The document outlines Providence Preparatory School's Green Initiative which aims to make the school more environmentally friendly. It discusses seven steps to becoming a green school including establishing a green team, conducting an audit, and creating an action plan. Some specific actions proposed are calculating the school's carbon footprint and goals to reduce it, using safer cleaning products, implementing energy and water conservation practices, adopting more sustainable food practices like composting, and integrating green learning into the curriculum. The overall goal is to make the school healthier and more sustainable while saving costs.
Green buildings are designed to reduce environmental impact through efficient energy, water and resource use as well as waste reduction. They provide healthier spaces for occupants compared to conventional buildings. Green building techniques include erosion prevention, rainwater harvesting, solar energy, landscape design for heat reduction, water recycling, and efficient energy practices. The objectives are to use resources efficiently and reduce waste, pollution and environmental degradation. Some benefits include energy and cost savings, improved indoor air quality, water efficiency, and healthier lifestyles. However, initial costs are higher and specialized materials and skills are needed.
This document discusses green buildings and sustainable construction. It begins by defining green buildings as those that use less water and energy resources, generate less waste, and provide healthier spaces for occupants compared to conventional buildings. The key objectives of green buildings are to minimize environmental impacts, optimize energy and water efficiency, and promote occupant health. Some examples of green building strategies and technologies used in India are discussed, such as solar air conditioning, green roofs, hybrid solar systems, high performance building envelopes, and radiant cooling. The growth of green building in India since 2002 and its economic and environmental benefits are also summarized.
The document discusses green building principles and materials. It defines green building as construction practices that are environmentally responsible and efficient over a building's entire lifecycle. Green buildings aim to reduce energy and water usage, minimize waste, and promote health. Key principles include sustainable site design, water conservation, energy efficiency, indoor environmental quality, and use of green materials like recycled steel and dimension stone. The case study highlights the CII Godrej Green Building Center in India, which uses strategies like solar power, natural ventilation, water recycling, and earth sheltering to achieve high resource efficiency.
The document discusses cleaner production, providing definitions and key principles. It describes the phases of cleaner production as planning and organization, preliminary assessment, detailed assessment, and feasibility assessment. Various cleaner production practices are outlined, including good housekeeping, input substitution, and technology changes. Barriers to cleaner production include resistance to change and lack of information. The document concludes with a case study on implementing cleaner production techniques at a textile mill in India.
Green building aims to reduce environmental impact and improve occupant health. It incorporates features like energy and water efficiency, better materials, waste management, and indoor air quality. Converting an existing building to green involves adopting green practices during renovation like renewable energy, non-potable water usage, and low-VOC materials. Imperial Heritage is analyzing cost-effective green upgrades like fly ash bricks, double glazing, and rooftop gardens. Certification provides recognition and long-term cost savings through reduced utility bills and maintenance needs.
This tutorial on Carbon Footprint gives you a brief introduction to Emission of Carbon Dioxide from our daily activities.
This tutorial covers the following topics:
1. About Carbon Footprint?
2. Measuring CO2
3. Calculate CO2 based on fuel
4. Types of Carbon Calculator
5. Carbon Footprint Calculators
A carbon footprint is a measure of the greenhouse gases produced through human activities, such as the use of electricity, transportation, and production of goods. It is quantified as the amount of carbon dioxide and other greenhouse gases emitted. An individual, organization, or nation's carbon footprint can be calculated through a greenhouse gas emissions assessment. Strategies to reduce carbon footprints include technological advances, process improvements, carbon offsetting projects, and decreasing energy usage or reliance on carbon-intensive fuels.
GREEN BUILDING STRATEGIES & PROJECT MANAGEMENT PRACTICES FOR A SUSTAINABLE FU...Raghavendra Rachamadugu
Buildings and homes (or the “built environment”) affects natural environment. Buildings, where people spend 90% of their time, adversely impact human health. Buildings also account for 40% of energy and 16% of the water used annually worldwide. Air quality inside buildings is 2 to 5 times worse than outside
There are many factors to consider while studying the impacts of buildings
• Land use and ecosystems where buildings are built
• Materials and practices used to construct buildings
• Material, chemical, energy and water resources used to maintain and operate buildings
• Demolition and waste of a building at the end of its life
Green Building involves minimizing these negative environmental and human health impacts and enhancing positive results throughout the building’s entire life cycle. In addition to environmental benefits, through integrated design, they can be constructed at the same or lower cost than conventional buildings.
Today, buildings are responsible for more than 40% of global energy used, and as much as one third of global greenhouse gas emissions, both in developed and developing countries. In absolute terms, it is estimated that building-related GHG emissions to be around 8.6 billion metric tons CO2 eqv in 2004. What is particularly worrying is the rate of growth of emissions: between 1971 and 2004, carbon dioxide emissions, including through the use of electricity in buildings is estimated to have grown at a rate of 2.5% per year for commercial buildings and at 1.7% per year for residential buildings. Furthermore, the Buildings and Construction Sector is also responsible for significant non-CO2 GHG emissions such as halocarbons, CFCs, and HCFCs (covered under the Montreal Protocol), and hydro fluorocarbons (HFCs), due to their applications for cooling, refrigeration, and in the case of halocarbons, insulation materials. According to a survey published in 2007, one-third of population believe that global warming is the world’s most critical environmental problem, nearly double the amount of people who agreed with the same statement in 2006 Faiola and Shulman 2007.
Green buildings are designed to reduce environmental impact through efficient energy, water and resource use as well as waste reduction. They provide healthier spaces for occupants compared to conventional buildings. Green building techniques include erosion prevention, rainwater harvesting, solar energy, landscape design for heat reduction, water recycling, and efficient energy practices. The objectives are to use resources efficiently and reduce waste, pollution and environmental degradation. Some benefits include energy and cost savings, improved indoor air quality, water efficiency, and healthier lifestyles. However, initial costs are higher and specialized materials and skills are needed.
This document discusses green buildings and sustainable construction. It begins by defining green buildings as those that use less water and energy resources, generate less waste, and provide healthier spaces for occupants compared to conventional buildings. The key objectives of green buildings are to minimize environmental impacts, optimize energy and water efficiency, and promote occupant health. Some examples of green building strategies and technologies used in India are discussed, such as solar air conditioning, green roofs, hybrid solar systems, high performance building envelopes, and radiant cooling. The growth of green building in India since 2002 and its economic and environmental benefits are also summarized.
The document discusses green building principles and materials. It defines green building as construction practices that are environmentally responsible and efficient over a building's entire lifecycle. Green buildings aim to reduce energy and water usage, minimize waste, and promote health. Key principles include sustainable site design, water conservation, energy efficiency, indoor environmental quality, and use of green materials like recycled steel and dimension stone. The case study highlights the CII Godrej Green Building Center in India, which uses strategies like solar power, natural ventilation, water recycling, and earth sheltering to achieve high resource efficiency.
The document discusses cleaner production, providing definitions and key principles. It describes the phases of cleaner production as planning and organization, preliminary assessment, detailed assessment, and feasibility assessment. Various cleaner production practices are outlined, including good housekeeping, input substitution, and technology changes. Barriers to cleaner production include resistance to change and lack of information. The document concludes with a case study on implementing cleaner production techniques at a textile mill in India.
Green building aims to reduce environmental impact and improve occupant health. It incorporates features like energy and water efficiency, better materials, waste management, and indoor air quality. Converting an existing building to green involves adopting green practices during renovation like renewable energy, non-potable water usage, and low-VOC materials. Imperial Heritage is analyzing cost-effective green upgrades like fly ash bricks, double glazing, and rooftop gardens. Certification provides recognition and long-term cost savings through reduced utility bills and maintenance needs.
This tutorial on Carbon Footprint gives you a brief introduction to Emission of Carbon Dioxide from our daily activities.
This tutorial covers the following topics:
1. About Carbon Footprint?
2. Measuring CO2
3. Calculate CO2 based on fuel
4. Types of Carbon Calculator
5. Carbon Footprint Calculators
A carbon footprint is a measure of the greenhouse gases produced through human activities, such as the use of electricity, transportation, and production of goods. It is quantified as the amount of carbon dioxide and other greenhouse gases emitted. An individual, organization, or nation's carbon footprint can be calculated through a greenhouse gas emissions assessment. Strategies to reduce carbon footprints include technological advances, process improvements, carbon offsetting projects, and decreasing energy usage or reliance on carbon-intensive fuels.
GREEN BUILDING STRATEGIES & PROJECT MANAGEMENT PRACTICES FOR A SUSTAINABLE FU...Raghavendra Rachamadugu
Buildings and homes (or the “built environment”) affects natural environment. Buildings, where people spend 90% of their time, adversely impact human health. Buildings also account for 40% of energy and 16% of the water used annually worldwide. Air quality inside buildings is 2 to 5 times worse than outside
There are many factors to consider while studying the impacts of buildings
• Land use and ecosystems where buildings are built
• Materials and practices used to construct buildings
• Material, chemical, energy and water resources used to maintain and operate buildings
• Demolition and waste of a building at the end of its life
Green Building involves minimizing these negative environmental and human health impacts and enhancing positive results throughout the building’s entire life cycle. In addition to environmental benefits, through integrated design, they can be constructed at the same or lower cost than conventional buildings.
Today, buildings are responsible for more than 40% of global energy used, and as much as one third of global greenhouse gas emissions, both in developed and developing countries. In absolute terms, it is estimated that building-related GHG emissions to be around 8.6 billion metric tons CO2 eqv in 2004. What is particularly worrying is the rate of growth of emissions: between 1971 and 2004, carbon dioxide emissions, including through the use of electricity in buildings is estimated to have grown at a rate of 2.5% per year for commercial buildings and at 1.7% per year for residential buildings. Furthermore, the Buildings and Construction Sector is also responsible for significant non-CO2 GHG emissions such as halocarbons, CFCs, and HCFCs (covered under the Montreal Protocol), and hydro fluorocarbons (HFCs), due to their applications for cooling, refrigeration, and in the case of halocarbons, insulation materials. According to a survey published in 2007, one-third of population believe that global warming is the world’s most critical environmental problem, nearly double the amount of people who agreed with the same statement in 2006 Faiola and Shulman 2007.
Green building - Indoor Environmental Quality SitiSarirah
This document discusses indoor environmental quality (IEQ) which refers to the quality of a building's interior environment including air quality, thermal comfort, ergonomics, and lighting and their effects on occupants. It outlines some impacts of poor IEQ such as health problems and lack of productivity. It also discusses challenges to improving IEQ like high costs and lack of awareness. Solutions proposed include considering natural ventilation and avoiding materials that emit odors. The document argues that improving IEQ supports sustainable development goals by creating jobs, improving health and protecting the environment. It provides some dos and don'ts and references on the topic.
THE GREEN BUILDING
INTRODUCTION
HISTORY
COMPARISON
NEED FOR GREEN BUILDINGS IN INDIA
HOW TO MAKE OUR BUILDINGS GREEN?
STRATEGIES & TECHNOLOGY
BENEFITS & LIMITATIONS
FEATURES, MATERIALS & METHODS
CHARACTERISTICS OF A GREEN BUILDING
TYPES OF GREEN BUILDING
LEED RATING SYSTEM
SOME GREEN BUILDINGS IN INDIA
CONCLUSION
REFERENCES
Sustainability means meeting present needs without compromising future generations' ability to meet their own needs. It involves limiting resource consumption, minimizing needed consumption, and offsetting any consumption. Approaches to sustainability include using local, recycled, durable, repurposed and biodegradable materials. It also involves renovation over new construction and biomimicry in design. Sustainability parameters in design, energy use, and technology aim to reduce carbon footprint, embodied energy and environmental impact. Governance bodies provide standards for sustainable development. Retail examples showcase using renewable energy, eco-friendly materials, reducing waste and promoting circularity.
The document discusses the Environmental Impact Assessment (EIA) process in the Philippines. It states that the Philippine EIA System was established in 1978 through Presidential Decree 1586 to ensure projects do not negatively impact the environment. It mandates that the Environmental Management Bureau evaluate EIA reports and issue Environmental Compliance Certificates for projects. The summary describes the typical EIA process of submitting project descriptions or environmental impact statements, public review, and issuance of certificates for environmentally critical projects.
Green Building Construction: Case study on Green BuildingKetulKhatri
1) The document presents a case study on green building construction techniques conducted by engineering students.
2) It discusses various factors to consider for green building such as energy efficiency, water conservation, and use of sustainable materials.
3) The students visited two green buildings in Ahmedabad, India and observed various techniques used like solar power generation, rainwater harvesting, and energy efficient lighting.
The Zero Waste Project aims at developing an integrated resources management in the production processes; with the aim to maximize raw materials and energy. Then, when is reduced the waste generation, The management includes alternatives treatments to recover, to recycle and to compost waste, increasing the amount of materials and resources to re-use them and incorporate them in recycling systems and processes that act as drivers of economic activity and sustainable development of the regions.
The document discusses sustainable building design, policy, legislation, and environmental building assessments. It provides examples of legislation enforcement in Tübingen, Germany that set guidelines for an development project, including contractual agreements outlining environmental protection requirements. The development of UK policy for sustainable development from the 1990s to 2000s is examined, including key papers and targets set. The context of legislation in Malaysia is also reviewed, covering the Construction Industry Master Plan 2006-2015. Assessment tools for sustainable construction and green buildings are introduced, specifically mentioning the Green Building Index developed in Malaysia.
This document summarizes a seminar on energy saving in green buildings. It discusses key concepts of green buildings such as reducing energy and resource consumption. It compares green buildings to conventional buildings and outlines tangible benefits like reduced operating costs and intangible benefits like environmental and health improvements. It also examines aspects of green building design like building orientation, envelope measures, lighting and renewable energy to reduce energy consumption. The presentation concludes that adopting green building practices can help reduce environmental impacts while providing human comfort in an eco-friendly way.
This document discusses waste management. It defines waste and outlines various regulations related to waste management in India. It describes different types of waste including hazardous and non-hazardous waste. Various methods of waste disposal and their impacts on health and environment are explained. International conventions addressing waste are also summarized. The waste management hierarchy of reduce, reuse and recycle is presented. Various waste treatment technologies like incineration, pyrolysis, gasification and bio-methanation are defined. The document concludes with recommendations for reducing waste, reusing materials, donating excess goods, and educating employees on proper waste management practices.
Green building is the practice of increasing building efficiency and reducing environmental impacts. It involves using renewable materials, efficient technologies, and water and energy conservation practices. Some benefits are lower costs, improved indoor air quality, energy efficiency, and healthier lifestyles. While initial costs may be higher, there are long-term savings. In India, various agencies promote green building standards and top cities have implemented policies and codes to encourage more sustainable construction.
This document discusses green building and its objectives. Green buildings aim to reduce environmental impact through efficient use of energy, water and other resources while minimizing waste and pollution. Some key principles of green building include structure efficiency, energy efficiency, water efficiency, materials efficiency and waste reduction. The Indian Green Building Council promotes green building standards and provides ratings to recognize best practices, outstanding performance, national excellence and global leadership.
Presentation looks at the entire context of Bamboo as a critical green building- material which being called steel of 21st century- in terms of its advantages and use in creating sustainable, cost-effective, earthquake resistant and green buildings
The document discusses zero waste management in India. Zero waste aims to conserve all resources through responsible production, consumption, reuse, and material recovery without burning or pollution. India generates over 62 million tons of total waste annually, of which only 11.9 million tons is treated while 31 million tons remains untreated. The key principles of zero waste are to refuse, reduce, reuse, repair, recycle, and rethink consumption habits. Proper segregation of waste at the source is an important first step toward more sustainable waste management traditions and environmental protection.
This document discusses landscape conservation and ecology. It defines landscaping and conservation landscaping. Conservation landscaping aims to protect air and water quality, support wildlife, and provide a healthy environment for humans. It incorporates native plants, low impact development, and integrated pest management. The document also outlines threats to landscapes from climate change and lists eight elements of effective conservation landscapes. It discusses techniques for conserving soils and water, including terracing, crop rotation, mulching, and watershed management. Finally, it provides a case study on conservation principles applied in an ocean-friendly garden in Manhattan Beach.
In this month's SlideShare we'll be covering the topic of carbon credits and carbon offsets and how these instruments are implemented to reduce carbon emissions to combat climate change. While the terms are often used interchangeably, carbon credits and carbon offsets does have certain key differences we'll be exploring. There are also important milestones to note, from the US Clean Air Act and Kyoto Protocol to UN Carbon Offset Platform. Over recent years, the carbon market value have grown significantly from EUR 186 billion in 2018 to EUR 850 billion in 2022.
On April 30, WRI hosted a dynamic town hall discussion about key issues related to pricing carbon in the United States. Putting a price on carbon can provide a clear and consistent economic signal that can help shift market growth in the coming decades toward a climate-smart, low-carbon economy.
The new resource "Putting a Price on Carbon: A Handbook for U.S. Policymakers" was released. Find out more at www.wri.org/carbonpricing
Green construction or sustainable building refers to both a structure and the application of processes that are environmentally responsible and resource-efficient throughout a building's life-cycle: from planning to design, construction, operation, maintenance, renovation, and demolition.
Green building, or sustainable design, is the practice of increasing the efficiency with which buildings and their sites use energy, water, and materials, and of reducing impacts on human health and the environment for the entire lifecycle of a building. Green-building concepts extend beyond the walls of buildings and include site planning, community and land-use planning issues as well.
The growth and development of our communities have a large impact on our natural environment. The manufacturing, design, construction, and operation of the buildings in which we live and work are responsible for the consumption of many of our natural resources.
This document discusses sustainability in architecture and sustainable design. It defines sustainable architecture as architecture that minimizes environmental impact through efficient use of materials, energy, and space. Sustainable design aims to reduce negative impacts on the environment and human health over a building's lifecycle. Key aspects of sustainable architecture discussed include green building techniques, the need for sustainability due to population growth and resource depletion, and methods for achieving sustainability through resource conservation, lifecycle design, and humane design.
Triple Bottom Line: How Green Schools Save Money, Promote Health, and Improve...caiscalifornia
This document summarizes a presentation given at a green schools conference. It discusses how California schools are pioneering green initiatives and profiles four schools that have implemented successful sustainability programs. The presentation focuses on how The Nueva School has integrated environmental stewardship into its curriculum, facilities, and community partnerships. It highlights programs in gardening, design thinking, and service learning. The presentation also provides an overview of Urban High School's sustainability vision and accomplishments in obtaining LEED certification, establishing a green team, and incorporating related topics into its curriculum and outdoor education program.
This document provides guidance for implementing cafeteria composting programs in schools. It discusses the benefits of composting at schools and strategies for building support among students, teachers, and staff. Options for composting include on-site bin systems, commercial compost pickup through the City of Eugene's program, or a combination. Conducting a waste audit helps determine the appropriate system based on waste volume. Instructions are provided for setting up and maintaining different composting methods.
Green building - Indoor Environmental Quality SitiSarirah
This document discusses indoor environmental quality (IEQ) which refers to the quality of a building's interior environment including air quality, thermal comfort, ergonomics, and lighting and their effects on occupants. It outlines some impacts of poor IEQ such as health problems and lack of productivity. It also discusses challenges to improving IEQ like high costs and lack of awareness. Solutions proposed include considering natural ventilation and avoiding materials that emit odors. The document argues that improving IEQ supports sustainable development goals by creating jobs, improving health and protecting the environment. It provides some dos and don'ts and references on the topic.
THE GREEN BUILDING
INTRODUCTION
HISTORY
COMPARISON
NEED FOR GREEN BUILDINGS IN INDIA
HOW TO MAKE OUR BUILDINGS GREEN?
STRATEGIES & TECHNOLOGY
BENEFITS & LIMITATIONS
FEATURES, MATERIALS & METHODS
CHARACTERISTICS OF A GREEN BUILDING
TYPES OF GREEN BUILDING
LEED RATING SYSTEM
SOME GREEN BUILDINGS IN INDIA
CONCLUSION
REFERENCES
Sustainability means meeting present needs without compromising future generations' ability to meet their own needs. It involves limiting resource consumption, minimizing needed consumption, and offsetting any consumption. Approaches to sustainability include using local, recycled, durable, repurposed and biodegradable materials. It also involves renovation over new construction and biomimicry in design. Sustainability parameters in design, energy use, and technology aim to reduce carbon footprint, embodied energy and environmental impact. Governance bodies provide standards for sustainable development. Retail examples showcase using renewable energy, eco-friendly materials, reducing waste and promoting circularity.
The document discusses the Environmental Impact Assessment (EIA) process in the Philippines. It states that the Philippine EIA System was established in 1978 through Presidential Decree 1586 to ensure projects do not negatively impact the environment. It mandates that the Environmental Management Bureau evaluate EIA reports and issue Environmental Compliance Certificates for projects. The summary describes the typical EIA process of submitting project descriptions or environmental impact statements, public review, and issuance of certificates for environmentally critical projects.
Green Building Construction: Case study on Green BuildingKetulKhatri
1) The document presents a case study on green building construction techniques conducted by engineering students.
2) It discusses various factors to consider for green building such as energy efficiency, water conservation, and use of sustainable materials.
3) The students visited two green buildings in Ahmedabad, India and observed various techniques used like solar power generation, rainwater harvesting, and energy efficient lighting.
The Zero Waste Project aims at developing an integrated resources management in the production processes; with the aim to maximize raw materials and energy. Then, when is reduced the waste generation, The management includes alternatives treatments to recover, to recycle and to compost waste, increasing the amount of materials and resources to re-use them and incorporate them in recycling systems and processes that act as drivers of economic activity and sustainable development of the regions.
The document discusses sustainable building design, policy, legislation, and environmental building assessments. It provides examples of legislation enforcement in Tübingen, Germany that set guidelines for an development project, including contractual agreements outlining environmental protection requirements. The development of UK policy for sustainable development from the 1990s to 2000s is examined, including key papers and targets set. The context of legislation in Malaysia is also reviewed, covering the Construction Industry Master Plan 2006-2015. Assessment tools for sustainable construction and green buildings are introduced, specifically mentioning the Green Building Index developed in Malaysia.
This document summarizes a seminar on energy saving in green buildings. It discusses key concepts of green buildings such as reducing energy and resource consumption. It compares green buildings to conventional buildings and outlines tangible benefits like reduced operating costs and intangible benefits like environmental and health improvements. It also examines aspects of green building design like building orientation, envelope measures, lighting and renewable energy to reduce energy consumption. The presentation concludes that adopting green building practices can help reduce environmental impacts while providing human comfort in an eco-friendly way.
This document discusses waste management. It defines waste and outlines various regulations related to waste management in India. It describes different types of waste including hazardous and non-hazardous waste. Various methods of waste disposal and their impacts on health and environment are explained. International conventions addressing waste are also summarized. The waste management hierarchy of reduce, reuse and recycle is presented. Various waste treatment technologies like incineration, pyrolysis, gasification and bio-methanation are defined. The document concludes with recommendations for reducing waste, reusing materials, donating excess goods, and educating employees on proper waste management practices.
Green building is the practice of increasing building efficiency and reducing environmental impacts. It involves using renewable materials, efficient technologies, and water and energy conservation practices. Some benefits are lower costs, improved indoor air quality, energy efficiency, and healthier lifestyles. While initial costs may be higher, there are long-term savings. In India, various agencies promote green building standards and top cities have implemented policies and codes to encourage more sustainable construction.
This document discusses green building and its objectives. Green buildings aim to reduce environmental impact through efficient use of energy, water and other resources while minimizing waste and pollution. Some key principles of green building include structure efficiency, energy efficiency, water efficiency, materials efficiency and waste reduction. The Indian Green Building Council promotes green building standards and provides ratings to recognize best practices, outstanding performance, national excellence and global leadership.
Presentation looks at the entire context of Bamboo as a critical green building- material which being called steel of 21st century- in terms of its advantages and use in creating sustainable, cost-effective, earthquake resistant and green buildings
The document discusses zero waste management in India. Zero waste aims to conserve all resources through responsible production, consumption, reuse, and material recovery without burning or pollution. India generates over 62 million tons of total waste annually, of which only 11.9 million tons is treated while 31 million tons remains untreated. The key principles of zero waste are to refuse, reduce, reuse, repair, recycle, and rethink consumption habits. Proper segregation of waste at the source is an important first step toward more sustainable waste management traditions and environmental protection.
This document discusses landscape conservation and ecology. It defines landscaping and conservation landscaping. Conservation landscaping aims to protect air and water quality, support wildlife, and provide a healthy environment for humans. It incorporates native plants, low impact development, and integrated pest management. The document also outlines threats to landscapes from climate change and lists eight elements of effective conservation landscapes. It discusses techniques for conserving soils and water, including terracing, crop rotation, mulching, and watershed management. Finally, it provides a case study on conservation principles applied in an ocean-friendly garden in Manhattan Beach.
In this month's SlideShare we'll be covering the topic of carbon credits and carbon offsets and how these instruments are implemented to reduce carbon emissions to combat climate change. While the terms are often used interchangeably, carbon credits and carbon offsets does have certain key differences we'll be exploring. There are also important milestones to note, from the US Clean Air Act and Kyoto Protocol to UN Carbon Offset Platform. Over recent years, the carbon market value have grown significantly from EUR 186 billion in 2018 to EUR 850 billion in 2022.
On April 30, WRI hosted a dynamic town hall discussion about key issues related to pricing carbon in the United States. Putting a price on carbon can provide a clear and consistent economic signal that can help shift market growth in the coming decades toward a climate-smart, low-carbon economy.
The new resource "Putting a Price on Carbon: A Handbook for U.S. Policymakers" was released. Find out more at www.wri.org/carbonpricing
Green construction or sustainable building refers to both a structure and the application of processes that are environmentally responsible and resource-efficient throughout a building's life-cycle: from planning to design, construction, operation, maintenance, renovation, and demolition.
Green building, or sustainable design, is the practice of increasing the efficiency with which buildings and their sites use energy, water, and materials, and of reducing impacts on human health and the environment for the entire lifecycle of a building. Green-building concepts extend beyond the walls of buildings and include site planning, community and land-use planning issues as well.
The growth and development of our communities have a large impact on our natural environment. The manufacturing, design, construction, and operation of the buildings in which we live and work are responsible for the consumption of many of our natural resources.
This document discusses sustainability in architecture and sustainable design. It defines sustainable architecture as architecture that minimizes environmental impact through efficient use of materials, energy, and space. Sustainable design aims to reduce negative impacts on the environment and human health over a building's lifecycle. Key aspects of sustainable architecture discussed include green building techniques, the need for sustainability due to population growth and resource depletion, and methods for achieving sustainability through resource conservation, lifecycle design, and humane design.
Triple Bottom Line: How Green Schools Save Money, Promote Health, and Improve...caiscalifornia
This document summarizes a presentation given at a green schools conference. It discusses how California schools are pioneering green initiatives and profiles four schools that have implemented successful sustainability programs. The presentation focuses on how The Nueva School has integrated environmental stewardship into its curriculum, facilities, and community partnerships. It highlights programs in gardening, design thinking, and service learning. The presentation also provides an overview of Urban High School's sustainability vision and accomplishments in obtaining LEED certification, establishing a green team, and incorporating related topics into its curriculum and outdoor education program.
This document provides guidance for implementing cafeteria composting programs in schools. It discusses the benefits of composting at schools and strategies for building support among students, teachers, and staff. Options for composting include on-site bin systems, commercial compost pickup through the City of Eugene's program, or a combination. Conducting a waste audit helps determine the appropriate system based on waste volume. Instructions are provided for setting up and maintaining different composting methods.
The role of UMS in promoting sustainability through research, teaching, learn...ESD UNU-IAS
This document summarizes the efforts of Universiti Malaysia Sabah (UMS) to promote sustainability through its EcoCampus initiative. UMS aims to be a leader in sustainability through its decisions, education, and research. Its EcoCampus program systematically improves environmental performance across campus operations, teaching, learning, and community engagement. Key elements include changing mindsets, sustainable infrastructure, research themes, and management practices. Committees provide leadership in areas like waste management, energy/water, and transportation. The EcoCampus roadmap from 2013-2017 focuses on implementing projects, reviewing curriculum to integrate sustainability, increasing research funding, and achieving international recognition for its environmental management system. UMS also promotes sustainability through tourism of its natural areas and
Tips for a Sustainable Garden - Scholastic Australiasodj49v
This document provides information for teachers on creating a sustainable garden at their school as part of the Score Points for the Environment Challenge run by Keep Australia Beautiful Week from August 25-31, 2008. It outlines the environmental benefits of sustainable gardens, design tips for planning the garden, key considerations around plants, water conservation, and recycling organic waste. Further resources and terminology are also included to support teachers in developing their sustainable garden project.
Solid and liquid waste management practices in shs.pptxDrHarishwamiDas
The document provides information on solid and liquid waste management practices at Sovanagar High School in Malda, West Bengal. It discusses the goals and objectives of training programs on this topic, which are to create clean school surroundings, process waste to obtain economic and aesthetic value, and understand the concepts of reduce, reuse, recycle, and refuse. It then describes various technologies for managing biodegradable and non-biodegradable solid waste, as well as black water, grey water, and approaches like composting, vermicomposting, biogas plants, landfilling, kitchen gardens, leach pits, and soak pits. The roles and responsibilities of different groups like students, teachers, parents, and meal
Permaculture Ethicsand Principles Fall 2010Kevin Bayuk
This document discusses the ethics and principles of permaculture, which is a design system for sustainable living. It outlines three core ethics: earth care, people care, and fair share. It then discusses indicators for caring for the earth, such as biodiversity and water quality. It also discusses indicators for people care, like access to food, water, shelter and community. Finally, it provides an overview of the permaculture design system and principles, such as obtaining a yield, catching and storing energy, and integrating rather than segregating.
Permaculture Ethics and Principles RevisedKevin Bayuk
This document discusses the ethics and principles of permaculture, which include earth care, people care, and fair share. It outlines some key indicators for evaluating earth care and people care, such as biodiversity, food/water/shelter, and community. It then discusses the permaculture design system, which focuses on obtaining yields, catching and storing energy, producing no waste, and using renewable resources. The design system aims to integrate rather than segregate functions and uses small and slow solutions.
This document provides guidance on implementing recycling and composting programs in schools. It discusses the benefits of such programs, including educational value, cost savings, and environmental benefits. Examples are given of programs implemented at Hingham High School and other Massachusetts schools that increased recycling rates and reduced disposal costs. The document also provides tips on how to design new school buildings and cafeteria operations to facilitate waste reduction efforts. Overall, the key message is that schools can and should lead by example in sustainable waste management.
This document provides guidance for schools and school districts to implement waste reduction programs. It discusses benefits such as protecting the environment, decreasing costs, and providing educational opportunities. It offers considerations for starting programs at both the school and district level, such as identifying materials to collect, determining collection logistics, and evaluating programs. Districtwide programs can reduce costs and create consistency, but require coordinating many schools' individual needs.
This document outlines the ISB Eco program which includes an Eco lunch time group, Eco ECA group, and Eco Committee. The Eco Committee meets every half term to review eco themes, create an action plan, and apply for the Green Flag Award. The lunch time and ECA groups implement the action plan and encourage reducing, reusing, and recycling. The ISB Eco Code focuses on caring for the environment, planting more trees, using the 3 R's, living healthily, and conserving energy. Primary students are asked to recycle paper, turn off lights and A/C, and pick up litter to help ISB's eco progress.
Halstead Elementary is working to become a Maryland Green School by incorporating environmental education into its curriculum using hands-on learning experiences like constructing reef balls. Becoming a Green School benefits students by improving test scores, allowing interaction with nature, and creating a healthier school environment. Halstead is taking steps like recycling assemblies, starting an environmental club, and classroom projects to reduce waste as part of its application to achieve Green School status.
This document is a survey that assesses how sustainably a school operates across various domains including energy use, water use, food, transportation, waste management, indoor environment, purchasing, buildings and grounds, sustainability education, and overall commitment to green practices. Respondents indicate on a scale of 0 to 3 how actively the school participates in over 50 different sustainability activities and practices. The total scores are then calculated to measure the school's overall sustainability performance and identify areas for improvement.
The School Permaculture Kitchen Garden & Curriculum
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For more information, Please see websites below:
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Organic Edible Schoolyards & Gardening with Children
http://scribd.com/doc/239851214
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Double Food Production from your School Garden with Organic Tech
http://scribd.com/doc/239851079
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Free School Gardening Art Posters
http://scribd.com/doc/239851159`
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Companion Planting Increases Food Production from School Gardens
http://scribd.com/doc/239851159
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Healthy Foods Dramatically Improves Student Academic Success
http://scribd.com/doc/239851348
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City Chickens for your Organic School Garden
http://scribd.com/doc/239850440
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Simple Square Foot Gardening for Schools - Teacher Guide
http://scribd.com/doc/239851110
PepsiCo Inc. is an American multinational food and beverage corporation headquartered in Purchase, New York, United States, with interests in the manufacturing, marketing and distribution of grain-based snack foods, beverages, and other products.
School Garden and Canteen Manual
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For more information, Please see websites below:
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Organic Edible Schoolyards & Gardening with Children
http://scribd.com/doc/239851214
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Double Food Production from your School Garden with Organic Tech
http://scribd.com/doc/239851079
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Free School Gardening Art Posters
http://scribd.com/doc/239851159`
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Companion Planting Increases Food Production from School Gardens
http://scribd.com/doc/239851159
`
Healthy Foods Dramatically Improves Student Academic Success
http://scribd.com/doc/239851348
`
City Chickens for your Organic School Garden
http://scribd.com/doc/239850440
`
Simple Square Foot Gardening for Schools - Teacher Guide
http://scribd.com/doc/239851110
The Cherokee Indian Hospital has implemented several initiatives focused on energy efficiency, water conservation, waste reduction, and indoor air quality including policies on dust barriers during construction, environmental air quality studies, checking humidity levels monthly, using EPA approved cleaning agents, installing HEPA filters, making the campus smoke-free, and planting plants in the facility. Some ongoing challenges include monitoring PVC materials and low VOC paints. Best practices include raised garden beds, composting, growing dietary crops, Earth Day events, recycling, motion sensor lights, and a green tips newsletter. The hospital aims to maintain green relationships, replace carpeting, track waste and energy costs, and reduce water use.
The document outlines various proposals to reduce waste and promote recycling and environmental protection at a school. Some key proposals include:
1) Forming an active student group focused on environmental preservation and protection.
2) Increasing recycling bins and separating paper and other waste containers in classrooms.
3) Assigning students to clean classrooms and common areas on a rotating basis to promote reduced waste habits.
4) Educating both students and teachers about environmental issues and engaging parents to instill sustainable practices.
The document discusses an upcoming waste reduction and recycling campaign at Harvard Business School. It introduces the student sustainability associates who will lead initiatives this year, including a Green Cup competition between sections. The presentation reviews HBS's sustainability achievements and waste diversion programs, discusses challenges with recycling, and provides guidance on proper disposal of different materials. Sections attending the kickoff presentation will receive a point toward winning the Green Cup competition.
Pepperdine University Campus Recycling Initiativeglennchung
The document discusses a proposed campus recycling initiative at Pepperdine University. It outlines details of the student population and plans to develop a student recycling program and club. The initiative would reward students for recycling deposits with points that can be redeemed for incentives like discounts or parking. It provides the costs and terms of setting up recycling kiosks. The benefits of the program include education, waste management, marketing through emails and boards, and intrinsic benefits for participation. It also discusses sustaining the project long-term and collaboration with surrounding businesses.
4. WHY… OR WHY NOT?
“Green Schools are the
most effective agents for
enacting significant
positive environmental and
educational change… It is
now a method of choice for
providing healthy,
comfortable, and
productive learning
environments while saving
energy, resources, and
money”
-Earth Day Network
5. COST EFFECTIVE
33% less energy
32% less water
Increased Education
Retention
Student Empowerment
Forward Thinking
6. HEALTHIER ENVIRONMENTS
Improved indoor air-
quality up to 85%
68% reported
heating/cooling cost
savings
Popularity and
Trendiness
8. 7 STEPS TO A GREEN SCHOOL
Establish a Green Team
Identify Key Components
Adopt a Planet Pledge
Conduct an Audit
Create an Action Plan
Monitor and Evaluate
Progress
Integrate Greening into
the Curriculum
Inform, Involve, and
Celebrate!
10. CARBON FOOTPRINT
• Calculate and measure
• www.carbonfootprint.com
•Plan to reduce footprint
• Written assessment
• Specific goals
•Reduce the footprint as much
as possible
• Encourage alternative
transportation
• Offset carbon exhausts
• Inhibit food travels
11. CLEANERS AND DISINFECTANTS
• Utilize High Heat sources for
sanitizing dishes
• Ensure compliance with label
directions
• Adopt cleaning products that
are approved for program
• Omit: chlorine, ammonia,
pteroleum, or synthetic
fragrances
• Screened and recognized by
Green Seal, US EPA Design
for the Environment, etc.
• Collaborate with purveyors of
similar discretions
• Register with U.S.
Communities Green Solutions
• Strengthen local allegances
• Cintas’s 5 “R’s”
• Applied Industrial
Technologies
• AmSan-CleanSource-JanPak
12. ENERGY AND WATER CONSERVATION
• Let the sun shine!
• Purchase green tags, RECs,
and emission offsets
• Purchase sustainable energy
• Energy Star and similar
commodities
• Condensate reclaim
• Gray Water systems
• Outdoor efficiency efforts
• Rain water harvesting
• Recycled water
• Sprinkler system reclaim
• Strategically place reminders of
PPS’s water conservation
efforts
• In view of every sink to remind
to turn off water
• By utility sources to remind to
be conservative with water
13. ZERO-WASTE FOOD AND FOOD PACKAGING
• Reusable Serving Supplies
• Sysco EarthPlus
• BeGreen packaging
• Implement a full-scale compost
and recycle system
• Perform a waste audit
• Design a waste station that
sustains all components
• Implement appropriate
composting strategy
• Educate entire staff of waste
strategy to prevent diversion
and
• Engage child/family
involvement
• EarthFarms
• Provides a full-scale audit and
training module
• Services and recycles grease
traps and waste
• Pick-up minimum $60.00/wk
PREFERABLE
14. EXPOSURE TO CHEMICALS FOUND IN PLASTICS
• Work to omit plastic bags with
food items except for cold
storage
• Increases excessive waste
• Contain polythylene (LDPE) or
polypropylene (PP)
• Omit high-density polythylene or
PP
• Absolutely no single-us
containers reused
• Absolutely no DEHA
• Absolutely no bisphenol A
(BPA) or polycarbonates (PC)
• Do not microwave, cook, boil, or
heat foods or beverages in any
plastic container, packaging, or
wrap
• Inhibit any inventory of products
with recycling codes 3, 6, 7
15. RETHINK SCHOOL LUNCH
• Update the Current Program
• Family style serving
• Healthy celebrations
• Water initiative
•Health and Nutrition Curriculum
• Bring school lunch home
• CSA’s
• Local purveyors
• Highlight seasonality
• Nurture through variety
•Empathize and Strategize for
Specialty Diets
•Ingredient Highlights
16. TEACH, LEARN, ENGAGE
• Remain entirely focused
• recycle site wide
• Theme library
• Involve Children
• Grow it, Try it, Like it
• Color Me Healthy
• Encourage outreach beyond
these four walls
• Communications to
families
• Family and staff handbook
• Demonstrations
• Promotional materials
• Community involvement
• Activity Frequency
Editor's Notes
1.) PPS must cut operational costs and reduce environmental expenses- like waste handling or regulatory burdens- throughout the value chain
2.) PPS must identify and reduce environmental and regulatory risks within the school’s operations, especially in supply chains, so as to avoid costs and increase speed to market
3.) PPS must find ways to drive revenues by designing and marketing itself competitively in ways that are environmentally superior but also synchronize with the expectations and trends of our family’s interests
4.) The most successful strategy is to create intangible brand value, in that when a family identifies PPS it isn’t just the small bird or the intimate educational experience, but an overall corporate greenness as well.
These strategies harness the profitability of the green wave, and ensure that everyone involved, Mom, Dad, child, and our bottom line, are all benefiting in a harmonious balance.
A 2006 US Green Building Council Report showed that although green schools cost $3 more per square foot, but generated $74 per sq foot in benefits from energy savings, increased attendance, and teacher retention
A Green school provides a payback often within only a few years due to energy saving alone. A green school typically utilizes 33% less energy and 32% less water. Combined with retentions in other operating costs that saves, on average, over $100,000 per year!
Daylighting, increasing the volume of daylight in a building, better indoor air quality, and hands-on, experiential environmental curricula are linked to higher test scores. Elementary school students with hands-on experience in a school garden or an environmental education curriculum behave better in class and have better attitudes about school compared with control groups without such programs.
Sustainability is about being good global citizens. By PPS providing students the tools to be innovators and giving them a healthy environment in which to learn and play, we are cultivating a generation of inspired, free-thinking, encouraging, leaders.
In 2009, a meager 39% of companies measured cost savings directly from their green programs. That nearly doubled when in 2010 60% of companies measured direct savings from their implemented green program. Here we are, 2014, and roughly 70% of US organizations have successful green initiatives in place, not to include the subsidies, grants, and promotional values associated with these programs.
Green initiatives have a proven track record of creating healthier environments. Obviously- it’s their key component. But on a micro level, a green initiative can greatly lessen injury occurrence and severity related to asthma and allergens. Asthma is identified as the leading cause of school absences nationwide, so while implementing a green initiative that has been reported as potentially improving indoor air quality up to 85%, it is not the future generations but our current staff and student body who feel the immediate relief efforts.
Not to mention, 68% of US companies who emphasize a green program report heating/cooling cost savings.
The green wave isn’t going far. In fact, more and more companies are adopting not only green initiatives, but incentives and core values that radiate through much of our daily marketing and media injestion.
Popular programs: ridesharing, telecommuting, light sensors, hiring individuals with green skills and experiences, bicycle parking, recycling and paper reduction
Or Eco-Committee: serves as the heart of the process, both organizing and directing activities. While the team is lead by a green manager, a full-time employee of PPS, the team should consist of a variety of stakeholds of the school environment- students, teachers, parents, vendors, and community members.
Each school produces its own vision statement, setting out what it is the school community is striving to achieve. The Environmental Vision Statement, or Planet Pledge, needs to be displayed and recognized by the school community as a statement of beliefs and intents.
Identify priorities for action by conducting a review of PPS’s environmental impact. Involve students in this work as much as possible, such as by assessing the impact of waste from school lunch. Calculating specifics is made easy with a carbon footprint calculator.
Use the results to identify priorities where actions need to be made. It is important to set realistic and achievable targets to improve environmental performance so children and adults can take pride in tangible accomplishments in the short-term, as well as inspiring and challenging long-term goals. Think outside the hypothetical box and think of ways to integrate the wider community- opt to be the local drop-off for community supported agriculture boxes, get involved with clean-up or habitat restoration at nearby parks. Implementing policy resolutions and specific action items helps to engage everyone in supporting the initial Planet Pledge.
The Green Team initiates monitoring and evaluating progress on the priorities in the action plan. It is important that these evaluations are measureable and quantitative, such as conducting a bi-annual audit to monitor levels of waste, recycling, and compost, versus the financial savings and/or costs. The information ensures not only progress towards the goals and targets outlined in the Planet Pledge, but also ensures that the action plan is consistent with the school’s development and on-going progress.
Greening activities can be integrated into existing curricula to enforce and support the green initiative. Using the school as a hands-on laboratory and offering explorative opportunities in science, art, humanities, math, and electives offers real-world problem solving applications. There is no need to reinvent the wheel- something as simple as using recycables for an arts craft or regular interest in the gardens spark a child’s enthusiasm.
Honor, celebrate, and communicate achievements to unify the whole school and strengthen community relations. Communication and rewards are key to spreading success and inspiring further action. A communication and publicity program keeps all shareholders informed of progress through classroom displays, newsletters, notices, or other outlets. Annual Earth Day celebrations can offer an opportunity to showcase actions taken by the school and bring together the wider community to celebrate.
Carbon footprint: a measure of greenhouse gas emissions caused directly and indirectly by PPS. Generally includes: electricity and gas used in the facility, commuting or driving methods used by staff and purveyors, water resources, etc.
Emphasize importance of having a written plan- and, of course implement this plan. Include realistic and possible actions to lower carbon released into the atmosphere. For example, support the use of public transportation through financial contribution and/or schedules that accommodate the use of public transportation, or, partner with alternative charging station subsidies and look to offering docks for hybrid cars.
Not every plan is limited to the site; off-site actions taken by staff and families have effects as well in regards to reducing carbon emissions associated with the program’s overall operation. Encourage staff and families to use pedestrian, bicycle, and public modes of transportation. Food transportation also builds depending on the distance that one ingredient can travel. The key here is to identify the leaks, and get creative in finding permanent and reasonable accommodations.
Water and energy efficiency has become a feature of habit with the
technologies installed throughout the school. High efficiency fixtures coupled with “water-” and “energy-sense” fixtures are wonderful options and considerate installations that force conservation efforts regardless. If I forget to turn off the light, the “energy-sense” fixture will remember for me! But that doesn’t mean we are finished by any means.
America’s schools spend more than $7.5 billion annually on energy- more than they spend on textbooks and computers combined.
A day lighting design is capable of providing up to 90% of a classroom’s needed illumination, even after the use of light shelves, roof monitors, lourvers or screens to avoi direct glare. By providing daylighting elements into the standard classroom, PPS can provide effective and beneficial lighted spaces greatly reducing the overhead of the school’s budget from reduced artificial light and reduced cooling loads due to the lower internal heat gain.
Renewable energy certificates (RECs) are units of carbon offsets that may be bought or traded. Carbon offset refers to the purchase of a share in a project that leads to the prevention of future greenhouse gas emissions; it is almost a trade for the emissions we do set off in exchange for the development of a solar- or wind-power development. There are also options that focus on carbon reduction, such as agricultural methane and landfill gas captures.
Sustainable energy is energy that as limited negative impacts on human and environmental health AND can be in constant supply for future generations.
Air conditioning condensate can be captured and reused for non-potable water applications or even integrated into a gray water system.
A gray water system collects and redistributes water discharged as waste from lavatories and clothes dryer (other than that discharged by kitchen and toilet resources). The water is first filtered and then redirected to non-potable purposes, such as irrigation or toilet flushing.
The water system suggested by NC’s green school initiative draws out some extensive calculation, dwindling down to a simple answer: outdoor potable water use should be at least 50% less than that esteemed by the 2012 North Carolina Building Code. That being said, there are numerous, low cost, low hassle, ways to greatly reduce our dependency on potable water for outdoor sources. Automatically control operating times for irrigation systems by moisture sensors rather than timing reduces silly mistake of water the lawn in the midst of a rain shower. Additionally, specifying appropriate times of year when new landscaping efforts should occur and introducing drought resistant vegetation can greatly reduce water dependency. Tactics such as burying spring flowers as seeds before winter mulching can also intercept that additional service scheduled to plant those same plants- only matured.
If 133,000 schools switched to recycled paper, they could save over 6 million trees per year
On average each school lunch generates 67 pounds of waste per school year. According to the US EPA, by shifting to a waste-free lunch PPS can save an average student over $250 a year.
Implementing an all-inclusive waste diversion strategy lessened Charlotte Latin’s total dumpster weight by 40%
With over 20% of global carbon emissions originating from the global food system, greening our food supplies and program will greatly reduce PPS’s carbon footpint.
Further assists with community outreach and organic marketing. Earth Farms has engaged numerous schools with community gardens and soil donations to enforce child/family involvement.
Check your produce and local food supply; your sure to find countries across the world bringing “fresh” ingredients you wouldn’t have suspected: Apples from Asia, citrus from Mexico and South America, blueberries from Chile. On average that bit of green you squeeze next to those meats and potatoes travel roughly 1500 miles from farm to plate. Not only do those conditions of travel add wear and tear on the nutritional components and variety of produce offered, but it issues enormous quantities of carbon and pollutants into the environment.
1.) Environmental themes, concepts, and Green School Projects are at the core of how staff and administration think about curriculum and building operations. Even training should be used as intentional opportunities to build on green school capacities, while core components should be systemactically inclusive whether it is introducing numbers by counting seeds in a fruit or vegetable, or maybe doing potato stamps as a craft, schools should utilize the components throughout their daily regimine.
Strategies can be implemented across the board, such as reusing classroom supplies beyond just crayons and markers. By spreading the expense of thematic resources, and combining teacher’s efforts for themed curriculmn, a library can ensure items and activities are being reused for as long as possible. Even broken or scraped items can be fun and inventive for “I Spy” collaborations or mosaic motifs.
2.) Children should be involved in developmentally ways. While Pre-K children learn about the whys and the hows regarding the importance of water conservation, two’s and three’s can learn the basic importance of turning off the faucet to save water. And our loving toddlers learn that turning off the faucet is the last step in handwashing.
PPS has made some astounding strides to ensuring time in nature, but in being consistent and encouraging when it comes to growing gardens with harvestable vegetation without the use of synthetically derived chemicals can demonstrate the lifecycle and complete system when it comes to the foods we eat.
3.) The Grow it, Try it, Like it! Program is a wonderful stepping stone for preschool aged children to get an introduction not only into local produce, but into the life cycles and sciences regarding these familiar crops. Collaboration between kitchen and classroom can ensure that children are exposed to their lesson through avenues and courses beyond the classroom door.
4.) Compounding those efforts with the Color Me Healthy initiative will enhance the curriculum for older toddlers and enticing participation from parents and families at home. The key to success here is to pilot communication and organic marketing so that there is a heads up for any shift in family interests or upcoming trends.
5.) PPS should turn outwards in sharing and inspiring within the community how and what is being done to go green. Rather than placing an emphasis on marketing tactics or brand development, focus, instead, on the importance of honest and intimate communication and networking. If PPS is truly invested, then there should be not doubt or hesitation. Hold the doors open for non-school community members and volunteers, wiling to be engaged actively and regularly support students and teachers. By valuing community input there is a broader base of expertise and resources available to further embellish learning projects and lesson plans.
6.) Of course, as with any habit, the green initiative isn’t a monthly commitment. This is a daily focus on driving measurable results and participation from the entire support system of PPS. The biggest measure of success comes from the combined efforts of everyone involved; by educating and monitoring one another there is verification that everyone involved matters, boosting overall confidence and morale, but also, it lessons the strain on any one presence who is designated to verify the level of compliance.