The document summarizes Don Bosco Organization's plans to increase their use of solar power across their schools in Mumbai to reduce their reliance on coal-generated electricity. They plan to add more solar panels to increase their existing solar power network capacity from 160KW to 260KW. This will help reduce their electricity costs and carbon emissions. They aim to achieve "zero energy" status within two years by generating enough solar power to meet 65% of their electricity needs. The initiative demonstrates a cost-effective way to increase renewable energy use and reduce environmental impact.
The document discusses plans to expand renewable energy, particularly solar power, in Bangladesh to empower more of the population and create green jobs. The goals are to install 7.5 million solar home systems by 2020, expand solar power to urban areas, use solar for irrigation pumps and street lighting, and create 100,000 green jobs, especially for women. Solar power has already been installed for 2 million homes in rural Bangladesh, benefiting over 2 crore people and creating over 60,000 jobs.
As I first witnessed the natural beauty, the kindness of the people, and the small huts in the rural life after crossing 60 km on foot, I was filled with awe.
The document proposes building sustainable housing in Huancavelica, Peru using discarded materials like plastic water bottles to address unsafe living conditions, lack of infrastructure, and environmental issues. A central community hub would be built using solar power and rainwater collection. Local resources and labor would be used to construct affordable houses and stimulate education and community connection. The goal is to create a sustainable community model that improves living standards and health while promoting environmental stewardship.
... even after completed their training the donor purchased and provided for each farmers production machineries i.e. mould cast for energy efficient device production and start-up money for the purpose of sustaining their business
Water and air are essential for life on Earth. Burning one gallon of gasoline produces 20 pounds of carbon dioxide because most of the weight comes from the oxygen in the air, not the gasoline. When gasoline burns, the carbon combines with oxygen to form carbon dioxide, whose molecules contain carbon weighing 12 and oxygen weighing 32, for a total atomic weight of 44.
Newsletter volunteer wind aid_august 2010_nuevo manzanillaHanan E. Levy
Volunteer WindAid installed a small-scale wind turbine in the rural Peruvian community of Nuevo Manzanilla to provide electricity. A group of volunteers from different countries worked for five weeks building the turbine in a workshop in Trujillo. They then installed the turbine in the remote community, which lacks access to the national grid. The turbine now provides power to the local school and has the potential to electrify more of the community in the future, improving lives without relying on diesel generators or the environmental impact they cause.
Solar lantern technology adoption model for indian villages - finalASHOK BHATLA
The document summarizes a proposal to introduce solar lanterns to villages in India to provide lighting where electricity is unavailable. It outlines the current energy scenario in Indian villages, describes available solar lantern products and their benefits. It also discusses market drivers and barriers to adoption, presents a model for typical village energy use, provides an economic analysis comparing solar lanterns to kerosene, and proposes a framework involving local post offices to promote adoption of solar lanterns in rural areas.
Sacred Spaces and an Abudant Life - Evangelical Lutheran Church in America Z8Y
The document discusses the importance of good stewardship of houses of worship. It argues that as communities of faith are blessed with sacred spaces for worship and ministry, they also have responsibilities to care for these spaces. This involves practices like energy efficiency, reducing toxic materials, conserving water and land, and maintaining the spaces in a way that honors God and cares for creation. The document provides many specific suggestions that congregations can implement to be better stewards of their facilities in an environmentally sustainable and socially just way.
The document discusses plans to expand renewable energy, particularly solar power, in Bangladesh to empower more of the population and create green jobs. The goals are to install 7.5 million solar home systems by 2020, expand solar power to urban areas, use solar for irrigation pumps and street lighting, and create 100,000 green jobs, especially for women. Solar power has already been installed for 2 million homes in rural Bangladesh, benefiting over 2 crore people and creating over 60,000 jobs.
As I first witnessed the natural beauty, the kindness of the people, and the small huts in the rural life after crossing 60 km on foot, I was filled with awe.
The document proposes building sustainable housing in Huancavelica, Peru using discarded materials like plastic water bottles to address unsafe living conditions, lack of infrastructure, and environmental issues. A central community hub would be built using solar power and rainwater collection. Local resources and labor would be used to construct affordable houses and stimulate education and community connection. The goal is to create a sustainable community model that improves living standards and health while promoting environmental stewardship.
... even after completed their training the donor purchased and provided for each farmers production machineries i.e. mould cast for energy efficient device production and start-up money for the purpose of sustaining their business
Water and air are essential for life on Earth. Burning one gallon of gasoline produces 20 pounds of carbon dioxide because most of the weight comes from the oxygen in the air, not the gasoline. When gasoline burns, the carbon combines with oxygen to form carbon dioxide, whose molecules contain carbon weighing 12 and oxygen weighing 32, for a total atomic weight of 44.
Newsletter volunteer wind aid_august 2010_nuevo manzanillaHanan E. Levy
Volunteer WindAid installed a small-scale wind turbine in the rural Peruvian community of Nuevo Manzanilla to provide electricity. A group of volunteers from different countries worked for five weeks building the turbine in a workshop in Trujillo. They then installed the turbine in the remote community, which lacks access to the national grid. The turbine now provides power to the local school and has the potential to electrify more of the community in the future, improving lives without relying on diesel generators or the environmental impact they cause.
Solar lantern technology adoption model for indian villages - finalASHOK BHATLA
The document summarizes a proposal to introduce solar lanterns to villages in India to provide lighting where electricity is unavailable. It outlines the current energy scenario in Indian villages, describes available solar lantern products and their benefits. It also discusses market drivers and barriers to adoption, presents a model for typical village energy use, provides an economic analysis comparing solar lanterns to kerosene, and proposes a framework involving local post offices to promote adoption of solar lanterns in rural areas.
Sacred Spaces and an Abudant Life - Evangelical Lutheran Church in America Z8Y
The document discusses the importance of good stewardship of houses of worship. It argues that as communities of faith are blessed with sacred spaces for worship and ministry, they also have responsibilities to care for these spaces. This involves practices like energy efficiency, reducing toxic materials, conserving water and land, and maintaining the spaces in a way that honors God and cares for creation. The document provides many specific suggestions that congregations can implement to be better stewards of their facilities in an environmentally sustainable and socially just way.
Sacred Spaces and an Abudant Life - United Methodist Church Z8Y
The document discusses the importance of good stewardship of houses of worship. It argues that as communities of faith are blessed with sacred spaces for worship and ministry, they also have responsibilities to care for these spaces. This involves practices like energy efficiency, reducing toxic materials, conserving water and land, and maintaining the spaces in a way that honors God and cares for all of God's creation. The document provides many specific suggestions that congregations can implement to be better stewards of their facilities in an environmentally sustainable and socially just way.
Sacred Spaces and an Abudant Life - Reformed Church in America Z8Y
The document discusses the importance of being good stewards of houses of worship and their sacred spaces. It notes that these spaces are where communities come to worship and be spiritually nourished. As those who have been blessed with these gathering places, there is a responsibility to care for them. The document suggests that congregations can cut energy costs and emissions through energy efficiency upgrades and practices like installing efficient lighting and thermostats. It encourages reducing toxic materials and products to keep worship spaces healthy.
Sacred Spaces and an Abudant Life - Presbyterian Church Z8Y
The document discusses the importance of good stewardship of houses of worship. It argues that as communities of faith are blessed with sacred spaces for worship and ministry, they also have responsibilities to care for these spaces. This involves practices like energy efficiency, reducing toxic materials, conserving water and land, and maintaining the spaces in a way that honors God and cares for all of God's creation. The document provides many specific suggestions that congregations can implement to be better stewards of their facilities in an environmentally sustainable and socially just way.
The document is a letter from Berhanu Tadesse Taye about reducing air pollution in Ethiopia through various initiatives at the household and community level. Some key points:
- Air pollution in Ethiopia is caused by traditional cooking methods using firewood and kerosene that negatively impact women's health. Berhanu's mother died from cancer caused by household air pollution.
- Berhanu designed a project to reduce air pollution by providing modern cooking devices and solar energy solutions to rural households. This would save lives and reduce fuel consumption.
- The project also involves improving vocational education to train people to produce improved cooking technologies. Establishing small businesses around these could generate income and solve air pollution problems
This document provides a case study and summary of a solar lighting project implemented in the rural community of Odighi, Nigeria. The project aimed to increase access to clean energy for lighting by installing solar home systems for 40 households. It trained 50 local youth to install and maintain the systems. The project helped the community transition from using smoky and hazardous kerosene lamps to cleaner solar lighting. This improved quality of life, boosted economic activities, and reduced carbon emissions by over 5 tons annually. In conclusion, the small project helped save the community nearly $4,000 per year in fuel costs while contributing to climate change mitigation.
This document discusses the concept of using genetically engineered glowing trees as a replacement for traditional street lights. It proposes modifying trees by applying fluorescent substances to their roots, leaves, and trunks so that they glow in the dark without needing electricity. This could save on energy costs while providing scenic beauty, oxygen production, and reducing light pollution in cities. The document outlines the process of creating glowing tree paint and water and implanting these into existing trees.
The document describes the Derrington - Way Ahead project which aims to make the village of Derrington more sustainable by reducing carbon emissions and environmental impact. It outlines various projects undertaken as part of this initiative including improving energy efficiency at the village hall, household energy visits, promoting local food, community tree planting, and recycling programs. Over 50 homes received energy assessments and residents reported various sustainable behavior changes like using less car travel and growing their own food. The village hall upgrades generated cost savings and environmental benefits for community users. The broad-ranging community effort has received awards and serves as a model for other towns.
The document is a proposal from John Greyling to Pastor Donovan about providing solar-powered lamps called Genie Lamps to underserved communities in South Africa and Africa. The lamps were designed to provide safe, affordable lighting to replace candles and paraffin lamps. They can also charge mobile phones. Over 5,000 school children in South Africa were found to study by candlelight alone. The lamps last 10-12 hours on an 8 hour solar charge and cost about $90 each including accessories. Greyling believes the pastor can help distribute the lamps to improve lives and sees it as a way to ensure donation funds go directly to those in need.
The document discusses non-conventional energy resources and India's energy scenario. It notes that fossil fuel reserves are limited and global energy demand is increasing. It then summarizes several non-conventional, renewable energy sources available in India including solar, wind, hydroelectric, geothermal, biomass and biofuels. Solar and wind energy installations in India are discussed. The document concludes by stating India has significant potential to develop additional non-conventional energy sources.
Reinforcing resilience and self-reliance of communities in degrowth: The case...NeaGuinea
The case study of the renewable energy workshop of the 'Nea Guinea' non-profit organization in Athens, Greece, is presented an example of how communities can practice paths towards degrowth though open source renewable energy technologies, convivial and experimental ways of learning and thus providing more resilient futures for the social networks in which they participate. The main themes discussed are the ideas of open knowledge commons, community-driven design with internet collaboration and open design approaches for local manufacturing, while the concepts of resilience and self-reliance are introduced for emerging rural communities in degrowth.
The project “Providing Sustainable Energy in Ofetebe Community Using Solar Micro Off-Grid Facility” was implemented by the Community Research and Development Centre (CREDC) as part of the PREEEN Project (Promoting Renewable Energy and Energy Efficiency in Nigeria) as been funded by the Global Environment Facility Small Grant Programme (GEF-SGP/UNDP) Abuja, Nigeria. The Project is located at Ofetebe Community in Ovia North-East Local Government Area of Edo State, Southern Nigeria.
Promoting Environmental Sustainability through the use of Central Solar Charg...Ogbemudia Godfrey
The document summarizes a final project report on installing a central solar charging station in Uniaro Community, Nigeria to provide clean energy for lighting. Key details:
- CREDC implemented the project with support from the Swiss Embassy to provide solar-powered lighting for 40 households in Uniaro Community, replacing kerosene.
- 15 local youths were trained to install and maintain the solar facility, which includes a central charging station and battery packs for households.
- A Local Energy Regulatory Committee of 3 community members was also trained to manage the facility and collect fees to sustain operations.
- The project aims to promote environmental sustainability, empower youth, reduce costs and indoor air pollution for families previously relying on ker
The document contains statements from various individuals describing green actions they take such as using green cleaning products, installing low-flow fixtures, recycling, reducing car trips, commuting by train or bike, using energy efficient light bulbs, buying local produce, and investing in green companies.
The document discusses delivering affordable warmth through improving home energy efficiency. It defines affordable warmth as households spending less than 10% of disposable income on energy. Over 30% of people in East Anglia are considered fuel poor due to high energy costs. Improving home energy efficiency can provide health benefits and savings for households. However, the scale of improvements needed to meet carbon reduction targets by 2050 will require retrofitting millions of homes at a major cost. Behavior changes and new technologies are also needed to reduce the performance gap between modeled and actual energy usage.
Cyclone Phailin and Help Age India InterventionsSino Antony
Cyclone Phailin caused widespread destruction in Odisha, India, affecting over 14,000 villages and 5 million people. HelpAge India responded by deploying mobile medical units to provide relief in affected districts. Teams assessed needs and identified the most urgent as solar lamps, dry food rations, and medicines for 2,000 families. Additional mobile medical units, funding for supplies, and income generation projects are needed to aid recovery efforts.
O Prof. Timothy Beatley trabalha com o conceito da RESILIÊNCIA URBANA, conceito este que assenta na prevenção do risco no planeamento urbano, da mitigação do risco nas intervenções durante catástrofes e eventos extremos e da regeneração dos sistemas urbanos. Trata-se de um conceito extremamente actual, poderoso e politicamente oportuno. A sua visão é contagiosa e geradora de consensos.
Darien Project: Solar Energy in the Wouman VillageThe Solar Biz
The Solar Biz aided an Indian Village in Panama by providing them with the materials needed and proper instructions to set solar panels and water pumps so that they have electricity and clean water! Learn more here.
The document summarizes a sustainability initiative at the NITK campus. It outlines various waste management and energy generation projects, including:
1. A plan to set up pods to collect and process different types of waste like tetra packs and CDs.
2. A biogas plant project that would convert food waste from hostels into biogas for cooking.
3. A PET flakes recycling project to collect and process plastic bottles into saleable flakes.
The goals are to reduce dependence on fossil fuels and become a zero waste campus through various technical projects improving energy efficiency and reducing waste.
KARMOYOG GREEN VILLAGE_webcontent_ver2.0SUHAIL HAQUE
KarmYog Green Village is a membership-driven eco-community located in Newtown Kolkata that aims to help people connect with nature. The village uses sustainable practices like syncing operations with sunrise and sunset to minimize energy use and focuses on agriculture, animal husbandry, and artisanry. It trains local populations in these fields to promote self-reliance while also implementing innovative and nature-compatible smart solutions.
Daily Dump is a Bengaluru-based social enterprise that provides decentralized waste management solutions. It was founded in 2006 to address the growing waste pollution problem in Indian cities. [Daily Dump] developed simple, user-friendly composting products like Khamba pots that can be used at home. Over time, they expanded their product line based on customer needs. Daily Dump focuses on creating sustainable livelihoods and promoting behavior change through education. Their grassroots approach has helped manage waste for thousands of households while reducing environmental impact.
The document summarizes efforts to promote organ donation in the Christian community in Mumbai, India. Led by priests and bishops, there is a growing awareness among Christians about pledging organs after death to help others. Notable examples mentioned include a priest who donated his entire body for research in 1996, and the current archbishop of Mumbai who has pledged his organs. In 2016, Mumbai saw its highest number of cadaver organ donations, aided by community leaders promoting donation. The document highlights individual stories of donation as well.
Sacred Spaces and an Abudant Life - United Methodist Church Z8Y
The document discusses the importance of good stewardship of houses of worship. It argues that as communities of faith are blessed with sacred spaces for worship and ministry, they also have responsibilities to care for these spaces. This involves practices like energy efficiency, reducing toxic materials, conserving water and land, and maintaining the spaces in a way that honors God and cares for all of God's creation. The document provides many specific suggestions that congregations can implement to be better stewards of their facilities in an environmentally sustainable and socially just way.
Sacred Spaces and an Abudant Life - Reformed Church in America Z8Y
The document discusses the importance of being good stewards of houses of worship and their sacred spaces. It notes that these spaces are where communities come to worship and be spiritually nourished. As those who have been blessed with these gathering places, there is a responsibility to care for them. The document suggests that congregations can cut energy costs and emissions through energy efficiency upgrades and practices like installing efficient lighting and thermostats. It encourages reducing toxic materials and products to keep worship spaces healthy.
Sacred Spaces and an Abudant Life - Presbyterian Church Z8Y
The document discusses the importance of good stewardship of houses of worship. It argues that as communities of faith are blessed with sacred spaces for worship and ministry, they also have responsibilities to care for these spaces. This involves practices like energy efficiency, reducing toxic materials, conserving water and land, and maintaining the spaces in a way that honors God and cares for all of God's creation. The document provides many specific suggestions that congregations can implement to be better stewards of their facilities in an environmentally sustainable and socially just way.
The document is a letter from Berhanu Tadesse Taye about reducing air pollution in Ethiopia through various initiatives at the household and community level. Some key points:
- Air pollution in Ethiopia is caused by traditional cooking methods using firewood and kerosene that negatively impact women's health. Berhanu's mother died from cancer caused by household air pollution.
- Berhanu designed a project to reduce air pollution by providing modern cooking devices and solar energy solutions to rural households. This would save lives and reduce fuel consumption.
- The project also involves improving vocational education to train people to produce improved cooking technologies. Establishing small businesses around these could generate income and solve air pollution problems
This document provides a case study and summary of a solar lighting project implemented in the rural community of Odighi, Nigeria. The project aimed to increase access to clean energy for lighting by installing solar home systems for 40 households. It trained 50 local youth to install and maintain the systems. The project helped the community transition from using smoky and hazardous kerosene lamps to cleaner solar lighting. This improved quality of life, boosted economic activities, and reduced carbon emissions by over 5 tons annually. In conclusion, the small project helped save the community nearly $4,000 per year in fuel costs while contributing to climate change mitigation.
This document discusses the concept of using genetically engineered glowing trees as a replacement for traditional street lights. It proposes modifying trees by applying fluorescent substances to their roots, leaves, and trunks so that they glow in the dark without needing electricity. This could save on energy costs while providing scenic beauty, oxygen production, and reducing light pollution in cities. The document outlines the process of creating glowing tree paint and water and implanting these into existing trees.
The document describes the Derrington - Way Ahead project which aims to make the village of Derrington more sustainable by reducing carbon emissions and environmental impact. It outlines various projects undertaken as part of this initiative including improving energy efficiency at the village hall, household energy visits, promoting local food, community tree planting, and recycling programs. Over 50 homes received energy assessments and residents reported various sustainable behavior changes like using less car travel and growing their own food. The village hall upgrades generated cost savings and environmental benefits for community users. The broad-ranging community effort has received awards and serves as a model for other towns.
The document is a proposal from John Greyling to Pastor Donovan about providing solar-powered lamps called Genie Lamps to underserved communities in South Africa and Africa. The lamps were designed to provide safe, affordable lighting to replace candles and paraffin lamps. They can also charge mobile phones. Over 5,000 school children in South Africa were found to study by candlelight alone. The lamps last 10-12 hours on an 8 hour solar charge and cost about $90 each including accessories. Greyling believes the pastor can help distribute the lamps to improve lives and sees it as a way to ensure donation funds go directly to those in need.
The document discusses non-conventional energy resources and India's energy scenario. It notes that fossil fuel reserves are limited and global energy demand is increasing. It then summarizes several non-conventional, renewable energy sources available in India including solar, wind, hydroelectric, geothermal, biomass and biofuels. Solar and wind energy installations in India are discussed. The document concludes by stating India has significant potential to develop additional non-conventional energy sources.
Reinforcing resilience and self-reliance of communities in degrowth: The case...NeaGuinea
The case study of the renewable energy workshop of the 'Nea Guinea' non-profit organization in Athens, Greece, is presented an example of how communities can practice paths towards degrowth though open source renewable energy technologies, convivial and experimental ways of learning and thus providing more resilient futures for the social networks in which they participate. The main themes discussed are the ideas of open knowledge commons, community-driven design with internet collaboration and open design approaches for local manufacturing, while the concepts of resilience and self-reliance are introduced for emerging rural communities in degrowth.
The project “Providing Sustainable Energy in Ofetebe Community Using Solar Micro Off-Grid Facility” was implemented by the Community Research and Development Centre (CREDC) as part of the PREEEN Project (Promoting Renewable Energy and Energy Efficiency in Nigeria) as been funded by the Global Environment Facility Small Grant Programme (GEF-SGP/UNDP) Abuja, Nigeria. The Project is located at Ofetebe Community in Ovia North-East Local Government Area of Edo State, Southern Nigeria.
Promoting Environmental Sustainability through the use of Central Solar Charg...Ogbemudia Godfrey
The document summarizes a final project report on installing a central solar charging station in Uniaro Community, Nigeria to provide clean energy for lighting. Key details:
- CREDC implemented the project with support from the Swiss Embassy to provide solar-powered lighting for 40 households in Uniaro Community, replacing kerosene.
- 15 local youths were trained to install and maintain the solar facility, which includes a central charging station and battery packs for households.
- A Local Energy Regulatory Committee of 3 community members was also trained to manage the facility and collect fees to sustain operations.
- The project aims to promote environmental sustainability, empower youth, reduce costs and indoor air pollution for families previously relying on ker
The document contains statements from various individuals describing green actions they take such as using green cleaning products, installing low-flow fixtures, recycling, reducing car trips, commuting by train or bike, using energy efficient light bulbs, buying local produce, and investing in green companies.
The document discusses delivering affordable warmth through improving home energy efficiency. It defines affordable warmth as households spending less than 10% of disposable income on energy. Over 30% of people in East Anglia are considered fuel poor due to high energy costs. Improving home energy efficiency can provide health benefits and savings for households. However, the scale of improvements needed to meet carbon reduction targets by 2050 will require retrofitting millions of homes at a major cost. Behavior changes and new technologies are also needed to reduce the performance gap between modeled and actual energy usage.
Cyclone Phailin and Help Age India InterventionsSino Antony
Cyclone Phailin caused widespread destruction in Odisha, India, affecting over 14,000 villages and 5 million people. HelpAge India responded by deploying mobile medical units to provide relief in affected districts. Teams assessed needs and identified the most urgent as solar lamps, dry food rations, and medicines for 2,000 families. Additional mobile medical units, funding for supplies, and income generation projects are needed to aid recovery efforts.
O Prof. Timothy Beatley trabalha com o conceito da RESILIÊNCIA URBANA, conceito este que assenta na prevenção do risco no planeamento urbano, da mitigação do risco nas intervenções durante catástrofes e eventos extremos e da regeneração dos sistemas urbanos. Trata-se de um conceito extremamente actual, poderoso e politicamente oportuno. A sua visão é contagiosa e geradora de consensos.
Darien Project: Solar Energy in the Wouman VillageThe Solar Biz
The Solar Biz aided an Indian Village in Panama by providing them with the materials needed and proper instructions to set solar panels and water pumps so that they have electricity and clean water! Learn more here.
The document summarizes a sustainability initiative at the NITK campus. It outlines various waste management and energy generation projects, including:
1. A plan to set up pods to collect and process different types of waste like tetra packs and CDs.
2. A biogas plant project that would convert food waste from hostels into biogas for cooking.
3. A PET flakes recycling project to collect and process plastic bottles into saleable flakes.
The goals are to reduce dependence on fossil fuels and become a zero waste campus through various technical projects improving energy efficiency and reducing waste.
KARMOYOG GREEN VILLAGE_webcontent_ver2.0SUHAIL HAQUE
KarmYog Green Village is a membership-driven eco-community located in Newtown Kolkata that aims to help people connect with nature. The village uses sustainable practices like syncing operations with sunrise and sunset to minimize energy use and focuses on agriculture, animal husbandry, and artisanry. It trains local populations in these fields to promote self-reliance while also implementing innovative and nature-compatible smart solutions.
Daily Dump is a Bengaluru-based social enterprise that provides decentralized waste management solutions. It was founded in 2006 to address the growing waste pollution problem in Indian cities. [Daily Dump] developed simple, user-friendly composting products like Khamba pots that can be used at home. Over time, they expanded their product line based on customer needs. Daily Dump focuses on creating sustainable livelihoods and promoting behavior change through education. Their grassroots approach has helped manage waste for thousands of households while reducing environmental impact.
The document summarizes efforts to promote organ donation in the Christian community in Mumbai, India. Led by priests and bishops, there is a growing awareness among Christians about pledging organs after death to help others. Notable examples mentioned include a priest who donated his entire body for research in 1996, and the current archbishop of Mumbai who has pledged his organs. In 2016, Mumbai saw its highest number of cadaver organ donations, aided by community leaders promoting donation. The document highlights individual stories of donation as well.
This document provides information about purchasing a 3Com 3C96100D-AMGT CoreBuilder 5000 Advanced Ethernet Network Monitor Card from Launch 3 Telecom. Launch 3 Telecom specializes in telecom equipment and has been in business since 2003. They accept various payment methods for purchase of the 3C96100D-AMGT and offer same-day shipping with tracking once an order is placed. Launch 3 Telecom also provides warranty, repair, and other services for telecom equipment.
This document provides information about purchasing a 3Com 1698-110-000-6.02 product from Launch 3 Telecom. It describes the product, lists contact information for purchasing, and details shipping and warranty policies. It also outlines additional services provided by Launch 3 Telecom such as repairs, maintenance contracts, and equipment deinstallation.
This document provides information about purchasing a 3Com 6000M-RCTL COREBUILDER 5000 REDUNDANT CTR from Launch 3 Telecom. It describes how to purchase the product through their website or by phone, notes they accept payment by credit card, purchase order, or PayPal. It outlines same day shipping options and tracking, and includes their warranty and return policies. It also lists additional services provided like repairs, maintenance contracts, de-installation, equipment testing, and storage.
The document discusses C++ programs to find the maximum and minimum values from arrays and compare two or three values using conditional operators. It includes the code and output for programs that find the maximum and minimum values from arrays using classes, and programs that compare two or three values entered by the user to find the greatest value using conditional operators both with and without classes.
La arquitectura islámica se desarrolló desde el siglo VII al XVIII y se divide en tres periodos. Se caracteriza por la importancia de la caligrafía y la composición espacial de la mezquita. Los principales tipos de construcciones son la mezquita, la tumba, el palacio y el fuerte. La arquitectura islámica es una síntesis de elementos bizantinos y cristianos que plasman armonía con el paisaje a través del uso de ladrillos, yeso y madera.
Este documento describe cómo el videojuego Candy Crush Saga podría utilizarse con fines educativos en el nivel preescolar. Explica cómo el juego podría ayudar a los niños a desarrollar habilidades matemáticas como el conteo, los colores y las formas, así como habilidades lingüísticas y de exploración. Incluye una secuencia didáctica de actividades para preparar a los niños y luego jugar Candy Crush Saga de manera individual aplicando lo que han aprendido.
Total quality management (TQM) can provide benefits to the maritime industry. TQM involves implementing quality standards and assurance processes to improve customer satisfaction, ship safety, and environmental protection. This leads to benefits like reduced costs, increased market share and profits, and a more positive company image. Effective TQM requires commitment from management and employees to continuously improve work processes and comply with quality certifications.
This document provides information about purchasing a 3Com 3C905-TX-5 Ethernet PCI card from Launch 3 Telecom. It lists contact information for purchasing, describes same day shipping and order tracking services, and discusses the warranty and additional services offered like repairs, maintenance contracts, and equipment deinstallation.
Este documento describe la evaluación del desempeño de directivos de UGEL y DRE entre agosto de 2016 y julio de 2020. Serán evaluados en dos tramos usando indicadores de habilidades como orientación a resultados y vocación de servicio, e indicadores de desempeño como mejora en logros de aprendizaje. Los comités de evaluación estarán compuestos por directivos y especialistas de personal, y evaluarán directores de UGEL, directores de gestión pedagógica de DRE, y jefes de gestión pedagógica de UG
This document summarizes social exchange theory, which focuses on how humans acquire resources through social interaction and exchange. Some key points:
- SET is derived from theories like equity theory that view humans as self-interested actors who seek to maximize benefits and minimize costs in social exchanges.
- It assumes humans need resources to survive and developed language to facilitate exchanging resources with others based on norms like reciprocity.
- Social interaction can be viewed as a way to exchange symbolic resources like love, status, and information. It also allows people to negotiate exchange agreements and develop relationships and networks.
- While SET provides insights into communication processes, it has been criticized for oversimplifying human behavior and lacking precision to
The document contains 17 notices for the parish regarding upcoming events and activities during Lent such as Stations of the Cross on Fridays and Saturdays, OLCM and PPC meetings, PYC and BCS meetings, the last day of Sunday School, Eco Kids meeting, Wednesday Lenten services, maintaining records of community fund contributions, and cloth bags for sale. It also lists the schedule for Eucharistic adoration by different SCCs during March and thanks parishioners for last Sunday's collections.
The solar lantern project aims to replace kerosene lamps in rural Rwanda with affordable solar lanterns. Only 16% of Rwanda has electricity access, forcing many to rely on expensive and hazardous kerosene. The project will distribute solar lantern kits to villages, where women's groups will operate charging stations and villagers pay monthly installments. This will save families money, improve health, safety and study hours while providing income to women. The project seeks a $15,000 grant to launch pilot kits for 3 villages and train women entrepreneurs to sustain the initiative.
Convertion of a campus into sustanable(green campus)avinash chowdary
The document proposes several ways for VIT campus to shift from non-renewable to renewable energy sources and become more sustainable. It suggests installing more solar panels across campus buildings to provide electricity, replacing lights with CFL bulbs, setting up a biomass heating plant, installing white roofs to reduce cooling needs, adding solar panels on shaded pathways, creating a bio-digester from sewage waste to produce biogas and electricity, using motion sensors in bathrooms to reduce nighttime electricity usage, encouraging digital formats to reduce paper usage, and promoting bicycles and electric transportation to lower fuel consumption. The goal is to cut pollution and electricity costs by increasing the campus' reliance on clean and renewable energy.
The document discusses plans to increase renewable energy development in Bangladesh to empower rural populations and create green jobs. It aims to install 7.5 million solar home systems by 2020 to provide electricity to half of Bangladesh's population. Other goals include replacing diesel pumps with solar pumps, powering education and health facilities with renewables, and creating 100,000 green jobs, especially for women. It outlines challenges like maintaining systems and training technicians, and solutions like developing grassroots entrepreneurs to provide maintenance services.
Clubenerji, an energy conservation club brings about a first-hand realization of the energy crisis in cities across India through the enterprise and creativity of our youth. This club comprises of Schools and Schoolchildren, is formed to spark off a youth initiative for curbing energy-wastage through various active measures. Here you can check out the mini energy conservation program designed by Clubenerji for school kids.
The document discusses several issues related to the environment and energy sources. It notes that the environment is currently threatened by human activity like exploitation of resources and fossil fuel use. This has led to problems like global warming, energy scarcity, and limited resources. In particular, fossil fuel reserves are dwindling while their use contributes to greenhouse gas emissions and global warming. The population growth also increases food and resource demands, putting further pressure on the environment. Sustainable solutions are needed to address these interconnected issues.
The document outlines various green energy initiatives that have been implemented in schools and businesses in southern Alberta, including installing solar panels, wind turbines, and implementing energy efficiency measures. Examples provided include a high school that implemented various renewable energy projects over multiple phases and a school where ENMAX installed different alternative energy technologies for students to learn from. The document concludes by having attendees break into groups to propose and plan a renewable energy project for a community, school, or business.
The Vivekananda college in Chembur, Mumbai has implemented a zero-waste policy on campus by segregating and processing all waste generated. Wet food waste is composted in pits to produce rich manure for campus plants. Plastic, glass, and e-waste are separately collected and recycled or reused. The project has significantly reduced waste and increased environmental awareness among students. The college aims to expand the initiative to nearby vegetable markets to process their large amounts of wet waste.
A green campus is a place where environmentally responsible practice and education go hand in hand and where environmentally responsible tenets are borne out by initiatives. In this project we would make vermi compost by decomposting paper waste, vegetatives etc., by minimizing use of plastic, little practice to save energy using solar energy, harvesting rainwater and introducing community garden. On the basis of our project “Towards Green Campus†we have concluded that after analyzing and implementing the campus of BDCOE, Sevagram various points such as Quality of water has been tested and as for the result it is found portable for the drinking. Waste can be reduced by methodology of composting of waste Solid Waste Waste. It is helpful by implementing the principle of 3R.The good result by maintaining the greenery in campus by implementing our effective techniques. Prof. P. R. Khobragade ""Towards Green Campus in BDCE"" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-3 , April 2019, URL: https://www.ijtsrd.com/papers/ijtsrd22915.pdf
Paper URL: https://www.ijtsrd.com/engineering/civil-engineering/22915/towards-green-campus-in-bdce/prof-p-r-khobragade
The Olmsted County Solar Initiative aims to install solar panels at Mayo High School through community fundraising efforts. The 6kW photovoltaic system would offset carbon emissions and educate students on green energy. Funding would come from donations from high schools, local businesses, foundations and community members. Over 30 years, the solar panels are expected to generate 183,000 kWh of energy and offset 3,660,000 pounds of carbon dioxide emissions, while educating generations of students.
An ecological house, also known as a green home, is designed to minimize environmental impact through features like solar panels, rainwater collection, energy-efficient materials and design that takes advantage of natural lighting and climate. The document provides details on how ecological houses are constructed using renewable materials and energy sources to be self-sufficient while protecting the environment. Examples of ecological housing projects from around the world demonstrate innovative uses of recycled materials and strategies for low-carbon living.
"Renewable Energies Projects in Africa" Presented at Divest/Invest Financing ...DavidTakor
The document discusses renewable energy projects in Africa that promote sustainability. It describes an organization in Senegal that is fighting against a proposed coal power plant and working to provide solar panels to local schools and facilities. Young people in the area rely on fishing but this is threatened by pollution from industries. The document advocates for more renewable energy and training youth in sustainable projects.
Bgc The Green Valleys Llangattock Launch Presentationgreenvalley
The document summarizes the efforts of the community of Llangattock in Wales to become more sustainable and reduce their carbon emissions. It discusses the formation of their Green Valleys group with steering committees and work streams focused on areas like recycling, energy efficiency, renewable energy, transportation, and local food. The group has initiated several projects and has aspirations to do more, like install hydro power and start a community farm. Their approach is bottom-up, community-driven, and aims to benefit both current and future residents while creating a self-sustaining low carbon economy.
Bgc The Green Valleys Llangattock Launch Presentationgreenvalley
The document summarizes the efforts of the community of Llangattock in Wales to become more sustainable and reduce their carbon emissions. It discusses how the Green Valleys Llangattock initiative started in 2008 and established a steering group and seven work streams focused on areas like recycling, energy efficiency, renewable energy, transportation, and local food. It outlines projects already completed and future goals, which include multiple community hydro schemes, a community shop and biogas facility, and making the community carbon negative. The overall approach is community-driven and aims to benefit both current and future generations through local skills development and a self-sustaining low carbon economy.
This document provides information about waste management initiatives in various communities in India. It discusses how:
1) The Marathon Era Cooperative Housing Society in Mumbai has created a waste sorting area to segregate and compost wet waste on-site, sending recyclables to processors, resulting in zero waste sent to landfills.
2) A movement started by Sadanand Khanolkar in Gorai, Mumbai has led 750 households to begin segregating waste, with the local municipality now collecting segregated waste three times weekly.
3) The Centre Point Housing Society in Thane converts food waste to manure in on-site composting pits, collecting monetary benefits from selling the manure while reducing
Rah-Miel Mitchell is the Program Manager for Ecopalooza. As the program manger he is responsible for managing the project development and communicating time lines to team members for both pre-production planning as well as the production of Ecopalooza.
This document provides a summary of several articles related to environmentally sustainable living. It discusses an Indian man named Solar Suresh who has built a self-sufficient home powered by solar energy. It also describes Mawlynnong village in India, which has been recognized as Asia's cleanest village due to community cleanliness efforts and innovative waste management practices. Additionally, the document outlines an eco-quiz competition held at a school in Mumbai to increase environmental awareness, and shares positive feedback from many of the 400 participants who found it informative.
Collaborations with Multi-stakeholders for Low Carbon City of TongyeongESD UNU-IAS
Collaborations with Multi-stakeholders for Low Carbon City of Tongyeong
Case Study Session
Ms. Su Yeon Park, RCE Tongyeong
12th Asia-Pacific Regional RCE Meeting
4-6 June, 2019, Hangzhou, China
Green tourism involves environmentally friendly practices in the tourism industry that help conserve natural resources and cultural heritage. It includes minimizing energy and water usage, waste production, and encouraging the use of public transportation, walking, and cycling over private vehicles. Green tourism aims to reduce the environmental impact of tourism and support local communities and economies in a sustainable way.
The document describes the sustainability practices at the Indian Institute of Management Bangalore. Key practices include generating biogas and compost from food waste on campus, recycling dry waste, and obtaining 16.5% of power from rooftop solar plants. Rainwater harvesting and groundwater recharge systems meet over 11% of the campus water needs. Environmental awareness programs encourage waste segregation and the use of eco-friendly products. The campus aims to be zero-waste and carbon neutral through these sustainable strategies.
Gender and Mental Health - Counselling and Family Therapy Applications and In...PsychoTech Services
A proprietary approach developed by bringing together the best of learning theories from Psychology, design principles from the world of visualization, and pedagogical methods from over a decade of training experience, that enables you to: Learn better, faster!
Beyond Degrees - Empowering the Workforce in the Context of Skills-First.pptxEduSkills OECD
Iván Bornacelly, Policy Analyst at the OECD Centre for Skills, OECD, presents at the webinar 'Tackling job market gaps with a skills-first approach' on 12 June 2024
This document provides an overview of wound healing, its functions, stages, mechanisms, factors affecting it, and complications.
A wound is a break in the integrity of the skin or tissues, which may be associated with disruption of the structure and function.
Healing is the body’s response to injury in an attempt to restore normal structure and functions.
Healing can occur in two ways: Regeneration and Repair
There are 4 phases of wound healing: hemostasis, inflammation, proliferation, and remodeling. This document also describes the mechanism of wound healing. Factors that affect healing include infection, uncontrolled diabetes, poor nutrition, age, anemia, the presence of foreign bodies, etc.
Complications of wound healing like infection, hyperpigmentation of scar, contractures, and keloid formation.
Walmart Business+ and Spark Good for Nonprofits.pdfTechSoup
"Learn about all the ways Walmart supports nonprofit organizations.
You will hear from Liz Willett, the Head of Nonprofits, and hear about what Walmart is doing to help nonprofits, including Walmart Business and Spark Good. Walmart Business+ is a new offer for nonprofits that offers discounts and also streamlines nonprofits order and expense tracking, saving time and money.
The webinar may also give some examples on how nonprofits can best leverage Walmart Business+.
The event will cover the following::
Walmart Business + (https://business.walmart.com/plus) is a new shopping experience for nonprofits, schools, and local business customers that connects an exclusive online shopping experience to stores. Benefits include free delivery and shipping, a 'Spend Analytics” feature, special discounts, deals and tax-exempt shopping.
Special TechSoup offer for a free 180 days membership, and up to $150 in discounts on eligible orders.
Spark Good (walmart.com/sparkgood) is a charitable platform that enables nonprofits to receive donations directly from customers and associates.
Answers about how you can do more with Walmart!"
Leveraging Generative AI to Drive Nonprofit InnovationTechSoup
In this webinar, participants learned how to utilize Generative AI to streamline operations and elevate member engagement. Amazon Web Service experts provided a customer specific use cases and dived into low/no-code tools that are quick and easy to deploy through Amazon Web Service (AWS.)
A Visual Guide to 1 Samuel | A Tale of Two HeartsSteve Thomason
These slides walk through the story of 1 Samuel. Samuel is the last judge of Israel. The people reject God and want a king. Saul is anointed as the first king, but he is not a good king. David, the shepherd boy is anointed and Saul is envious of him. David shows honor while Saul continues to self destruct.
LAND USE LAND COVER AND NDVI OF MIRZAPUR DISTRICT, UPRAHUL
This Dissertation explores the particular circumstances of Mirzapur, a region located in the
core of India. Mirzapur, with its varied terrains and abundant biodiversity, offers an optimal
environment for investigating the changes in vegetation cover dynamics. Our study utilizes
advanced technologies such as GIS (Geographic Information Systems) and Remote sensing to
analyze the transformations that have taken place over the course of a decade.
The complex relationship between human activities and the environment has been the focus
of extensive research and worry. As the global community grapples with swift urbanization,
population expansion, and economic progress, the effects on natural ecosystems are becoming
more evident. A crucial element of this impact is the alteration of vegetation cover, which plays a
significant role in maintaining the ecological equilibrium of our planet.Land serves as the foundation for all human activities and provides the necessary materials for
these activities. As the most crucial natural resource, its utilization by humans results in different
'Land uses,' which are determined by both human activities and the physical characteristics of the
land.
The utilization of land is impacted by human needs and environmental factors. In countries
like India, rapid population growth and the emphasis on extensive resource exploitation can lead
to significant land degradation, adversely affecting the region's land cover.
Therefore, human intervention has significantly influenced land use patterns over many
centuries, evolving its structure over time and space. In the present era, these changes have
accelerated due to factors such as agriculture and urbanization. Information regarding land use and
cover is essential for various planning and management tasks related to the Earth's surface,
providing crucial environmental data for scientific, resource management, policy purposes, and
diverse human activities.
Accurate understanding of land use and cover is imperative for the development planning
of any area. Consequently, a wide range of professionals, including earth system scientists, land
and water managers, and urban planners, are interested in obtaining data on land use and cover
changes, conversion trends, and other related patterns. The spatial dimensions of land use and
cover support policymakers and scientists in making well-informed decisions, as alterations in
these patterns indicate shifts in economic and social conditions. Monitoring such changes with the
help of Advanced technologies like Remote Sensing and Geographic Information Systems is
crucial for coordinated efforts across different administrative levels. Advanced technologies like
Remote Sensing and Geographic Information Systems
9
Changes in vegetation cover refer to variations in the distribution, composition, and overall
structure of plant communities across different temporal and spatial scales. These changes can
occur natural.
Chapter wise All Notes of First year Basic Civil Engineering.pptxDenish Jangid
Chapter wise All Notes of First year Basic Civil Engineering
Syllabus
Chapter-1
Introduction to objective, scope and outcome the subject
Chapter 2
Introduction: Scope and Specialization of Civil Engineering, Role of civil Engineer in Society, Impact of infrastructural development on economy of country.
Chapter 3
Surveying: Object Principles & Types of Surveying; Site Plans, Plans & Maps; Scales & Unit of different Measurements.
Linear Measurements: Instruments used. Linear Measurement by Tape, Ranging out Survey Lines and overcoming Obstructions; Measurements on sloping ground; Tape corrections, conventional symbols. Angular Measurements: Instruments used; Introduction to Compass Surveying, Bearings and Longitude & Latitude of a Line, Introduction to total station.
Levelling: Instrument used Object of levelling, Methods of levelling in brief, and Contour maps.
Chapter 4
Buildings: Selection of site for Buildings, Layout of Building Plan, Types of buildings, Plinth area, carpet area, floor space index, Introduction to building byelaws, concept of sun light & ventilation. Components of Buildings & their functions, Basic concept of R.C.C., Introduction to types of foundation
Chapter 5
Transportation: Introduction to Transportation Engineering; Traffic and Road Safety: Types and Characteristics of Various Modes of Transportation; Various Road Traffic Signs, Causes of Accidents and Road Safety Measures.
Chapter 6
Environmental Engineering: Environmental Pollution, Environmental Acts and Regulations, Functional Concepts of Ecology, Basics of Species, Biodiversity, Ecosystem, Hydrological Cycle; Chemical Cycles: Carbon, Nitrogen & Phosphorus; Energy Flow in Ecosystems.
Water Pollution: Water Quality standards, Introduction to Treatment & Disposal of Waste Water. Reuse and Saving of Water, Rain Water Harvesting. Solid Waste Management: Classification of Solid Waste, Collection, Transportation and Disposal of Solid. Recycling of Solid Waste: Energy Recovery, Sanitary Landfill, On-Site Sanitation. Air & Noise Pollution: Primary and Secondary air pollutants, Harmful effects of Air Pollution, Control of Air Pollution. . Noise Pollution Harmful Effects of noise pollution, control of noise pollution, Global warming & Climate Change, Ozone depletion, Greenhouse effect
Text Books:
1. Palancharmy, Basic Civil Engineering, McGraw Hill publishers.
2. Satheesh Gopi, Basic Civil Engineering, Pearson Publishers.
3. Ketki Rangwala Dalal, Essentials of Civil Engineering, Charotar Publishing House.
4. BCP, Surveying volume 1
1. E-Newsletter-7/20
Green Earth Movement
An E-Newsletter for the cause of Environment, Peace, Harmony and Justice
Remember - “you and I can decide the future”
Green dream: Stronger solar power network for
Mumbai’s Don Bosco schools
Badri Chatterjee, HT
Don Bosco Organisation, which runs five schools and one college in Mumbai, plans to move towards a
zero energy setup -- reducing the use of coal for electricityand increasing the consumption of solar energy
by 60%. Mumbai receives 300 days of sunlight a year, making it easily possible to move away from the
usual carbon-emitting process of burning coal and gas for electricity. At 3,000 megawatt (MW) a year, the
city consumes a major part of the energy generated in Maharashtra. A two bedroom-kitchen household in
Mumbai daily uses 8 (kilowatt) KW power daily.
As part of the plan, the institution and its environmental organisation Green Line will add more solar
panels to increase the capacity of their existing solar power network from 160 KW to 260KW. The project
is likely to be completed by the end of March. On an average, a 1KW unit costs Rs1 lakh. “Moving to
solar energy is a lucrative and longstanding solution to the environmental problems,” said Father Savio
Silveira, director, Green Line. “The initiative is aimed at making educational institutes adopt
environment-friendly systems and reduce the use of power from the grid. Electricity generation is our way
of reducing global warming. We hope to achieve a ‘zero energy’ status in the next two years.”
The project was started at Don Bosco High School, Matunga, and Don Bosco Provincial Building
(headquarters for the solar panel project) by setting up a 10KW unit in 2015. The group now plans to add
another 50KW to the unit. Similarly, Don Bosco High School and Junior College, Naigaon, and Don
Bosco Senior Secondary School, Nerul and Navi Mumbai will add more solar panels, boosting the
capacity of the network to 40KW, from the existing 20kW. The group’s St Dominic Savio High School in
Andheri and St Joseph’s High School in Wadala have a 10KW unit, while their Don Bosco Institute of
Technology, Kurla gets power from an 110-KW solar panel.
According to experts, a 20KW unit helps bring down the electricitybill for a month by 30%, while a
60KW unit reduces it by 70%. The 110-KW unit at Kurla, which is spread across a large area, has high
power consumption and will bring down electricitycosts by 25% a month. Three more new installations --
2. at Don Bosco Technical Institute, Walwanda, Jawhar, Thane district (40 kW), Don Bosco High School,
Lonavala (40 kW) and Don Bosco Private Industrial Training Institute, Chinchwad, Pune with a 50 kW
setup -- will be completed by March 31.
“The electricitysystem of cities like Mumbai, Navi Mumbai and Pune can be changed if buildings start
producing their own electricityand move towards the concept of zero energy homes and schools,” said
Ranjan Banerjee, head of the department, department of energy science and engineering, IIT-Bombay.
“Don Bosco’s efforts are commendable as they are not only using a cost-effective renewable energy
system, but are reducing a large carbon footprint.” The group has installed a net-metering system, which
allows the surplus power generated by the solar units to be exported back to the grid and imports power in
case of a deficiency. At the end of a financial year, the power supplier charges the societyfor ‘net usage’.
“As there is a tax rebate for sending surplus energy back to the grid, we planned to send back to the grid
the solar power that is generated over the weekend,” said Father Elson Barretto, provincial economer,
western region, Don Bosco Organisation. “The new setup will take care of 65% of our electricityneed.”
STATE GOVERNMENT APPLAUDS THE INITIATIVE
“When educational institutes, which nurture future opinion-makers, take up green ideas, it automatically
leads to a very bright future, both in terms of renewable energy and through talent. It is an extremely
laudable initiative as these students, some of whom will be future policy-makers, are sensitised about the
need for a cleaner environment,” said Satish Gavai, principal secretary, state environment department.
Use green modes of energy: Why you should care
Unlike generation of electricityfrom coal, gas and oil that produce carbon emissions, production of solar
and wind energy does not cause pollution.
Wind and solar energy are free sources of renewable energy and can be used even in remote areas, where
electricityfrom the grid cannot be accessed.
Street lights, calculators and other low power-consuming devices can also be powered using the energy
While building the equipment to convert solar or wind energy into electricityor hot water is expensive,
the cost can be recovered over time as there is no expenditure on the source.
10 simple energy-saving measures at home:
Switch off lights and fans when not in use
Ensure that the washing machine is used only to wash a full load of clothes
Make sure your AC is set at 24 degrees C and not lower
Do not keep the door of your fridge open for long periods
Keep your computer or laptop on sleep mode when not in use
Use energy-efficient star-rated appliances.
Always turn off all electrical appliances from the main switch and not from the remote control
Set the temperature of your fridge to medium for optimum cooling
Use LED bulbs to reduce energy consumption by upto 80%, compared to conventional lights
Use the leftover heat of your microwave to keep food warm for up to 30 minutes
✝MY LENTEN RESOLUTIONS!
Traditionally, Christians used to make Lenten resolutions like stopping alcohol, no smoking for
40 days, more prayers and attending more masses etc.
3. However, Bishop Allwyn D'Silva, the Coordinator of Environment Office, Bombay Archdiocese
has proposed another idea for this Lent CARBON FAST.
♻Following are a few concrete and achievable eco-friendly resolutions which we all can make in
tune with the CARBON FAST FOR LENT, AND BEYOND in tune with the idea of CARBON
FAST proposed by Bishop Allwyn, in the form of resolutions.
1] I will use reusable cloth/jute bag for all marketing purpose and avoid plastic bags.
2] I will carry water bottle from home wherever I go, and avoid buying mineral water bottles.
3] I will stop drinking pesticide ridden cola drinks and drink healthy natural drinks, especially
water.
4] I will minimise, or totally avoid junk food and use wholesome homemade food.
5] I will stop using throw away glasses/plates etc during our SCC, parish or family celebrations
and start using reusable items.
6] I will avoid, or at least minimise the use of A/C, washing machines and other high energy
consuming domestic appliances.
7] I will switch off electrical appliances light, water heaters, fans, TV, computer etc when not in
use, and save electricity.
8] I will give a lift to others (car pool) whenever possible, like going for Sunday Mass, school,
work, meetings etc.
9] I will use my private vehicle only if it is a must. Instead, I will walk for short distances, or use
public transport.
10] I will keep two bins to segregate my kitchen waste, and propagate its importance to others.
11] I will donate unused things lying at my home which are not needed for me, but useful for
others.
12] I will use water consciously fully aware that, water is a rare and precious commodity for
millions.
13] I will use stationary including papers sparingly, and creatively like using both sides, or avoid
using paper altogether if online communication is suffice.
14] I will plant trees or at least some potted plants wherever I can, and cultivate the habit of
appreciating nature.
15] I will try to join the environmental protection movements or at least show concern when
environment is destroyed to fulfill human greed.
16) If I am a priest or religious, I will carry minimum luggage of bare necessities, when I move
from one parish to another when I am transferred.
4. These are simple and achievable resolutions which all of us can practice in keeping with Bishop
Allwyn's CARBON FAST - BEYOND LENT.
SCC ENVIRONMENT RALLY 2017
"We received this world as an inheritance from past generations, but also as a loan from future
generations, to whom we will have to return it!” Pope Francis.
The words of Pope Francis are to be taken seriously. If you are an environmentally conscious
citizen, you are well aware of the damage being done to the Mother Earth from various quarters.
If we do not arrest this trend of environmental destruction, our future generations, our own
children, and children’s children will suffer grievously due to our lack of responsibility. This is
what precisely Pope Francis says, that ‘Earth is not only an inheritance received from the past
generations, but also a loan from future generations, to whom we will have to return.
Therefore, being conscious of the words of Pope Francis, the parish of infant Jesus, Jogeshwari
has been trying to do its bit to work for environmental protection, especially to bring
environmental awareness amongst the residents of our parish. One such project is SCC KIDS
ECO CLUBS. These kids clubs are animated by the SCC animators in-charge. These groups meet
every month, and organise various environment awareness projects, an ANNUAL SCC
ENVIRONMENT RALLY being one such major project.
THE SCC ENVIRONMENT RALLY 2017 was held on Sunday, 5th March from 4 to 8 PM. This
rally consisted of 2 parts, first – A WALK FOR ENVIRONMENT in which all faith members from
different SCCs walked in procession to the church holding placards with slogans to bring
environmental awareness to the onlookers and passers by. This year 6 SCC groups joined in this
procession.
The second part of the rally was a stage programme for which His Lordship Bishop Percival
Fernandez was the chief guest. The unique feature of felicitation of guests was the inauguration
of cloth bag project. Instead of felicitating the guests with flower bouquets, the guests were
felicitated with a cloth bag.
During the stage programme, various ECO KIDS CLUBS put up stage items like street plays,
actions songs, musical, skits etc all on the theme of environment. During this year rally
specifically SAVE AAREY COLONY theme was taken up as this only green lung of Mumbai is
facing danger of extinction in the name of development. Besides, this specific theme, the stage
items brought out beautifully the message on saving water, saving electricity, saving petrol by
sharing vehicles, celebrating common Holi and lessen tree cuttings and so on.
5. The SCC ENVIRONMENT RALLY is also an occasion to appreciate kids and SCC animators for
their efforts to realise the dream of Mahatma Gandhi ““Be the change that you wish to see in the
world.” As an encouragement, the eco kids who won prizes in various contests were awarded
with certificates and prizes, especially the SCC animators who are passionately involved in this
unique project were felicitated for their dedicated service.
Fr Felix Rebello
For more photographs click gemfacebook link
https://www.facebook.com/gem.enewsletter
PLASTIC BAG MUKTH JOGESHWARI
As a concrete activity in keeping with the LENTEN CARBON FAST announced by Bishop Allwyn
D'Silva, the Infant Jesus Church/school Jogeshwari has taken up a project of PLASTIC BAG
BHAGAO, CLOTH BAG CHALAO campaign.
This campaign was inaugurated by Bishop Percival Fernandez during the last Sunday, 5th March
SCC Environment Rally (pictures below).
As the saying goes, "Charity begins at home", we want first of all, our own church/school staff
members to shun Plastic bag use and start Cloth Bag use.
As a gesture of appreciation for taking up various environmental activities by our church and
school staff, each of the 50 church/school employees were gifted with a cloth bag.
Members were happy to receive this eco-friendly gift, and have decided to make use of this novel
gift, and do their bit to make PLASTIC BAG MUKTH JOGESHWARI.
For an educational and awareness PPT - Plastic - A boon or bane? Click website
www.infantjesusjogeshwari.in
go to GEM PPT section and click PPT-4/PLASTIC-A BOON OR BANE.
This PPT can be used to bring awareness to various groups, why plastic is harmful to
environment.
FOR GEM PowerPoint Presentations on
various environmental issues go to website
www.infantjesusjogeshwari.in
6. go to GEM PPT section
1. Twenty Simple Tips
2. Solar Energy
3. Junk Food
4. Plastic – a boon or bane?
5. Green Passion
6. Zero Garbage
7. Soft drink – A Health Hazard
8. Waste to energy
9. Rain Water Harvesting
10. Eco-friendly Religions
11. Happy Green Diwali
12. Climate Change
13. The future of Biodiversity
14. Genetically Modified Foods
15. Waste Water Treatment
16. Body, Organ, Tissue Donation
17. Organic Farming
18. Waste to cooking gas
19. Reduce, Reuse, Recycle
20. Protect Mangroves
21. Say NO to Bottled water
22. Save Lakes and Ponds
23. Forests are green lungs
24. Coal Mining and Ecology
25. Sin of Food Waste
26. Climate change and Poverty
27. Stop Water Pollution
28. Carbon Footprints
29. Parks and Open Spaces
30. Rising Sea Levels
31. Laudato Si – Pope’s Encyclical
32.Air Pollution
33. Life Style Changes
34. Water Pollution
35. Sand Mining
36. Bees and Environment
37. Joy of Gardening
MEGA ECO QUIZ
To bring awareness on various environmental issues, it is a good idea
to conduct ECO QUIZ to various groups. For ECO QUIZ question sets
(with answers), go the above website and click MEGA ECO QUIZ-part
1 and part 2. In each set there are 50 questions taken from all the
above PPTs. To make it easy for you to conduct the quiz, answers are
also available for each set.
Lenten Resolutions
10 Resolutions for an Environmental Easter
Fr Suren D’Abreo, courtesy: Examiner weekly
Resolutions in Lent? Who makes resolutions in Lent?
Well, when you think of it, it is a perfect time to make a resolution! Lent is a chance at change, an
opportunity to be different, to become new life. And resolutions that give life, save life, promote
life and sustain life are ALL good. These are ten suggestions for resolutions that are Earth-
friendly. They are in addition to Carbon Fast suggestions, and are simple and easy to
7. follow once you take them. Which one you take is up to you; you could choose one, more than
one, or all. Just be happy taking it, so that it becomes you, and you become Earth-loving.
None of these is compulsory, and you can choose to ignore them altogether.
But you could also choose to look at them, and see how, in a small way, you can resolve to
restore Earth and its beauty and harmony by simple acts of respect and love.
LR1. #Adopt A Stray
If you are planning to keep a pet, do NOT buy an expensive breed. Mumbai’s streets (and those
of any Indian city) have the most adorable puppies and kittens, and they just WANT you to give
them a loving home. They are sweet, loyal, and can eat so simply, that your budget will be way
lower than for a pedigreed pooch. You could also choose to look after a few animals in your
locality with the help of friends.
LR2. #Dare To Wear Less
How many sets of clothes do we really need? Try doing with a minimum of two sets (two tops
and two bottoms; a full dress counts as one top and one bottom) and a maximum of ten
sets (which works out to more, if you mix and match). Of course, you will manage. Very easily,
believe me... Much of what we really have in our cupboards is unused! Live with less, and
experience the freedom.
LR3. #Hands Up For Earth
Take a stand. It is quite easy. When you are served a beverage in a disposable paper/plastic cup,
or are given snacks in a disposable plastic/paper plate, or are offered a paper tissue, raise your
hand – it’s a polite way of saying no. When asked why, give the reason politely: such products
diminish Nature’s beauty and pollute it for generations later. You can do without that beverage
or snack... and Earth can do without that waste.
LR4. #Trees And You
Have you ever hugged a tree? Really hugged one? Try it; it’s good for the soul. Since trees have
no voice, only pure beauty and life-giving love, they need you to speak for them, when nuts seek
to cut them for silly reasons. Get trees planted wherever possible; especially in boring, concreted
building compounds, where trees would make them so much more interesting. Be a tree warrior;
the trees will love you forever.
8. LR5. #Little Litter
I have a friend who barks – quite literally. She barks when someone drops a paper/packet
carelessly on the ground. She is very effective in getting the person to pick up the li� er. Are
you a litterer? A literal litterer? Waste less, and litter much less. Collect your
litter and dispose of it in a bin, rather than decorating your city’s roads. But reduce first: save
what you can, reuse whatever is possible, use less than before.
LR6. #Be Hot
Of course you are hot; no doubt about it! As one of my friends would say, “You’re hawt!” And in
our summer, you HAVE to be hot. But let’s think about it. That AC is tempting, right? But do
we really need it on? Maybe not. And if we do, can we keep it at 26oC or 24oC, rather than
lower? If you can avoid it, GREAT. If you feel you cannot, don’t make it too low. Electricity has a
HUGE carbon footprint, and your own would go up massively!
LR7. #No To Private Vehicles
This might be tough – but it’s for Earth’s brave-hearted. NEVER buy yourself a private vehicle:
car, motorcycle, scooter, whatever. Go ahead with a bicycle, of course... I have one, and it is
cool! Public transport is great, gets you anywhere, and is far better at reducing per capita
emissions, than millions of private vehicles on the roads!
LR8. #Stand For Indigenous
So many petitions on social media. So many. Keep an eye out for those protecting tribal rights.
Support them. Tribal people are great environmentalists and love nature; but they are
threatened by mining, urban sprawl, deforestation, and rapid industrialisation; most of these
things wreak havoc with nature irreversibly! Speak up; raise your voice; stand for justice. It’s so
easy now – just a click or two, and you are an activist!
LR9. #BuyLocal
Food miles! Heard of them? Refers to the distance food travels to reach your table; and the
longer the distance, the greater the carbon footprint, because of production, processing,
transport and storage. Buy local stuff , rather than exotic. Believe me, you do NOT need
those kiwi fruits, those bell peppers, that special cheese, those Oosa apples. You get lovely, tasty
stuff grown or produced close by that is cooler for the Earth.
LR10. #Walk For Earth
Need bread? Walk to the store! Take a rickshaw to the station? Try walking to the station.
Tummy expanding? Don’t waste money (and carbon footprint) on a gym! Take a morning walk.
Walk as often as possible, and then a little bit more. You will be fi � er, and you will help reduce
so much of air pollution, electricity or fuel consumption, and your personal carbon footprint.
So by now, you may have been inspired to take a resolution or two, or ten. Congratulations! You
are an Earth warrior, an Easter environmentalist. These are not 40-day resolutions; they
are lifelong resolutions. Human beings have a long way to go before we can stop the destruction
on Earth, much less repair it!
Living simple is, in a single word, simple. It really is. And the best thing is: it costs nothing, and
brings you vast benefits like peace, happiness and me for what really matters. Keep the
faith: Earth is the God-given home we all have to nurture with love, and that requires deep faith.
9. Green tribunal fines Mumbai builder Rs 40 lakh
for destroying Khandala hill
Badri Chatterjee, HT
The National Green Tribunal (NGT), Pune, directed a Mumbai-based builder to pay the
Lonavala Municipal Council (LMC) Rs40 lakh to repair environmental damage caused by a
construction site in Khandala. The applicants, Nanik Rupani and Ashish Vaid, residents of Vikas
Valley CHS, Khandala, said the builder – Vikas Developers – had illegally cut into the hillside
and felled trees to construct an unauthorised road, without seeking permission from the
municipal council first.
In an order passed on Tuesday and made public on Friday, the division bench of Justice UD
Salvi and expert member Ranjan Chatterjee restrained the builder from felling any more trees
and from cutting into the hill. It directed the municipal council to restore the destroyed
recreation ground and hillside to their original status.
“The respondent, Vikas Developers, shall jointly pay the amount needed to restitute the space.
They shall initially deposit Rs40 lakh with the LMC within a month,” read the order. “The
developers shall pay the applicants, Nanik Rupani and Ashish Vaid, Rs1 lakh as litigation fees.”
The application — filed with the tribunal through advocate Aditya Pratap Singh in December
2014 — states that the developer illegally constructed a six-metre-wide and 105-m-long road.
“This road cuts through a recreation ground, which is a compulsory open space reserved for a
garden. He recklessly cut several trees, along with the hillside, without permission from the
LMC,” read the application.
During the hearing, the developer denied the allegations, saying the petition was time-barred
and the applicants had no right to appear in a court. The developer declined to respond to HT’s
queries. “We direct the LMC to restitute the area of garden as shown in the sanctioned layout —
particularly a six-metre-wide and 105-m-long strip — within six months. The LMC must recover
the costs from the builder,” said the tribunal.
The tribunal held that the site photographs, Google Earth images and an expert report submitted
by the applications were proof of the environmental damage caused by the developer.
“Unauthorised tree felling and hill cutting is an offence to the environment,” said the bench
10. Dombivli residents, NGO join hands to collect
plastic waste for recycling
DNA, NAVEETA SINGH | Mon, 27 Feb 2017
Plastic and pollution go hand in hand, and to control this menace, the residents of Dombivli
have joined hands with Urjaa Foundation, an NGO. In an initiative launched this weekend, the
residents plan to deposit their household plastic waste with Urjaa Foundation once a month. The
collected plastic will then be sent to Pune for recycling and producing industrial fuel. On Friday,
Dombivli's Tilaknagar Sarvajanik Ganeshotsav Mandal launched a unique initiative with the
NGO to collect plastic waste from the suburb's residents.
"Plastic is so damaging to the environment that we wanted to do something about it. We learnt
about Urjaa Foundation and approached them," says Sandeep Vaidya from the mandal.
In the last two days, i.e., Friday and Saturday, residents deposited over 50kg of plastic, including
bags and bottles. "The collected plastic will be sent by Urjaa to Rudra Foundation in Pune, where
it will be used to manufacture fuel," says Snehal Dixit, a representative from Urjaa, which was
founded in July 2015. Since December 2016, Urja has been working on the initiative of collecting
plastic from Thane once a month and sending it to Pune. "Now, it will be in Thane and Dombivli
once a month from our side," she says.
The cost of transportation is borne by Rudra Foundation. "Normally, people come and deposit
plastic at the venue and we collect it from there and ship it to Pune," she says.
Urjaa has also launched a joint initiative with the Kalyan-Dombivli Municipal Corporation which
is called 'My plastic waste my responsibility'. Through this also the waste is collected from
residents once a month. From this month onward, KDMC has strictly asked the citizens to
segregate wet and dry waste, or else face action.
Plastic waste that turns into free fuel for villagers
DNA
Pune duos plants churning polyfuel from polythene bags and pet jars
find takers across Maharashtra, and even Visakhapatnam
11. What started as a dream for two Pune-based business-partners, has now become an
environmental campaign spread across Maharashtra. Every month, housing societies and
schools from Mumbai, Thane, Pune and a few other cities, collect plastic bags to convert it into
poly-fuel that is then supplied free of cost to villagers in Jejuri, Darawali and Ramwadi near
Pune to replace kerosene as the primary household fuel. This not only helps in recycling plastic
that is difficult to naturally decompose, it also helps reduce pollution caused by the use of fossil
fuels like kerosene. It also dissuades villagers from cutting trees for firewood.
“It started in 2010 when my business partner Shirish Phadtare, and I decided that we needed to
find a long term solution to India’s plastic problem. I had recently visited a national park where
a deer had died from eating plastic. It was very traumatizing for me and I realised just awareness
campaigns will not be enough,” recalls Dr Medha Tadpatrikar. The duo studied the science
behind plastics, and came across the process of Catalytic Pyrolysis that can be used to make
Polyfuel. “We designed our first machine with the help of some of our friends who had a
background in engineering. We kept on working on the machine to make it more efficient and
developed our second prototype in 2013. Finally in 2014 we perfected the design so that the
machine would not only produce liquid polyfuel, which is a mix of methane, butane and
propane, but also trap the gas released during production and use that as an energy source to
run the machine itself,” says Dr Tadpatrikar.
After this, Tadpatrikar and her devoted group of volunteers went around Pune collecting plastic
and encouraging people to recycle plastic and polythene bags. While earlier they would use their
own cars, with increasing volume of collections, the group purchased tempos for the purpose.
Gradually, the word spread to Mumbai, Thane and the suburb of Dombivali. Minal Dixit and her
‘train friends’ Snehal Dixit and Vidya Paranjape got together with a dedicated group of 45
women from Thane and Dombivli, who are all a part of Urjaa Foundation, to step up efforts in
their respective neighbourhoods. Members of Urjaa foundation conducted their first collection
drive in December last year and are following it up with monthly collection initiatives.
“While people have a culture of recycling, the raddi-wala only takes old newspapers, clothes and
glass bottles. Plastic almost always ends up in landfills where it is burnt and ends up releasing
toxic gases into the atmosphere. With our campaign we have successfully collected 250 kgs of
plastic in Thane just in January this year and hope to increase our collections at our next drive
on March 19,” says Dixit. The plastic is collected and sent to Dr Tadpatrikar in Pune.
Today, Dr Tadpatrikar gets plastic from some other far flung cities like Bhima Shankar, Raigarh
and even Visakhapatnam! “People collect the plastic and courier it to us here in Pune where we
recycle it in our plant,” she says. This goes on to show that a few determined people are all it
takes to bring about a change. “We hope our campaign will soon spread to other cities like
Bengaluru and Hyderabad and eventually become a national campaign,” says Dr Tadpatrikar.
HOW IT WORKS?
Total monthly plastic collected every month is about 10,000 kg. This includes polythene bags,
milk pouches, bubble wraps, plastic containers and pet jars. They have two plants in Pune, one
in Hadapsar with a capacity of 1 tonne, and the Jejuri one can manage about 100 kg. The
machines can convert 100 kg of plastic into approximately 55 litres of poly-fuel and 5 kg of gas.
The plants run 20-25 days a month and electricity consumption is limited to 8-10 hp for the
control panel. They have recently started selling smaller versions of their stainless steel machine
to corporate clients.
12. The solar powered cooker that stores the sun’s
energy for fuel-free grilling every night
theheartysoul.com
MIT professor David Wilson developed a new solar technology that will bring a solar cooker that
functions at night. This invention will significantly benefit developing nations who depend on
wood for cooking. Wilson’s technology concept harnesses the sun and stores the latent heat for
cooking for up to twenty-five hours at temperatures above 450 degrees Fahrenheit. The
technology uses a Fresnel lens to hold the sun’s energy to melt a container of Lithium Nitrate
which acts as a thermal-storing battery for 25 hours at a time. Afterwards, the heat is released
for our favorite way to cook outdoors.
“There are a lot of solar cookers out there,” Wilson says, “but surprisingly not many using latent-
heat storage as an attribute to cook the food.” There have been solar cookers, grills, and ovens
made before, but they all had to be used during the day to function. Wilson came up with the
idea after visiting Nigeria where their standard cooking method uses wood which results with
issues like, respiratory illnesses, deforestation, and women being vulnerable to rape while
searching for the firewood.
A group of MIT students are working to develop the technology for a prototype solar grill. Derek
Ham, Theodora Vardouli, and Eric Uva are conducting a study through the multi-disciplinary
course “iTeams,” which is short for “Innovation Teams”, to assess the concept and to then
potentially launch a business to manufacture and distribute the barbeque. The final goal is to
create a business model for selling solar cookers for developing nations, in addition to creating a
grill for the American market. The American version is potentially going to be a hybrid
propane/solar model that will allow for flame cooking as thoroughly as thermal convection.
Be prepared for the future item that is a perfect gift for Father’s Day, or any family member or
friend who loves barbeque.
If you love cooking outdoors, buy it for yourself and don’t feel guilty. Tell everyone else you are
saving the environment, and grill your favorite foods with the knowledge that Mother Nature will
thank you. If you’re interested in finding out more about solar cooking, why it’s a good option,
and what’s available to you now, check out this website.
Mumbai: 30,000 guests, drones and jets at BJP
leader's son's lavish wedding
Daijiworld.com
13. Mumbai, Mar 4: A marriage that was held at Aurangabad reminded the onlookers of the grand
weddings of the daughters of union minister Nitin Gadkari and mining baron Janardhana Reddy.
The marriage of Santosh, son of Maharashtra BJP state president, Raosaheb Danve, at
Jambinda Estate, Aurangabad, brought before the eyes of participants the grand, dreamy sets of
mythological films. Santosh is also a MLA representing Bhokardan assembly constituency.
Video wedding card, grand palace set reflecting the Medival period created by a team of art
directors, over 30,000 guests, and participation of Maharashtra chief minister and the entire team
of his ministry, tight police security, close surveillance on the proceedings through drones etc
were some of the samples of the grandeur on display at this wedding ceremony. The food items
offered at the wedding contained anything and everything from all the main cuisine types of India.
Sources said that the menu also had some Chinese dishes.
Santosh married Renu, daughter of well-known Marathi music director, Rajesh Sarkate. Before
his marriage, Santosh had sent marriage invitation containing video clipping showing him in
romantic act with his bride, dancing to the rune of popular "love me again' song.
Ten private jets had been booked for VVIPs attending this marriage. Some sources had guessed
that Gali Janardhana Reddy would have spent nearly Rs 500 crore for his daughter's wedding
performed some months back at Palace Grounds Bengaluru. Even the income tax department
had looked into this extravagance. So far, the money spent on the current marriage could not be
properly estimated.
However, some social workers have criticized the wasteful expenditure made for this marriage.
They point out that BJP government is backing a bill introduced in the Lok Sabha in which
maximum limit of five lac rupees has been proposed to be fixed for marriages. Social worker,
Anjali Damania, who accused BJP leaders of speaking of bringing down marriage expenses on
one hand and doing exactly the opposite on the other. She criticized BJP leaders for spending
crores of rupees for lavish weddings, and wanted to know the sources of funds. Many have come
down heavily on Santosh, who represents Marathwada region which has been reeling under
severe drought since the last two years, of marrying at such a grand and elaborate function.
4,000 farmers owe their livelihoods to her
January 27, 2017 09:25 IST
This is the story of a biotechnology engineer, who at age 22 founded Terra
Greens Organic -- a company that aims to engage at least 10,000 farmers in
organic farming in the next one year.
Likitha Bhanu shares her journey with Rediff.com's Shobha Warrier.
14. Likitha Bhanu, 27, a biotechnology engineer from the Vellore Institute of Technology, doesn't come from
a family of farmers or entrepreneurs. Her father and her grandfather were civil servants. Both happened to
her -- no pun intended -- quite organically. What began with a particularly good bounty of mangoes from
her mother's trees one summer has today grown into Terra Greens Organic, a company that supports 4,000
farmers from all over India.
Likitha shares what drove a then 22 year old to agriculture and how she turned a season's bounty into a
flourishing organic farming business that is engaging thousands of farmers and thousands of acres of land
spread across many states.
It began inthe tea gardens of Assam
As her father, a civil servant, was posted in Assam when Likhita was young, she grew up in the lush green
surroundings of the north-eastern state made fertile by the river Brahmaputra. Her childhood was spent
running around in the tea gardens and fishing on the banks of the river -- something no child experiences
in a metro city. But living in Assam had one disadvantage for the family from Andhra. The kind of
vegetables they were used to were not available in the north-eastern part of India. Likitha's mother
Padmaja, an early advocate of home grown vegetables, made up for the lack by channeling her love for
growing.
"As my mother was an advocate of organic farming," Likitha remembers, "you can say I grew up
watching my mother attending to all the plants she had planted. "She was very particular that we grew up
with a taste for our traditional Telugu food. It is not that as a child, I just ate the vegetables picked from
my mother's garden. We used to pluck vegetables, take care of them and my mother used to see that we
learnt about each one of them." "As a child, I used to be fascinated by how cabbages and cauliflowers
became what they are finally." When the family moved from Assam to Hyderabad, Padmaja decided to
plant a bigger farm. This one was spread across 2 acres.
She not only grew fruits, vegetables, and flowers, but also kept cows and hens. "It was so self-sufficient,"
Lithika says, "that even the flowers she used for puja came from her farm. We had organic milk, organic
vegetables, organic fruits and even organic eggs and chicken at home. She wanted a self-sufficient eco
system around her so that we didn't have to buy anything from the market." "The produce from the farm
was distributed among other family and friends," she says, pointing out that Padmaja never had any plan
of growing this into a business. "Organic farming was her passion and I grew up seeing her do all this
passionately." Soon the 2 acres grew to 40 acres -- the additional land came from Padmaja's father-in-law,
who was constructing villas on 125 acres of land.
The produce from the 40 acres Padmaja cultivated catered to the guests at the villas. And Padmaja
continued to gave away the vegetables and fruits for free.
Enter Likitha
In 2010, Likitha was back home after earning her biotechnology engineering degree. And it was she who
decided to convert her mother's passion into a business. "It was 2012 and I had taken a break and was at
home," Likitha recalls. "We had a bounty crop of 5 tons of mangoes then. Even after distributing to all our
15. family and friends, there was plenty remaining." "After a shopping visit at a branch of Nature's Basket, we
asked the store manager whether he would take some mangoes from us. We didn't want such good
mangoes to go waste. In those days, no stores here had organic mangoes."
Once they got the orders, they went to the wholesale market, bought pouches, a weighing machine, and
packed the mangoes. For the name, they drew inspiration from Likitha's grandfather's real estate firm,
Terrafirma. They borrowed his logo and Terra Greens Organic was born. "The truth was," Likitha says,
"we had no idea whether we would start a business at that time. The immediate plan was to supply the
mangoes with a label, and since my grandfather had the firm Terrafirma, we just made Terra Greens
Organic a part of it." The mangoes became such a huge hit that they were inundated with phone calls
demanding more such fruits.
They also made around Rs 350,000, motivating Likitha to wrote a business plan with her mother.
The business plan was to bring farmers on board, and also be focussed on the staples business and not in
the greens because of the logistical and shelf-life constraints for the latter. The experts they hired advised
them to start in Rajasthan and Maharashtra.
Likitha explains their process: "We chose Maharashtra because organic farming is quite advanced in the
state. Rajasthan is known for its organic wheat production. Paddy from Kurnool is famous all over the
country. More than that, the farmers (in those states) are also aware of organic farming."
"We made a list of 90 products that are often used in Indian kitchen. We wanted to procure our produce
from the areas where they are produced because we wanted out products to be of the highest quality."
This Man Refused to Spend Money on Rituals. After His
Wife’s Death, Built a Digital School Instead
The Taj Mahal is a symbol of love the Mughal emperor Shahajahan
had for his wife Mumtaz Mahal. It immortalized her forever.
Avinash Nakat from Tandli Buzrug village, Akola, Maharashtra, gave the same honour to his wife Rupali
– but perhaps in an even better way than Shahjahan.
A 35-year old housewife, Rupali’s world was her family – her husband and daughters, 9-year-old
Samruddhi and 5-year-old Anandi. Avinash Nakat is a well-known face in Akola as he works for the
rights of farmers through his NGO Yuvarashtra. Rupali too took interest in Avinash’s social work. The
16. family looked absolutely perfect. But on February 3, 2016, Rupali’s nose started bleeding. She was taken
to the hospital in Akola where she was diagnosed with acute leukaemia. Next day, Avinash took her to
Nagpur to get her better treatment as there are no haematologist in Akola. But the cancer had damaged her
brain cells, resulting in a haemorrhage.
After the cremation, Avinash came back to the house and announced that he would start working again
from the next day itself. He also said he would not spend on the rituals but would digitalize the zilla
parishad school in his village with the money. On hearing this, the villagers threatened him of spiritual
consequences for not conducting the rites. They also tried to provoke Rupali’s parents against Avinash’s
decision. However, Rupali’s family supported him. But Avinash was firm in his decision. This was the
school where he had studied as a child. The school used to have 30-35 students in each class when he
studied there. Although Avinash had later moved to Akola to run a pest control business, he used to visit
his village often to look after his farm.
As active members of Yuvarashtra, Rupali and he would also visit different villages every Sunday to help
the farmers. Once, while visiting his own village, he noticed that the zilla parishad school where he had
studied now only had 5-10 students in each class. On enquiring, the authorities told him that these were
kids of farmers who could not afford better schools; other people did not send their kids here anymore as
it was in a very bad condition.
A projector was installed for Rs. 26,000, the amount that was to be used to get new clothes for the
relatives who attended the funeral. A computer for Rs. 18,000 – the amount earmarked for a priest to do
the rituals. A white board was brought for Rs. 5,000, a home theatre for Rs. 2,500, two fans for Rs. 3,000,
electronic fittings for Rs. 5,000, ventilated windows for Rs. 5,000, flooring was done for Rs. 10,000,
carpet fitting to the flooring for Rs. 10,000, and software for classes from 1 to 7 for Rs. 14,000.
These miscellaneous costs are incurred each year in the rituals that are followed on the death
anniversaries. The inauguration function of the school was so wonderful and the smiles on the children’s
faces even more so, that the villagers who were opposing Avinash on the first day stood right beside him
now.
A 96-year-old's long fight to protect the Tamil
Nadu river at the heart of row over Coke and
Pepsi
The beverage giants are just a small part of the problem, says Kulasekaran 'thatha'.
17. Sandhya Ravishankar, https://scroll.in/.
“Have you read Nayinar Kulasekaran thatha’s [grandfather’s] book?”
This reporter invariably came across the question when meeting farmers or lawyers in the Tirunelveli and
Tuticorin districts of Tamil Nadu. “You must go meet him,” said advocate DA Prabhakar. It was
December and the Madras High Court had just issued an interim order to the state administration to stop
the supply of water from the Thamirabarani river to factories manufacturing Coca Cola and Pepsi in the
these districts. Prabhakaran had filed a petition before the court, contending that supply of water to these
factories was depriving residents of the river’s water. On March 2, however, the High Court stayed the
order and dismissed the petition, contending that beverage giants’ factories used up just a small part of the
water allotted to industries.
Visiting ‘thatha’
The Thamirabarani flows through Tirunelveli and Tuticorin, irrigating its crops and feedings its citizens.
If the river is the region’s lifeline, nonagenarian Kulasekaran, or thatha as he is called, is its foremost
protector. For decades, he has been leading agitations against the diversion of river water for industrial
use even as ponds and tanks run dry. No one had a phone number for thatha, but farmers in Srivaikundam
and Kurumbur in Tuticorin district said he lives “pakkam than.” The Nattathi village where he lives is
close by, they insisted. “Go to Nattathi,” said farmer Kandha Siva Subbu of Srivaikundam. “He will
definitely be at home. “Just go there and ask for Nayinar Kulasekaran. Everyone knows him in these
parts. But before that, read his book.”
Subbu grinned and handed over a dusty copy of Kulasekaran’s 2010 Tamil book titled Thamirabarani
Nadhiyum Vivasaayigalin Urimaiyum(Thamirabarani river and the rights of the farmer). “You will know
everything you need to know about the Thamirabarani,” he said. “It [the book] is the Bible for us
farmers.” As promised, everyone in Nattathi village knew thatha’s house. The 96-year-old was sitting
upright, although precariously, on his flimsy cot inside his tiny home. He smiled, almost as if he had been
expecting to be interviewed by a stranger from Chennai. “En peyar Nattathi S Nayinar Kulasekaran,”he
began. “Naan mudhalla sollidaren, apparam neenga kaelvi kelunga.”My name is Nattathi S Nayinar
Kulasekaran. I will say what I have to first and then you ask me questions, he said with a grin.
Kulasekaran is like an encyclopaedia on the Thamirabarani river, its tributaries, its origins in the Podhigai
Hills and its 120 kilometre route through Tirunelveli and Tuticorin districts, where it irrigates 80,000
acres of paddy, banana and coconut. He explained the crop-growing seasons unique to the area –
the Mun (pre) Kar between April and June, the Kar crop between June and September and the Pisaanam
crop between October and March. “The Thamirabarani is the mother, the lifeline for us all,” he said,
wheezing heavily. “The problems began 30 years ago and it is not all about the state government or
companies.”
Kulasekaran said the problem first began when farmers switched from cultivating paddy to banana, a cash
crop that yields more money but also requires more water to grow. Moreover, in 1975, the state
government started supplying 20 million gallons of water per day to companies in industrial areas in
Tuticorin to encourage companies to set up factories here. These changes took a toll on the river’s water
supply and Kulasekaran said no cultivation happens during the summer cropping season. “The Kar crop is
gone,” he said. “Now the ‘Mun Kar’ too is slowly fading away. We are cultivating only one crop now.”
Kulasekaran claimed to know the exact number of lakes, tanks and ponds fed by the Thamirabarani – he
covered the length and breadth of these two districts on foot for more than 50 years, rallying farmers
together, leading agitations and demanding their rights over the water. They were organised under the
banner of the Thamirabarani River Water Front, an outfit he founded.
18. However, Kulasekaran said that Coca Cola and Pepsi were a small part of the problem. The water their
units receive is a part of the daily allocation of 9.75 lakh litre to the State Industries Promotion
Corporation of Tamil Nadu or SIPCOT’s industrial zone in Tirunalveli. “Mann kudhiraiyai nambi aatril
iranguna maadhiri,” he said with a grin, citing a Tamil proverb, that roughly translates to – if you trust a
horse made of mud will help you cross the river, the mud horse will eventually dissolve. Kulasekaran said
that the government is ostensibly encouraging industrial growth to create jobs, but is, in the process,
ruining existing livelihoods.
Freedom fighter and river protector
Kulasekaran has led a bit of a bohemian life. “I am not a farmer and to date I do not have any land in my
name,” he said proudly. Born in Nattathi during British rule, Kulasekaran said he studied up to Class 8
and then plunged headlong into the freedom struggle. One of the times when Mahatma Gandhi was jailed
(he does not remember the year), a young Kulasekaran led a students’ march in Nattathi. He was also a
part of the Indian National Congress.
In 1945, he left the Congress to join Jayprakash Narayan’s Socialist movement. Two years went by and
then dissatisfied, he switched again to Communist Party of India (Marxist). Kulasekaran main income
came from delivering newspapers. “I would take my bicycle at 4 am and cycle all the way to the train
station [9 km away] and wait for the first train to come,” he said. “There would be 17 copies
of Dinamalar [a Tamil daily] and two copies of The Hindu. I would cycle back again and drop them off at
the subscribers’ homes.”
His hard work in expanding the distribution network of Dinamalar in the area ensured a close friendship
between Kulasekaran and the founder of the daily, TV Ramasubbaiyer. It is this friendship that sustains
Kulasekaran even today, more than three decades after Ramasubbaiyer’s death. A monthly pension of Rs
1,000 is kept aside in the Dinamalar office for Kulasekaran on the instructions of his late friend.
After 13 years in the CPI (M), it was time for Kulasekaran to come back into the Congress fold, this time
under the stewardship of K Kamaraj, who led the party from 1964-’67 and whom Kulasekaran claims he
was close to. In the 1977 Assembly elections in Tamil Nadu, Kulasekaran was the Congress candidate
from Srivaikuntam. But the MGR wave would engulf him. This was the year when film-star-turned
politician MG Ramachandran’s All India Anna Dravida Munnetra Kazhagam took the reins of the state,
with MGR as chief minister. Kulasekaran also lost the Srivaikuntam seat to an AIADMK candidate.
“There was so much ‘mogham’ [mesmerism] for MGR,” he laughed.
Kulasekaran looks fondly at the picture of his late wife Vellaiammal hanging on the wall over his bed.
“After she died, I said enough – no more politics,” he recalled. “She was a wonderful lady. Every time I
told her I am going for a protest or joining another party, whatever it was – she would simply smile and
say – ‘poyittu vaanga’[come back soon],” he reminisced. Now Kulasekaran cannot go out anywhere. “I
am an old man,” he laughed. “Now I am a bit forgetful too.”
But when it comes to his beloved Thamirabarani, the 96-year-old mind’s is as sharp as ever. Kulasekaran
feels that the industries using Thamirabarani water are only part of the problem. Canals, lakes and tanks
have not been desilted in decades, some even in a century. “This has reduced the water holding capacity
of these tanks and water bodies,” he explained.
Kulasekaran is not opposed to industry, but he does not want the factories to take water from the river and
said they should use seawater instead. “Let a desalination plant be set up and let them use the water from
that. Let them leave the river alone.”
19. Cardinal Bo warns of 'environmental holocaust'
Ecological crisis being caused by 'economic terrorists and ecological terrorists,' he
says
Courtesy:Internet
Religious women and men from across Asia who joined the Asia-Oceania Meeting of Religious
(AMOR) XVII as seen together in the St. Mary's Cathedral in Yangon on March 1. (Photo
courtesy of Aung Maria Goretti)
Cardinal Charles Maung Bo of Yangon warned that greed is fueling the world's ecological crisis
while equating the destructive powers of climate change to that of nuclear weapons. "Today we
face an environmental holocaust. It is a scary moment," Cardinal Bo said in his keynote speech
at the Asia-Oceania Meeting of Religious (AMOR) forum in Yangon on Feb. 27. Just over 130
men and women religious attended the forum held at St. Mary's Cathedral compound Feb. 27-
March 3. "Climate change is an atom bomb waiting to explode," he said.
The 69-year-old cardinal told the forum that greed has unleashed ecological terrorism upon the
Earth while adding that the poor are the most affected. "Who is dying? The poor are dying," he
said.
During his speech, Cardinal Bo cited Pope Francis' environmental encyclical Laudato si' and
said that degradation to the environment was being caused by "economic terrorists and
ecological terrorists."
Overall, Cardinal Bo's speech stressed the forum's theme "Call for Global Ecological
Conversion."
Sustainability
At the forum, Sister Margaret Maung, president of the Catholic Religious Conference of
Myanmar, said action is required to put in place policies that promote sustainability and protect
the environment. Sister Maung told ucanews.com that it was significant that once-isolated
Myanmar held the international religious conference. "It is a special privilege for us to
exchanged the ideas about ecology and for each country will draw an action plan on preserving
our mother Earth," said Sister Maung.
One of the five objectives of the forum was to undergo in-depth biblico-theological reflection on
the challenges posed by Laudato si' and of the Papal Bull Misericordiae Vultus (The Face of
Mercy) by which Pope Francis convoked the Extraordinary Jubilee of Mercy. AMRO was
founded in 1972 and was created to enable women religious leaders across Asia to meet every
three years to exchange ideas. It is AMRO's first meeting in Myanmar.
Impoverished Myanmar is considered the second most vulnerable nation to climate change.
20. WANTED HELPING HANDS- Courtesy: Daijiworld.com
For more appeals visit – www.daijiworld.com - charity
Victoria D' Souza(40 yrs), 2-187 Permannur, Kerebail, Mangaluru 575017
Victoria D' Souza(40 yrs), W/o James D'Souza,is suffering from end stage renal disease. She needs
hemodialysis thrice a week throughout her life. Her husband also in the walker suffering from bone
fracture permanently. Her mother in law is 85 years old.
They are living in a poor condition being unable to spend money for their treatment.
Kindly help them generously. Please remit your donations to the following bank account:
Bank Account No: 02392210020218
Name of the Account Holder: Victoria D' Souza
Bank: Syndicate Bank,
Kankanady, Mangaluru 575002
Bank IFSC Code: SYNB0000239
Telephone No.: +91 72594 72054
Fathima Zohara(33 yrs),Near KEB office, Nejar post,Udupi- 576105
Fathima Zohara(33 yrs),W/o Mohammed Sadik, is suffering from HTN, CKDV since seven years and
on haemodialysis since two and a half years. She has spent more than Rs 10 lacs so far and needs Rs
25,000 per month for continuation of MHD. She needs renal transplantation, the cost of which is around
Rs 10 to Rs 16 lacs and immunosuppression post transplantation is around Rs 20,000 per month initially
which will be less after six months.
As the family is poor, they have requested for monetary help from kind hearted individuals and
philanthropists.
Kindly send your remittances to the following bank account:
21. Bank Account No.: 1385101017094
Name of the Account Holder: Fathima Zohara
Bank: Canara Bank,
Kallianpura, Karnataka 576105
Bank IFSC Code: CNRB0001385
Telephone No.: +91 99006 55760
Published by Fr Felix Rebello
c/o Infant Jesus Church, Jogeshwari
Mob. 9819688630, Email:frfelixrebello@gmail.com, gemenewsletter@gmail.com
website: www.infantjesusjogeshwari.in
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