot find an answer to a question you do not see here.
- It provides a hands-on opportunity for students to learn about the biological processes involved in decomposition, connecting biology and environmental science.
- Composting in schools serves as a practical application of scientific principles, fostering an understanding of ecosystems, nutrient cycles, and the role microorganisms play in breaking down organic matter. It aligns with Next Generation Science Standards (NGSS) by providing a tangible link between classroom learning and real-world environmental processes.
- Composting in schools is crucial for instilling a sense of environmental responsibility in students. By demonstrating how waste can be repurposed into valuable resources, it encourages a mindset of sustainability and ecological stewardship.
- Students can actively participate by engaging in compost collection, turning compost piles, and monitoring temperature and moisture levels. Teachers can integrate composting into lesson plans, connecting it with biology, chemistry, and environmental science curriculum.
- Involvement in composting efforts can extend beyond science classes. Schools can organize interdisciplinary projects, involving art classes in creating compost bins or English classes in writing about the composting process. This approach fosters a holistic educational experience.
- Students and teachers can collaborate on research projects related to composting, exploring the science behind effective composting methods or conducting soil quality assessments. This approach not only enhances scientific knowledge but also promotes critical thinking and problem-solving skills.
- Composting workshops offer students a unique opportunity to engage in experiential learning. They can witness scientific principles in action, fostering a deeper understanding of biological processes and ecological interdependencies.
- Beyond scientific knowledge, composting workshops promote environmental literacy and social responsibility. Students learn about sustainable practices, waste reduction, and the role they can play in mitigating environmental impact.
- Composting workshops provide a platform for developing critical thinking skills. Students are encouraged to explore the broader implications of composting, connecting the dots between local actions and global environmental challenges.
- Compost enriches soil fertility, making it an ideal natural fertilizer for school gardens. Its application supports hands-on lessons in botany, horticulture, and plant biology.
- Compost improves soil structure and water retention, which is beneficial for landscaping projects on campus. This aligns with earth science principles, showcasing the practical applications of soil science.
- Utilizing compost in school gardens or landscaping not only enhances the aesthetic appeal of the campus but also provides tangible examples of sustainable practices. Students witness the positive impact of their composting efforts on the local environment.
- Schools integrating composting into their science curriculum have reported increased student engagement and a greater understanding of environmental processes. This supports the idea that hands-on, experiential learning enhances scientific education.
- Numerous schools have successfully used composting programs as a springboard for broader sustainability initiatives. This approach integrates environmental education into the curriculum and encourages students to take an active role in shaping environmentally responsible behaviors.
- Case studies have demonstrated that schools with robust composting programs often experience a positive shift in the school culture, with students and teachers developing a shared commitment to sustainable practices. This reflects the broader impact that composting initiatives can have on fostering a sense of social responsibility within the educational community.
Better yet, see us in person!
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The Worm Whisperer
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