1) Biogas produced from animal and food waste can provide clean energy for cooking and lighting while reducing environmental impacts. Several success stories from India illustrate the benefits of biogas, including reducing firewood use and indoor air pollution.
2) A village in Madhya Pradesh installed 150 biogas units that continue functioning over a decade later, eliminating the need to purchase firewood and reducing health risks from indoor smoke. A village in Gujarat pipes biogas from cow dung to 326 households.
3) Biogas units at a leprosy care center, university, temple, and church generate fuel from waste and save on LPG or prevent waste from being dumped. The units pay for themselves within a few years
The document discusses several initiatives taken by the Siddhivinayak Temple in Mumbai to become the first green temple in India. The 350-year-old temple has been awarded a Platinum rating by the Indian Green Building Council for utilizing solar power and implementing measures like rainwater harvesting and waste management. The temple generates electricity through solar panels, collects rainwater, segregates waste, and uses treated wastewater. The IGBC has suggested additional steps for the temple to achieve zero waste status in six months.
There are several key points made in the document:
1) Historically, textile mills in Mumbai had ponds within their premises to help fight fires, but many have disappeared as the mills closed and the land was redeveloped.
2) An artist photographed and documented the remaining mill ponds in the early 1990s, finding a surprising biodiversity, but had difficulty convincing officials they were in Mumbai.
3) While a few mill ponds still retain natural beauty, others now lie neglected as the surrounding lands have been redeveloped, and some are now completely built over.
4) The disappearance of these mill ponds represents the loss of natural spaces as cities prioritize development over environmental protection.
1) The document discusses the role of bamboo in toilet design and construction as part of India's Swachh Bharat (Clean India) mission.
2) It describes training provided by the South Asia Bamboo Foundation to construct bamboo toilets across India to strengthen the Swachh Bharat initiative.
3) Examples of bamboo toilets constructed for communities in various Indian states like Kerala, Nagaland, and Arunachal Pradesh are presented.
Sindhudurg district in Maharashtra has been declared the cleanest district in India due to 16 years of community-led cleanliness initiatives. The district started sanitation efforts early through government campaigns in 2000-2001 that used traditional performers and religious meetings to promote sanitation. By 2014, Sindhudurg was close to being declared open defecation free. Peer pressure and listing families that built toilets encouraged participation. Schools teach children about sanitation to influence parents. Even small towns like Vengurla have high participation in recycling and sorting waste. Sindhudurg aims to be plastic free and process liquid waste, showing community commitment to cleanliness.
The Ayurvet Adarsh Gram was initiated back in 2015 to enhance the lifestyle of the villagers in Chidana. In collaboration with Mobius Foundation, solar street lights were installed in Chidana, a village adopted by Mr. Pradip Burman, at the Lord Shiva Gaushala, Shahpur near the biogas plant facility of SATHI.
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
An octogenarian tribal Catholic man from India named Simon Oraon has been honored by the Indian government for his environmental preservation work in his village. As a child, he witnessed drought and famine and was inspired to plant trees and build dams to conserve water. Over the years, he worked with the community to build dams and ponds and plant over 30,000 trees. This brought water back to over 1,600 families and expanded farming areas. He is being held up as a role model for water conservation and community development.
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.
The document discusses several initiatives taken by the Siddhivinayak Temple in Mumbai to become the first green temple in India. The 350-year-old temple has been awarded a Platinum rating by the Indian Green Building Council for utilizing solar power and implementing measures like rainwater harvesting and waste management. The temple generates electricity through solar panels, collects rainwater, segregates waste, and uses treated wastewater. The IGBC has suggested additional steps for the temple to achieve zero waste status in six months.
There are several key points made in the document:
1) Historically, textile mills in Mumbai had ponds within their premises to help fight fires, but many have disappeared as the mills closed and the land was redeveloped.
2) An artist photographed and documented the remaining mill ponds in the early 1990s, finding a surprising biodiversity, but had difficulty convincing officials they were in Mumbai.
3) While a few mill ponds still retain natural beauty, others now lie neglected as the surrounding lands have been redeveloped, and some are now completely built over.
4) The disappearance of these mill ponds represents the loss of natural spaces as cities prioritize development over environmental protection.
1) The document discusses the role of bamboo in toilet design and construction as part of India's Swachh Bharat (Clean India) mission.
2) It describes training provided by the South Asia Bamboo Foundation to construct bamboo toilets across India to strengthen the Swachh Bharat initiative.
3) Examples of bamboo toilets constructed for communities in various Indian states like Kerala, Nagaland, and Arunachal Pradesh are presented.
Sindhudurg district in Maharashtra has been declared the cleanest district in India due to 16 years of community-led cleanliness initiatives. The district started sanitation efforts early through government campaigns in 2000-2001 that used traditional performers and religious meetings to promote sanitation. By 2014, Sindhudurg was close to being declared open defecation free. Peer pressure and listing families that built toilets encouraged participation. Schools teach children about sanitation to influence parents. Even small towns like Vengurla have high participation in recycling and sorting waste. Sindhudurg aims to be plastic free and process liquid waste, showing community commitment to cleanliness.
The Ayurvet Adarsh Gram was initiated back in 2015 to enhance the lifestyle of the villagers in Chidana. In collaboration with Mobius Foundation, solar street lights were installed in Chidana, a village adopted by Mr. Pradip Burman, at the Lord Shiva Gaushala, Shahpur near the biogas plant facility of SATHI.
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
An octogenarian tribal Catholic man from India named Simon Oraon has been honored by the Indian government for his environmental preservation work in his village. As a child, he witnessed drought and famine and was inspired to plant trees and build dams to conserve water. Over the years, he worked with the community to build dams and ponds and plant over 30,000 trees. This brought water back to over 1,600 families and expanded farming areas. He is being held up as a role model for water conservation and community development.
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.
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.
Thousands in Odisha were displaced after a cyclone, leaving many homeless and without farmland or employment. Goonj has worked for years in remote areas of Odisha, reaching over 16,000 families across 200 villages after this disaster. They provided relief materials and implemented a "Cloth for Work" program where people received aid in exchange for rebuilding infrastructure like bridges and roads. Going forward, Goonj will continue supporting these communities by addressing long-term needs and promoting livelihood programs.
Goonj's RAHAT efforts in Drought affected areasGoonj..
Goonj undertook relief and rehabilitation efforts in drought affected areas between April and July 2016. They conducted 388 activities including restoring water sources like wells and ponds, rainwater harvesting, building check dams, sanitation activities, infrastructure development, livelihood generation, and education support. Over 7,800 families were reached across six states. Activities were conducted using a 'cloth for work' model where communities received relief kits in exchange for their labor. Goonj's long-term plans include continued water conservation efforts, improving sanitation and hygiene, promoting livelihoods through agriculture and small businesses, and supporting schools.
This document contains summaries of several corporate social responsibility initiatives and community development programs. It discusses HUL reconstructing an earthquake-ravaged village in Gujarat and providing homes, infrastructure and utilities. It also summarizes Lifebuoy's rural health education program teaching handwashing and hygiene. Finally, it outlines Hero Honda's integrated rural development work including water, roads, education, vocational training and health services.
[Challenge:Future] Aarogyam: Hygiene and Sanitation for AllChallenge:Future
The document proposes the "Aarogyam" mobile toilet structure to address sanitation issues in rural India. It is a four-sided wooden structure with wheels and two chambers to separately collect urine and feces for use in biogas and farming. The structure was tested with a farmer's family in Rajasthan, who found it convenient and cost-effective compared to open defecation or public toilets. However, challenges included budget constraints, cultural sensitivities, and the large rural population.
The document discusses environmental issues and potential solutions. It begins by describing how the earth appears both beautiful and destroyed when viewed from space. It then discusses humanity's biblical role as stewards of creation and how words like "subdue" and "dominion" have sometimes been misused. The document provides examples of innovative waste management solutions from other countries that India could adopt, such as solar-powered trash collectors, smart bins that compact waste and monitor recycling, using plastic bottles for crafts and giving rewards for recycling. It emphasizes the importance of sustainable development and upgrading Mangaluru's overloaded biogas plant to better manage the city's waste.
Abu dhabi zefp stand presentation jan 2014 2013bgef
This document summarizes the speaker's experience introducing solar home systems and installment payment plans in Bangladesh to provide affordable renewable energy access to rural communities since 1996. Key points include:
- The speaker has 35 years experience finding market-based solutions to social and economic problems in Bangladesh.
- Over 2.8 million solar home systems have been installed in rural areas so far, powering over 20 million people and 100 MW of electricity.
- The goal is to install 7.5 million more systems by 2020 to power 75 million people, creating over 100,000 green jobs.
- Solar energy is powering schools, clinics, phones and rural businesses, improving lives while reducing indoor pollution.
- Training local technicians and entrepreneurs
A Self Sustainable Community (Human Settlement) comprising all the activity to a range of Human Scale within the neighborhood interdependent to government or policies.
[Challenge:Future] Aarogyam: Hygiene and Sanitation for AllChallenge:Future
The document proposes the Aarogyam mobile toilet project to address sanitation issues in rural India. It aims to provide a private, portable toilet structure to ensure dignity and safety for users. The structure collects human waste to produce biogas and fertilizer. An implementation in Rajasthan saw positive user feedback on convenience and cost savings versus open defecation or public toilets. Challenges include budget, cultural acceptance, and scaling for large populations.
[Challenge:Future] Aarogyam: Hygiene and Sanitation for AllChallenge:Future
The document proposes the Aarogyam mobile toilet project to address sanitation issues in rural India. It aims to provide a private, portable toilet structure to ensure dignity and safety for users. The structure collects human waste to produce biogas and fertilizer. An implementation in Rajasthan saw positive user feedback on privacy, affordability and reduced health risks versus open defecation. Budget constraints, cultural sensitivity, and evaluating mass impacts were challenges.
Goonj provided relief aid to areas affected by the Nepal earthquake of 2015. This was their first international relief effort. They facilitated sending over 1.5 lakh kgs of dry food, tents, blankets, solar lights and other necessities to remote areas through local partners. Relief material was collected from donors in India and transported via trucks and helicopters to difficult to access regions across Nepal. Goonj established collection hubs and worked with various organizations in Nepal to distribute the supplies to thousands of affected families.
Godam sahi : Community decides to bring sanitation closure to Home Arvind kumar
1) The Godam Sahi slum community in Bhubaneswar, India decided to end open defecation and build toilets in every household. Previously, the community lacked toilets and used open fields.
2) Within 5 months of the commitment to end open defecation, every single household built a toilet. The community president was surprised by the speed of this change in behavior.
3) Community members now understand the health consequences of open defecation and are proud to have their own toilets. Women especially feel safer with access to toilets rather than having to use open fields.
3rd comprehensive report by Goonj on UttarakhandGoonj..
Goonj held community meetings to identify needs in Uttarakhand villages after disasters. They provided over 40,000 menstrual hygiene products, organized 50 medical camps, and distributed winter kits, school supplies, marriage kits, and more to thousands of families. Goonj's relief efforts involved intensive community participation and support for infrastructure repair, livelihood generation, health facilities, and more over a 3 year commitment to rebuilding lives in Uttarakhand.
Goonj's RAHAT efforts in Cyclone & Quake affected BiharGoonj..
Goonj provided relief efforts in parts of Bihar affected by an earthquake and cyclone in 2015. Over 400,000 kg of essential materials were distributed to over 9,400 families. 287 community development activities were undertaken, focusing on infrastructure, water, and sanitation. Relief efforts continued during 2016 flooding. Future plans include further infrastructure/water projects, livelihood support, and education/health initiatives, especially for women and girls.
Uttarakhand a comprehsive report (2013-2015)Goonj..
This document summarizes relief efforts in Uttarakhand, India following devastating floods in 2013-2015. Over 225 truckloads of relief materials reached cut off villages, even using mules and porters. Medical camps provided aid. Over 400 development projects employed locals through "Cloth for Work." Schools and infrastructure were repaired, toilets built, and livelihoods supported through sewing centers and solar energy. A total of over 600 villages were reached with relief and ongoing support, including menstrual hygiene education and products for women, helping to rebuild communities. Future plans include continuing labor support, hygiene work,
This article summarizes the experiences of a journalist covering rising farmer suicides in West Bengal in 2012. It describes two cases - Bhootnath Pal, who died by suicide on the eve of his grandchild's birth due to debt of 30,000 rupees, and Prosenjit Mondal, who hanged himself after a fight with his father about buying back bullocks they had previously sold. The state government denies there is an agrarian crisis or that the deaths are genuine farmer suicides. However, the article notes factors such as plummeting market prices for crops due to oversupply, prices below minimum support levels set by the government, and rising input costs are pushing farmers into distress.
International Journal of Engineering Research and Applications (IJERA) is an open access online peer reviewed international journal that publishes research and review articles in the fields of Computer Science, Neural Networks, Electrical Engineering, Software Engineering, Information Technology, Mechanical Engineering, Chemical Engineering, Plastic Engineering, Food Technology, Textile Engineering, Nano Technology & science, Power Electronics, Electronics & Communication Engineering, Computational mathematics, Image processing, Civil Engineering, Structural Engineering, Environmental Engineering, VLSI Testing & Low Power VLSI Design etc.
The document discusses various corporate social responsibility (CSR) initiatives undertaken by different companies. It provides details of CSR activities in education, healthcare, renewable energy, women empowerment, vocational training, and rural development. Companies highlighted include ITC, Tata Chemicals, Larsen & Toubro, and their efforts like supplementary education programs, health camps, biogas plants, skill development, and livestock improvement programs. The document also outlines the theory and drivers of CSR such as globalization, legislation, and social awareness.
This photo essay is an accompaniment to an article written about Gramalaya's water and sanitation interventions in one village in rural South India. This article is entitled “Empowerment through Action: The Story of Anna Lakshmi.”
For more information, please contact abigail at gmail dot com.
This document discusses carbon footprints and how to calculate them. It begins by explaining what a carbon footprint is - the total amount of greenhouse gases produced directly and indirectly by human activities, usually measured in tons of carbon dioxide equivalent. It then discusses where carbon footprints come from, primarily the burning of fossil fuels like oil, gas and coal. The document provides details on how to calculate a carbon footprint using online calculators, which ask questions about location, household size, electricity/gas usage, transportation mileage. It concludes by offering tips to reduce carbon footprints in various areas of life like transportation, home energy use, travel, weddings, offices, and consumption habits.
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.
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.
Thousands in Odisha were displaced after a cyclone, leaving many homeless and without farmland or employment. Goonj has worked for years in remote areas of Odisha, reaching over 16,000 families across 200 villages after this disaster. They provided relief materials and implemented a "Cloth for Work" program where people received aid in exchange for rebuilding infrastructure like bridges and roads. Going forward, Goonj will continue supporting these communities by addressing long-term needs and promoting livelihood programs.
Goonj's RAHAT efforts in Drought affected areasGoonj..
Goonj undertook relief and rehabilitation efforts in drought affected areas between April and July 2016. They conducted 388 activities including restoring water sources like wells and ponds, rainwater harvesting, building check dams, sanitation activities, infrastructure development, livelihood generation, and education support. Over 7,800 families were reached across six states. Activities were conducted using a 'cloth for work' model where communities received relief kits in exchange for their labor. Goonj's long-term plans include continued water conservation efforts, improving sanitation and hygiene, promoting livelihoods through agriculture and small businesses, and supporting schools.
This document contains summaries of several corporate social responsibility initiatives and community development programs. It discusses HUL reconstructing an earthquake-ravaged village in Gujarat and providing homes, infrastructure and utilities. It also summarizes Lifebuoy's rural health education program teaching handwashing and hygiene. Finally, it outlines Hero Honda's integrated rural development work including water, roads, education, vocational training and health services.
[Challenge:Future] Aarogyam: Hygiene and Sanitation for AllChallenge:Future
The document proposes the "Aarogyam" mobile toilet structure to address sanitation issues in rural India. It is a four-sided wooden structure with wheels and two chambers to separately collect urine and feces for use in biogas and farming. The structure was tested with a farmer's family in Rajasthan, who found it convenient and cost-effective compared to open defecation or public toilets. However, challenges included budget constraints, cultural sensitivities, and the large rural population.
The document discusses environmental issues and potential solutions. It begins by describing how the earth appears both beautiful and destroyed when viewed from space. It then discusses humanity's biblical role as stewards of creation and how words like "subdue" and "dominion" have sometimes been misused. The document provides examples of innovative waste management solutions from other countries that India could adopt, such as solar-powered trash collectors, smart bins that compact waste and monitor recycling, using plastic bottles for crafts and giving rewards for recycling. It emphasizes the importance of sustainable development and upgrading Mangaluru's overloaded biogas plant to better manage the city's waste.
Abu dhabi zefp stand presentation jan 2014 2013bgef
This document summarizes the speaker's experience introducing solar home systems and installment payment plans in Bangladesh to provide affordable renewable energy access to rural communities since 1996. Key points include:
- The speaker has 35 years experience finding market-based solutions to social and economic problems in Bangladesh.
- Over 2.8 million solar home systems have been installed in rural areas so far, powering over 20 million people and 100 MW of electricity.
- The goal is to install 7.5 million more systems by 2020 to power 75 million people, creating over 100,000 green jobs.
- Solar energy is powering schools, clinics, phones and rural businesses, improving lives while reducing indoor pollution.
- Training local technicians and entrepreneurs
A Self Sustainable Community (Human Settlement) comprising all the activity to a range of Human Scale within the neighborhood interdependent to government or policies.
[Challenge:Future] Aarogyam: Hygiene and Sanitation for AllChallenge:Future
The document proposes the Aarogyam mobile toilet project to address sanitation issues in rural India. It aims to provide a private, portable toilet structure to ensure dignity and safety for users. The structure collects human waste to produce biogas and fertilizer. An implementation in Rajasthan saw positive user feedback on convenience and cost savings versus open defecation or public toilets. Challenges include budget, cultural acceptance, and scaling for large populations.
[Challenge:Future] Aarogyam: Hygiene and Sanitation for AllChallenge:Future
The document proposes the Aarogyam mobile toilet project to address sanitation issues in rural India. It aims to provide a private, portable toilet structure to ensure dignity and safety for users. The structure collects human waste to produce biogas and fertilizer. An implementation in Rajasthan saw positive user feedback on privacy, affordability and reduced health risks versus open defecation. Budget constraints, cultural sensitivity, and evaluating mass impacts were challenges.
Goonj provided relief aid to areas affected by the Nepal earthquake of 2015. This was their first international relief effort. They facilitated sending over 1.5 lakh kgs of dry food, tents, blankets, solar lights and other necessities to remote areas through local partners. Relief material was collected from donors in India and transported via trucks and helicopters to difficult to access regions across Nepal. Goonj established collection hubs and worked with various organizations in Nepal to distribute the supplies to thousands of affected families.
Godam sahi : Community decides to bring sanitation closure to Home Arvind kumar
1) The Godam Sahi slum community in Bhubaneswar, India decided to end open defecation and build toilets in every household. Previously, the community lacked toilets and used open fields.
2) Within 5 months of the commitment to end open defecation, every single household built a toilet. The community president was surprised by the speed of this change in behavior.
3) Community members now understand the health consequences of open defecation and are proud to have their own toilets. Women especially feel safer with access to toilets rather than having to use open fields.
3rd comprehensive report by Goonj on UttarakhandGoonj..
Goonj held community meetings to identify needs in Uttarakhand villages after disasters. They provided over 40,000 menstrual hygiene products, organized 50 medical camps, and distributed winter kits, school supplies, marriage kits, and more to thousands of families. Goonj's relief efforts involved intensive community participation and support for infrastructure repair, livelihood generation, health facilities, and more over a 3 year commitment to rebuilding lives in Uttarakhand.
Goonj's RAHAT efforts in Cyclone & Quake affected BiharGoonj..
Goonj provided relief efforts in parts of Bihar affected by an earthquake and cyclone in 2015. Over 400,000 kg of essential materials were distributed to over 9,400 families. 287 community development activities were undertaken, focusing on infrastructure, water, and sanitation. Relief efforts continued during 2016 flooding. Future plans include further infrastructure/water projects, livelihood support, and education/health initiatives, especially for women and girls.
Uttarakhand a comprehsive report (2013-2015)Goonj..
This document summarizes relief efforts in Uttarakhand, India following devastating floods in 2013-2015. Over 225 truckloads of relief materials reached cut off villages, even using mules and porters. Medical camps provided aid. Over 400 development projects employed locals through "Cloth for Work." Schools and infrastructure were repaired, toilets built, and livelihoods supported through sewing centers and solar energy. A total of over 600 villages were reached with relief and ongoing support, including menstrual hygiene education and products for women, helping to rebuild communities. Future plans include continuing labor support, hygiene work,
This article summarizes the experiences of a journalist covering rising farmer suicides in West Bengal in 2012. It describes two cases - Bhootnath Pal, who died by suicide on the eve of his grandchild's birth due to debt of 30,000 rupees, and Prosenjit Mondal, who hanged himself after a fight with his father about buying back bullocks they had previously sold. The state government denies there is an agrarian crisis or that the deaths are genuine farmer suicides. However, the article notes factors such as plummeting market prices for crops due to oversupply, prices below minimum support levels set by the government, and rising input costs are pushing farmers into distress.
International Journal of Engineering Research and Applications (IJERA) is an open access online peer reviewed international journal that publishes research and review articles in the fields of Computer Science, Neural Networks, Electrical Engineering, Software Engineering, Information Technology, Mechanical Engineering, Chemical Engineering, Plastic Engineering, Food Technology, Textile Engineering, Nano Technology & science, Power Electronics, Electronics & Communication Engineering, Computational mathematics, Image processing, Civil Engineering, Structural Engineering, Environmental Engineering, VLSI Testing & Low Power VLSI Design etc.
The document discusses various corporate social responsibility (CSR) initiatives undertaken by different companies. It provides details of CSR activities in education, healthcare, renewable energy, women empowerment, vocational training, and rural development. Companies highlighted include ITC, Tata Chemicals, Larsen & Toubro, and their efforts like supplementary education programs, health camps, biogas plants, skill development, and livestock improvement programs. The document also outlines the theory and drivers of CSR such as globalization, legislation, and social awareness.
This photo essay is an accompaniment to an article written about Gramalaya's water and sanitation interventions in one village in rural South India. This article is entitled “Empowerment through Action: The Story of Anna Lakshmi.”
For more information, please contact abigail at gmail dot com.
This document discusses carbon footprints and how to calculate them. It begins by explaining what a carbon footprint is - the total amount of greenhouse gases produced directly and indirectly by human activities, usually measured in tons of carbon dioxide equivalent. It then discusses where carbon footprints come from, primarily the burning of fossil fuels like oil, gas and coal. The document provides details on how to calculate a carbon footprint using online calculators, which ask questions about location, household size, electricity/gas usage, transportation mileage. It concludes by offering tips to reduce carbon footprints in various areas of life like transportation, home energy use, travel, weddings, offices, and consumption habits.
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.
A church group in Indore, India has been recognized for its work assisting waste pickers and improving waste management. The Janvikas Kendra group works with around 10,000 waste pickers, mostly women, who collect waste door-to-door. This helps keep the city clean. The group also provides loans and support for health, education, and income generation. They were awarded for their contributions to cleanliness in Indore.
LISTA DE UTILES PARA EL 5TO. GRADO "C" DE PRIMARIA DE LA I.E. LJSM 2003-AÑO 2017Tobias Julio López Ponte
Este documento presenta la lista de útiles escolares requeridos para los estudiantes del quinto grado "C" en el año 2017. Incluye útiles individuales como cuadernos de diferentes asignaturas y una cartuchera, así como materiales para el aula como hojas, plumones, cartulinas y útiles de aseo personal. Se recomienda que los cuadernos sean reciclados para ser más ecológicos.
This document provides examples of recyclables that can be collected, including e-waste such as mobile phones, laptops, and cameras; acceptable forms of paper like white paper, envelopes, and cardboards; and plastics like water bottles, soft drink bottles, and peanut butter jars. It also lists unacceptable paper items that cannot be recycled such as pizza boxes with food and candy wrappers.
Soldiers of the Earth from Small Community 18 won the rotating trophy for the 2015-16 year by scoring the most points with 665 total. Messengers of Motherland from SC 9 came in second with 575 points, and Teddy Club from SC 17 took third place with 430 points. The points system awards points for early feedback submissions, monthly attendance, projects, and neatness. Trophy and cash prizes will be given to the top performers during an upcoming environment rally.
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.
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
Karnataka's traditional artisans in India have adopted more environmentally friendly practices, such as using natural dyes and avoiding toxic materials. An exhibition increased their market success. Home builders in Bangalore are utilizing eco-friendly techniques like rainwater harvesting and using mud bricks. A seed ball scattering event involved villagers and students in restoring habitats. Religious institutions in India are also going green, with one temple installing a large solar cooking system and selling carbon credits. Effective ways to spread environmental awareness include news, celebrity endorsements, and informative advertisements.
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.
KSHITI foundation is a registered non-profit in Karnataka that conducts environmental projects like tree planting. The intern helped with their "I Own a Tree" project, which allows people to sponsor trees for two years. Their activities included creating awareness about trees, finding sponsors, and arranging plantation sites. The intern gained valuable experience in project management and contributing to the non-profit's mission of environmental conservation.
The Church of South India outlined a seven year plan to become a "Green Church" by protecting the environment. The plan involves all 21 dioceses and over 4 million members taking actions like planting trees, using renewable energy, and sustainable practices. Key areas of focus include greening assets like church lands, implementing education programs, encouraging green lifestyles, partnering with others, and celebrating environmental efforts. The goal is for individual parishes, dioceses and eventually the whole Church to be recognized as "Green" for their environmental stewardship.
India has long had the highest rate of open defecation in the world, with 58% of the global total. However, the district of Nadia in West Bengal has launched an ambitious community-led initiative called Sobar Souchagar to make the entire district free of open defecation by March 2015. The program provides subsidies and training to construct toilets for rural and urban households, with over 26 million already built. It is coordinated across various government programs and self-help groups. Through these concerted efforts, open defecation rates have declined significantly in Nadia compared to other parts of India and neighboring countries. The district magistrate aims to make Nadia the first fully open defecation free district in the
Creating Sustainable Avenues in Biogas and Plastic Diesel at XLRISiddhant Bhatia
The document proposes a waste management plan for XLRI to make it self-sustainable. It suggests setting up (1) a biogas plant to generate gas from food waste for cooking, and (2) a plastic diesel plant to convert plastic waste into fuel. The biogas plant would save costs on LPG and produce organic fertilizer as a byproduct. The plastic diesel plant would utilize plastic waste and reduce diesel costs. Challenges include consistent waste supply and proper storage of inflammable diesel. The proposal claims the plants could save over Rs. 6.6 lakhs annually and pay for themselves within 4 years.
Biogas generation a climate neutral projectBIOTECH INDIA
The document discusses biogas generation from organic waste as a climate neutral project. It describes how anaerobic digestion of organic waste through biogas technology can treat waste hygienically while producing renewable biogas energy and organic fertilizer. This helps reduce emissions, chemical fertilizer use, and reliance on fossil fuels. The document outlines the technical details and environmental benefits of small-scale domestic and larger institutional biogas plants.
By Nabila Haniph
The problem with garbage is that it’s a sum zero game. Garbage has to go somewhere but nobody wants it in their backyard. It’s as if trash is deposited in the garbage can and somehow it’s supposed to disappear into some magic black hole. Problem is, there is no black hole. There isn't even room for any more landfill.
Don Bosco schools in Mumbai plan to increase their solar power capacity to reduce coal usage and become more environmentally sustainable. They currently have 160KW of solar power and will add another 100KW by the end of March, bringing their total solar capacity to 260KW. This will help lower their electricity costs and reduce their carbon footprint. Experts say that increasing solar power is a good long-term solution to environmental problems. The schools hope to achieve "zero energy" status within the next two years by relying more on solar and less on power from the grid.
The residents of Hesatu village in Jharkhand, India turned 365 acres of wasteland into a thriving forest of over 100,000 trees without any help from the government or non-governmental organizations. They developed a three-tier agroforestry model with trees, ginger, and turmeric that generates Rs. 40-50 lakh annually for the village. Through sustainable management of the forest, the villagers have created jobs and stopped seasonal migration from the village.
ZEUS CORP is an organic farming company in India that works with small farmers. It aims to promote sustainable and ecologically friendly agriculture. It produces various organic products and provides training to farmers in organic practices and biodynamic farming. It also engages in renewable energy projects like biogas production, vermicomposting, and solar energy systems to improve farmers' livelihoods and the environment.
Classic Polo prioritizes sustainability with fashion in our way. Our drive involves planting 1.50 lakh saplings every year, restoring water bodies, and the adoption of Govt. school.
The document discusses the Church of South India's new environmental plan to create 1,000 "green schools" in the next year. It will include developing a student-run environmental management system to monitor resource consumption and make schools better environmental stewards. The project aims to work with 1,000 schools this year and provide training and resources through collaboration with the Centre for Science and Environment in New Delhi. Other outcomes from an environmental gathering included plans for leadership training in waste management, renewable energy, and planting 100,000 saplings.
Non-Edible Oils as BioDiesels is the Right SolutionX3X
Dr. Udipi Shrinivasa discovered that non-edible oils from plants like Honge trees can be used as biodiesel to power diesel engines. He extracted oil from Honge seeds and found that it ran well in an engine. This led him to realize the potential for rural communities in India to become self-sufficient through local biodiesel production. He launched a pilot program in Kagganahalli village where Honge oil was used to power water pumps, eliminating the need for diesel fuel. The program was a success and proved that biodiesel from non-edible oils can provide economic and environmental benefits to rural areas while reducing dependence on imported fuels.
It is a case study presentation based on the Stubble burning in Punjab and pollution in Delhi NCR. We had to suggest alternative ways to curb stubble burning in Punjab and Haryana.
With smog choking the capital city, there arises an urgent need to deal with the issue of stubble burning by farmers in nearby states.
Every year Punjab generates about 19.7 million tones of paddy straw on 30 lakh hectares of agricultural land. We have made a small ppt to suggest solutions for this problem.
পল্লীর আর্থ-সামাজিক উন্নয়নের ব্যতিক্রমী এক অগ্রযাত্রায় মূলতt এ’টি একটি সমাজ কল্যাণ সংগঠনের সামাজিক অবকাঠামো । শিক্ষা ও সংস্কৃতি এবং বিনোদন কেন্দ্ররূপে এই স্থাপনা-নিরন্তর প্রচেষ্টা, প্রাণান্ত শ্রম ও ঐকান্তিক সাধনার ফসল । মডেল বা প্রতীক হিসাবে দেশ মাতৃকার নিবেদনে এই প্রতিষ্ঠানের কার্যক্রম foundation for rural development এর প্রয়াস মাত্র । সততা ও সেবার আদর্শে দণ্ডায়মান এই কর্মকাণ্ড – নয় কোন ব্যক্তি বা গোষ্ঠী স্বার্থের সম্পদ ; সামাজিক স্বার্থ বা সম্পদই যার পরিচয় । অতএব, সর্বাত্মক সহযোগিতার প্রত্যাশা-সামাজিক দায়িত্ব ও কর্তব্যবোধের এই পথ চলায় !
The PowerPoint presentation on the Appropriate Rural Technologies Institute (ARTI) provides an in-depth exploration of this organization's mission, initiatives, and impact on rural communities. The presentation begins by introducing ARTI as a leading institute dedicated to promoting and implementing appropriate and sustainable technologies in rural areas. It highlights the importance of technology in addressing the specific needs and challenges faced by rural populations, such as access to clean energy, water, sanitation, and agricultural practices. The presentation showcases various innovative technologies developed by ARTI, including renewable energy solutions, water purification systems, eco-friendly construction techniques, and low-cost farming methods. It also highlights the organization's community engagement and capacity-building efforts, fostering local participation and empowering rural communities to implement and maintain these technologies. Through its informative content and success stories, this presentation showcases ARTI's invaluable contributions towards sustainable rural development and improving the quality of life in underserved areas.
This presentation discusses alternative energy sources used in Nepal. It defines alternative energy as energy from renewable resources that can substitute for non-renewable fossil fuels. Some alternative energies used in Nepal are wind, biogas, solar, and hydropower. Wind energy uses wind turbines to generate electricity cleanly without disrupting farmland or creating local jobs. Biogas is produced from organic waste and used as fuel, providing an eco-friendly and renewable source. Solar energy converts sunlight into electricity or heats water through solar cells, reducing electricity bills. Hydropower harnesses the natural flow of water for clean and cost-effective electricity generation.
Kinetic studies on malachite green dye adsorption from aqueous solutions by A...Open Access Research Paper
Water polluted by dyestuffs compounds is a global threat to health and the environment; accordingly, we prepared a green novel sorbent chemical and Physical system from an algae, chitosan and chitosan nanoparticle and impregnated with algae with chitosan nanocomposite for the sorption of Malachite green dye from water. The algae with chitosan nanocomposite by a simple method and used as a recyclable and effective adsorbent for the removal of malachite green dye from aqueous solutions. Algae, chitosan, chitosan nanoparticle and algae with chitosan nanocomposite were characterized using different physicochemical methods. The functional groups and chemical compounds found in algae, chitosan, chitosan algae, chitosan nanoparticle, and chitosan nanoparticle with algae were identified using FTIR, SEM, and TGADTA/DTG techniques. The optimal adsorption conditions, different dosages, pH and Temperature the amount of algae with chitosan nanocomposite were determined. At optimized conditions and the batch equilibrium studies more than 99% of the dye was removed. The adsorption process data matched well kinetics showed that the reaction order for dye varied with pseudo-first order and pseudo-second order. Furthermore, the maximum adsorption capacity of the algae with chitosan nanocomposite toward malachite green dye reached as high as 15.5mg/g, respectively. Finally, multiple times reusing of algae with chitosan nanocomposite and removing dye from a real wastewater has made it a promising and attractive option for further practical applications.
Improving the viability of probiotics by encapsulation methods for developmen...Open Access Research Paper
The popularity of functional foods among scientists and common people has been increasing day by day. Awareness and modernization make the consumer think better regarding food and nutrition. Now a day’s individual knows very well about the relation between food consumption and disease prevalence. Humans have a diversity of microbes in the gut that together form the gut microflora. Probiotics are the health-promoting live microbial cells improve host health through gut and brain connection and fighting against harmful bacteria. Bifidobacterium and Lactobacillus are the two bacterial genera which are considered to be probiotic. These good bacteria are facing challenges of viability. There are so many factors such as sensitivity to heat, pH, acidity, osmotic effect, mechanical shear, chemical components, freezing and storage time as well which affects the viability of probiotics in the dairy food matrix as well as in the gut. Multiple efforts have been done in the past and ongoing in present for these beneficial microbial population stability until their destination in the gut. One of a useful technique known as microencapsulation makes the probiotic effective in the diversified conditions and maintain these microbe’s community to the optimum level for achieving targeted benefits. Dairy products are found to be an ideal vehicle for probiotic incorporation. It has been seen that the encapsulated microbial cells show higher viability than the free cells in different processing and storage conditions as well as against bile salts in the gut. They make the food functional when incorporated, without affecting the product sensory characteristics.
Optimizing Post Remediation Groundwater Performance with Enhanced Microbiolog...Joshua Orris
Results of geophysics and pneumatic injection pilot tests during 2003 – 2007 yielded significant positive results for injection delivery design and contaminant mass treatment, resulting in permanent shut-down of an existing groundwater Pump & Treat system.
Accessible source areas were subsequently removed (2011) by soil excavation and treated with the placement of Emulsified Vegetable Oil EVO and zero-valent iron ZVI to accelerate treatment of impacted groundwater in overburden and weathered fractured bedrock. Post pilot test and post remediation groundwater monitoring has included analyses of CVOCs, organic fatty acids, dissolved gases and QuantArray® -Chlor to quantify key microorganisms (e.g., Dehalococcoides, Dehalobacter, etc.) and functional genes (e.g., vinyl chloride reductase, methane monooxygenase, etc.) to assess potential for reductive dechlorination and aerobic cometabolism of CVOCs.
In 2022, the first commercial application of MetaArray™ was performed at the site. MetaArray™ utilizes statistical analysis, such as principal component analysis and multivariate analysis to provide evidence that reductive dechlorination is active or even that it is slowing. This creates actionable data allowing users to save money by making important site management decisions earlier.
The results of the MetaArray™ analysis’ support vector machine (SVM) identified groundwater monitoring wells with a 80% confidence that were characterized as either Limited for Reductive Decholorination or had a High Reductive Reduction Dechlorination potential. The results of MetaArray™ will be used to further optimize the site’s post remediation monitoring program for monitored natural attenuation.
Evolving Lifecycles with High Resolution Site Characterization (HRSC) and 3-D...Joshua Orris
The incorporation of a 3DCSM and completion of HRSC provided a tool for enhanced, data-driven, decisions to support a change in remediation closure strategies. Currently, an approved pilot study has been obtained to shut-down the remediation systems (ISCO, P&T) and conduct a hydraulic study under non-pumping conditions. A separate micro-biological bench scale treatability study was competed that yielded positive results for an emerging innovative technology. As a result, a field pilot study has commenced with results expected in nine-twelve months. With the results of the hydraulic study, field pilot studies and an updated risk assessment leading site monitoring optimization cost lifecycle savings upwards of $15MM towards an alternatively evolved best available technology remediation closure strategy.
1. E-Newsletter-7/18
Green Earth Movement
An E-Newsletter for the cause of Environment, Peace, Harmony and Justice
Remember - “you and I can decide the future”
Six Success Stories in India That Will Show You
How Biogas Can Save Money, the Environment, &
More!
Guest Contributor, December 21, 2016
www.thebetterindia.com,Biofuel, Environment
Ever since the first modern biogas digester was built in India in
1859, about 4.5 million units have come up all across the country.
The first digester produced gas from human waste to light lamps at
the Matunga Leper Asylum in Bombay (now Mumbai). The idea
spread to England where biogas was used to light street lamps, and
then to China, which now has over 43 million biogas units. Biogas
can help improve lives of people and communities and bring
economic and environmental benefits. Here are five examples to
illustrate its advantages:
1. Khamtara village in Katni district, Madhya Pradesh:
This village has 150 biogas units. They range from two to four cubic metres in size depending on
the number of animals owned by a household. Built between 1995 and 2005 under a government
programme, these units continue to function a decade later. The main reason for the village’s
success is “Super Mason” Rajaram who built 100 of these biogas plants – including a two cubic-
metre unit for himself. Though Rajaram has no animals, he secures dung from his neighbours.
The innovative mason has even connected his toilet to the biogas digester. Rajaram has also
2. trained masons from other villages so they can install digesters on their own. He takes care of
problems whenever they crop up.
Villagers say more than 100 bullock carts of firewood (about 20 tonnes) were brought into the
village each year from nearby forests before biogas came to Khamtara. Each cart used to cost Rs
1,000. After the installation of biogas plants, people stopped cutting trees for firewood. All those
involved in the firewood business are now engaged in other occupations.
Biogas also has an important health benefit. There has been an estimated 80% reduction in the
quantity of smoke in Khamtara’s kitchens. Most rural kitchens use firewood that leads to indoor
pollution. About two million people in India (mostly women and children) suffer from asthma,
cancer, eye and nose problems, associated with this pollution every year. Using biogas can
reduce these risks. Villagers also say that since the installation of biogas, fights and squabbles on
petty issues have declined in the village and co-operation among neighbours has increased.
2. Methan village in Patan district, Gujarat:
Methan village is another example of biogas success. Dudh Sagar Dairy and Gujarat Energy
Development Agency built India’s largest biogas system here in 1987. It supplies gas to 326 of
the 500 households through underground pipes. Each family pays Rs. 50 per month for the gas.
A tractor brings 2.5 tonnes of cow dung from the village every day, which is put into eight giant
tanks with a capacity to produce 630 cubic meters of gas. This saves 500 tonnes of firewood each
year, gives clean fuel, and reduces the risk of diseases. By substituting biogas for wood, this
village avoids over 860 tonnes of carbon-dioxide emissions per year, reducing the impact on
climate change.
3. The Karunalaya Leprosy Care Centre in Puri, Odisha:
This centre looks after 1,000 people living with leprosy. The centre also runs a high school, a
home for children of leprosy patients, a small hospital, and an orthopaedic workshop. A three
cubic metre-biogas unit run on animal waste is the latest addition. While earlier the centre used
to buy four LPG cylinders a month for the kitchen, the number has reduced by half since the
installation of the biogas unit.
4. The Xavier School of Management (XLRI), Jamshedpur,
Jharkhand:
XLRI converts about 400 kilos of food waste to energy as part of its programme to reduce
carbon emissions. Food waste from the college’s five cafeterias go into a giant biogas digester
that generates gas equivalent to two LPG cylinders per day, or about a fifth of the kitchen fuel
needed to feed 1,100 students on campus.
5. Most biogas units in rural India run on cow dung, and some in urban areas run on food waste.
We decided to experiment with flower waste at two places of worship: a temple in Bangalore and
a church in Mumbai.
On the terrace of Venkateswara temple in Vidyaranyapura, Bangalore, we set up a there cubic-
metre biogas unit with the help of Mr. Devendra Goyal, a retired squadron leader of the Air
Force. The unit is run on flower offerings from devotees, some food waste, and occasionally
some cow dung.
3. At St. Michael’s Church in Mahim, Mumbai, flowers from Wednesday’s special service are
collected at the end of the day. The threads removed and flowers are soaked in a bucket of water.
The soaked material then goes into a biogas digester to produce gas for use in the kitchen.
Slurry, an important by-product is used as liquid fertilizer in the church’s garden. The entire cost
of investment to set up this system was about Rs. 20,000 and it has been recovered within two
years. Earlier, the wilted flowers used to go into a municipal dump as waste. They have now
become a valuable resource. The flower experiments have implications beyond the temple and
church. Mumbai generates about 200 tonnes of flower waste a day. If 5 kg flowers collected in
Mahim church can produce about 1.5 hours of biogas each day, imagine how much gas can 200
tonnes produce? This gas can run a fleet of 400 city buses every day.
So the message is clear: garbage is not waste, but a valuable resource that should not be wasted.
Also, wet cow dung used in a biogas digester produces cleaner fuel than dry dung used in
a chullah.
(Written by Emmanuel D’Silva and Narendra Jindal)
For more information, write to Emmanuel and Narendra
at ehdsilva@yahoo.com and narendrajindal48@yahoo.co.in
Like this story? Or have something to share? Write to us: contact@thebetterindia.com, or
connect with us on Facebook and Twitter.
NEW: Click here to get positive news on WhatsApp!
About the author: Dr Emmanuel D’Silva is an Environment Scientist from Mumbai. Mr
Narendra Jindal runs an NGO in Bhopal called Shree Dharohar Social Welfare Society.
Together, the two friends have helped set up more than 50 biogas units across India.
Letter from the reader
Dear Fr. Felix,
Thanks for forwarding the latest GEM Newsletter.
I read with interest the write-up on the Eco Kids Activities at Infant Jesus
Church. Holding poster contests twice a year does not solve the serious
environmental problems in the country. As you know we need action, not just
words and posters. Sadly, most churches in Mumbai only do window dressing
on climate change and ecological problems. Can't you think of setting up
compost stations or biogas units, as you did at the Panvel church?
Narendra Jindal and I have set up more than 50 biogas units across India.
The article below in The Better India, written by Narendra and I might interest
you. It cites a few examples of the units we put up. This week we are setting
up a 2 cubic meter biogas unit near Cuttack, Orissa.
Regards
Emmanuel
4. In Mumbai: NGO brings smiles in their garden of
equal opportunities
Badri Chatterjee, HT
As 24-year-old Amjad (name changed) carefully trims a bonsai plant, he has a smile on his face. Like
many others around him, he loves his simple and beautiful life after being burdened with the challenges of
being differently-abled. “I love spending time in the garden. The fragrance of these plants helps me forget
I am not as capable as others. While helping them grow, I realise that I am not being judged,” said Amjad,
who will get employed in a civic body-run garden next month.
For the past 15 years, a Chembur-based non-profit group, National Society For Equal Opportunities For
The Handicapped (NASSEOH), India, has been helping differently-abled persons find jobs through their
therapy of gardening, landscaping and nurturing over 80 different species of native plants and 27 species
of exotic plants at their vegetable and butterfly garden. The NGO has also helped create comprehensive
rehabilitation opportunities, free of charge for them through education, vocational training, placements,
sports and recreation.
The NGO has been using nature as therapy to help them learn skills such as taking care of plants through
pruning, cutting and planting saplings on their four-acre campus. “We observed that persons with
disabilities, after spending their day at gardens, have undergone several behavioural changes, so much so
that they were ready to overcome mental blocks and earn a living,” said Yogendra Shetty, director-
general, NASSEOH adding that the beneficiaries are from the lowest strata of the society and are aged
between 18 and 35. He added that over the past 15 years, thousands had been rehabilitated by garnering
different employment opportunities within Mumbai and other parts of the country. “More than 500 people
have acquired green jobs through this programme that educates groups of 30 per day,” said Shetty.
Along with working at a one-acre vegetable and bonsai garden home, a butterfly garden half its size was
constructed last month with the help of NGO United Way Mumbai and Kharghar-based Ladybird
Environmental Consulting. “Within large concrete urban spaces, setting up of these small gardens is easy
as they do not need large trees. They attract butterflies that directly impact the micro-ecosystem,”said
Prachi Nautiyal, director, United Way Mumbai.
Dr V Subhalaxmi, founder and director, Ladybird Environmental Consulting, said, “For the specially-
abled, the low self-esteem or frustrations are eased through interaction with nature as it helps calm nerves,
reduce blood pressure, anxiety through a ‘feel-good factor’ and introduce a positive feeling.” Leading the
way Group teaches differently-abled people gardening techniques on their four-acre campus as part of
therapy.
5. FOR AN EDUCATIONAL
AND AWARNESS PPT on
JOY OF GARDENING CLICK
THIS LINK
http://infantjesusjogeshwari.in/
gem-ppt-37-joy-of-gardening/
Cuffe Parade residents see red as trees being
hacked for Metro III
Richa Pinto, Mumbai Mirror
In the last two days, Cuffe Parade resident Robin Jaisinghani and his family of four
are witnesses to the massive hacking of trees, which till last week stood tall,
providing shade to locals and pedestrians. The hacking of trees in the city for
construction of Mumbai Metro III has begun from the Colaba Woods garden up to
the spot outside Vivanta by TajPresident. Metro III is a 33.5km underground line
running between Colaba-Bandra-Seepz (Andheri), with 27 stations.
“It's extremely upsetting to see the massive cutting of trees take place when you
look outside your window. Having lived in this area since 1977, I played in the open
space where the trees are now being chopped to make way for Metro III. What's
worse is that after the cutting of trees we will have to bear the brunt of construction
activity throughout the day for a decade. My daughter's childhood will be over by
then, and all that they will grow up seeing is trees being hacked and noise. How are
they going to even study or sleep?“ said Jaisinghani, who along with other residents
had filed a writ petition in the high court. Their buildings are barely 40 metres from
the proposed underground Metro terminus.
Pervin Jehangir, another petitioner and a resident of Jupiter Apartments in Cuffe
Parade, said the area has been barricaded so that no one walking past will be able
6. to see what is happening. “One needs to go up to a height to notice the large
number of trees being chopped.Climate change is here despite which we are going
ahead and reducing Mumbai's green cover to such a large extent,“ said Jehangir.
Manjeet Kriplani, another resident, said the area where the trees are being chopped
has lush green trees where kids would play. “It has been two days since the tree-
cutting has begun and such a large amount of green cover has been lost. This will
be completely irreversib le,“ said Kriplani. Activist Zoru Bathena, who had filed an
RTI, said, “The authorities said the trees will be replanted at another spot, but we
have seen how it has been a sham.“
For funds, Mumbai Metro eyes real estate bonanza in
Aarey
Nauzer Bharucha| TNN | Jan 29, 2017, 05.54 AM IST
MUMBAI: A car depot for the Metro III project is not the only construction planned inside the
eco-sensitive Aarey Colony . Around 8.6 acres of the 81 acres reserved for the depot are to be
used for "real estate development". The Mumbai Metro Rail Corporation (MMRC), executing the
Rs 23,136 crore project, has asked the state government to permit a floor space index (FSI) of 3
to commercially exploit this plot inside the green lung.
If the government sanctions this unusually high FSI, property experts said builders will be able to
construct around 15 lakh sq ft worth over Rs 2,000 crore on this 8.6 acre parcel. Documents
procured under the Right to Information Act (RTI) by activist Zoru Bhatena reveal the MMRC
wrote to the state urban development department over a year ago. Around 8.6 acres of the 81
acres reserved for the metro car shed are to be used for "real estate development." The Mumbai
Metro Rail Corporation (MMRC), executing the Rs 23,136 crore project, has asked the state
government to permit a floor space index (FSI) of 3 to commercially exploit this plot inside the
green lung.
Over a year ago, the MMRC sought FSI 3 on the Aarey plot for "real estate development."
Activists and environmentalists have been protesting against any construction and uprooting of
trees inside this green sprawl. A government notice inviting objections and suggestions from
citizens last month, sought to delete the 81 acres (almost four times the size of Oval Maidan) of
the Aarey land from no-development zone and reserve it for metro car depotwork shop, allied
facilities and commercial (C-1) zone. A C-1 zone allows commercial as well as residential
construction.
MRRC managing director Ashwini Bhide told TOI the corporation plans to raise around Rs 1,000
crore by commercially exploiting part of the Aarey land. "But we do not have immediate plans to
build on this portion. For the moment, MRCC will set up a temporary casting yard on this 3.5
7. hectares (8.6 acres) abutting the Jogeshwari-Vikhroli Link Road," she said. Bhide however
added that the car shed will be "open to sky ."
Bhatena, who has filed several public interest litigations in the high court, said a metro shed
does not require 81 acres, but a much smaller area. "The modus operandi seems to grab a no-
develop ment zone under the garb of a metro shed and then use a large chunk of it for
commercial use," he said. The 81 acres at Aarey colony was controlled by the state animal
husbandry department, which then handed it over to the government for the metro car shed.
Due to protests by citizens against the depot, the state appointed a technical committee two
years ago to examine nine locations.
The committee recommended the Aarey site despite objections by two environmental experts on
the panel, IIT Mumbai professor Shyam Asolekar and NEERI director Rakesh Kumar. Their
dissent note said, "Not in agreement with conclusions and all the recommendations stated
above." MMRC claimed that "one of the most critical activities for the successful delivery of
Mumbai Metro Line 3 project is the construction of the depot to receive, test, commission the
trains for service..." Last month, the Union environment ministry issued the final notification on
the eco-sensitive zone (ESZ) around Sanjay Gandhi National Park and Aarey Colony . Bhatena
said, "MMRC is proposing land for real estate development with FSI 3, which is totally unrelated
to Metro activity and cannot be termed as "public interest.Hence, it cannot be permitted."
TOI had on January 17 reported how, ahead of the Mumbai municipal corporation polls,
protecting the green cover of Aarey Colony has united the citizens and activists of P-South
ward, which covers Goregaon east and west and parts of Malad and Oshiwara.
TIMES VIEW:
Once real estate development takes place within Aarey Colony and developers get a
foothold inside the green zone, the area will certainly be ravaged with steel and
concrete structures and Mumbai will suffer a heavy blow to its environment. Though
the Metro III is a crucial public transport project which will be of immense benefit
to commuters, development should not be allowed to take place at the cost of the
environment, especially in a city which lacks open spaces.On the one hand, new open
spaces are not being created and those that exist are not being taken back by BMC
from private parties, and on the other there is a deplorable `development' plan now.
Bandra residents fear work on coastal road will
pollute air, damage ecology
Badri Chatterjee, HT
8. Bandra residents have opposed the Brihanmumbai Municipal Corporation’s (BMC) ambitious
Coastal Road project and feared that it will cause more problems, including irrevocable
ecological damage, than provide solutions to the city’s traffic woes. Irked citizens alleged that the
civic administration did not hold a single public meeting on the project. Close to 50 residents —
led by Darryl D’Monte, president of the Bandra West Residents Association — were part of a
two-hour meeting near Carter Road promenade on Sunday morning. D’Monte termed the
project expenditure ‘wasteful’ and said it is a ‘willful destruction of nature in the name of
development’.
In its bid to decongest arterial roads along the Western Express Highway, the civic body intends
to construct the coastal road that will connect the western suburbs along the coast with undersea
tunnels, roads on reclaimed land and elevated stretches. Among other concerns, residents said
the project will lead to an ‘unimaginable’ spike in pollution levels with over 200,000 vehicles
plying on the 29.2-km coastal road. The coastal road will have eight lanes, with two dedicated
bus lanes for the Bus Rapid Transit System (BRTS). The project has been planned to be
constructed in two phases.
In Phase-I of the Rs12,000 crore project, the BMC will construct the stretch from Marine Drive
to Carter Road in Bandra. The north Mumbai phase is from Bandra to Kandivli. The road will
also have a sea-link between Bandra and Versova, which will be built by the Maharashtra State
Road Development Corporation (MSRDC). “The sea which currently brings fresh air will emit
toxic fumes from the coastal road. The project will destroy the thick mangrove cover. Mangroves
are essential for a city like Mumbai, which is susceptible to inundation,” said D’Monte. “In less
than half the cost, traffic can be eased out by implementing a comprehensive transportation
policy,” he said.
He added that a very small percentage of Mumbaiites use their own vehicles as opposed to more
than 90% dependent on public transport for their daily commute. “Only a small percentage of
commuters, living along the west coast, will use the road, making it a false solution to traffic
problems.” According to the civic body, the project will reclaim around 186 hectares of land, of
which, 91 hectares will be developed as green space. “Specific measures are being taken to
protect the environment. We have planned to build the elevated roads on stilts along creek areas
to save mangroves,” said a senior civic official.
While the BMC is expected to complete its tender process by March next year, the Union
environment ministry is yet to clear the project.
‘Project will endanger mangroves and heritage’
Mumbai is already choked by traffic and is heavily dependent on its mangrove cover which
works as a buffer against inundation. The Coastal Road will lead to severe environmental
damages, said members of the Bandra West Residents Association. In the Sunday meeting held
by the association, they highlighted that historical monuments, — inlcuding Mahalaxmi temple
and Bandra Fort — waterfronts and public places might be lost. The project can damage the
livelihood of all coastal communities, they said. The construction of the coastal road can lead to
soil erosion along the coastline, they feared.
What are the alternatives?
“While the project planners have failed to address our issues by not holding a single public
hearing, infra projects such as the Metro II and Metro III or constructing Bus Rapid Transit
System (BRTS) along the Eastern or Western Expressways can ease traffic congestion in the
city,” said Darryl D’Monte, president, Bandra West Residents Association.
9. Eco-friendly ways helps cut power use at Thane
church
In 2012, he formed the parish environment club in Thane that introduced a biogas plant at the
church ground.
Ucannews: Posted on January 26, 2017, 10:26 PM
Mumbai: St John the Baptist Church at Thane has shown the most energy efficient way to
pray by using a large fan – equivalent to 10 household fans – that ensures 30% reduction
in electricity consumption and cools a church that has an attendance of 1,000 people on
Sundays. Fr. Allwyn D’Silva, as the parish priest of the 500-year-old church and manager
of St John the Baptist School, set up the fan along with a number of environment friendly
initiatives ranging from solar power, rain water harvesting, recycling organic waste to
installing LED lights at the church grounds.
Fr. D’Silva, who will be ordained auxiliary bishop of Bombay on Jan 28, urges the Catholic
Church, which has nearly 500,000 members in Mumbai, almost 4% of the city’s
population, to take climate change seriously. “This is a crisis that affects the future
generations. If we have been handed over a beautiful world by our forefathers, it is our
moral obligation to hand the same over to our next generation,” he said.
Over the past two decades, the priest has been trying to reduce the impact of global
warming through several awareness initiatives, environmental education at schools and
published academic papers to make the parish eco-friendly. Fr. D’Silva is also the head of
the Archdiocesan Office for Environment, and secretary for the Federation of Asian Bishops
(FABC) Climate Change Desk.
In 2012, he formed the parish environment club in Thane that introduced a biogas plant at
the church ground. Daily kitchen waste amounting to 20kg, leftovers from weddings, and
waste from a local vegetable market is all converted into cooking gas through a biogas
plant. During the same year, a rooftop solar system with nine panels was set up at the
school that powers lights and fans in every classroom, staff rooms and principal’s office.
After the restoration of the church in 2015 and the setting up of the Johannine Centre
(church office), rainwater harvesting program was setup that saved 2 lakh litres of water
over the past two monsoons.
“It is an integrated system that can automatically switch to the grid. The move reduced
our electricity bill by 40%,” said Father Michael Pinto, principal, St John the Baptist School.
“People learnt from Fr Allwyn about eco-spirituality – faith combined with the concept to
protect the environment. His efforts have created a lot of awareness among students
through faith and practical examples.”
A visiting professor at St Pius College, a seminary in Goregaon, Fr. D’Silva started an ‘eco-
10. club’ in 2012 that manages a garden with 26 species of 3,000 trees, 15 species of
butterflies, 22 species of birds and seven species of insects and reptiles on campus.
Additionally, his efforts gave way to a kitchen garden and a rainwater harvesting project at
Our Lady of Nazareth High School, Bhayander (West).
“Fr Allwyn is one of the first green voices in the city and recognised India’s environmental
crisis long before anybody else,” said Father Savio Silviera, environmentalist and director,
NGO Green Line.
Source: Hindustan Times
Meet The Man Who Has Built A House That Satisfies All His
Needs From Food To Water To Gas
Koshika Mira Saxena
February 2nd, 2017
Solar power is reshaping energy production around the world. While people are choosing to
move to solar power in many countries like China, Japan, Germany, and the United States,
Indians are also changing their lifestyle to use solar power as a source of energy.
One such person is Dwarkadas Suresh, popularly known as Solar Suresh. An IIT Madras and
IIM Ahmedabad graduate, he lives in Chennai with his wife, son, and daughter-in-law. He
has worked in textile marketing industries in various capacities including as the Chief Executive
Officer, Managerial Director. He retired in 2015, and is now enjoying his green home.
The Logical Indian spoke to Mr Suresh to know more about his lifestyle, inspiration and
challenges.
What was the motivation to shift to solar energy?
I was in Germany and witnessed many rooftop plants there. I thought if a country with a lot less
sunshine can install these facilities, then why not implement the same in India which has solar
energy in abundance?When I came back, I interacted with a lot of vendors, but no one agreed to
install it. It was hard to find a suitable rooftop solar plant vendor and also to get a proper solar
inverter. Even big corporates did not show any interest. After some time, I located a local vendor
who had the same interest as mine. He manufactured and designed the solar power plant of my
home.
What changes have you observed since then?
11. I installed a rooftop solar plant of 3kW capacity four years ago. I connected one Air Conditioner,
Pump, Refrigerator, Fans, Lights, TV, Computer and Laptop, Mixer Grinder and Washing
Machine. I have not experienced power cut even for a minute in the last four years except during
Cyclone Vardah. There was no electricity for one day.
The electricity charges are saved by producing around 12-16 units a day. There are many other
advantages like no daily maintenance. It generates electricity even during mild and rainy days.
The major advantage is that solar produces non-polluting power, does not work on fossil fuel
and thus saves foreign exchange for the country.
The general idea is that solar plants are expensive, high
maintenance, etc. What is your take on this?
It is a one-time investment. Raw material is free for around 20 years, and the process of
generating electricity is also free for 20 years during the lifespan of panels. There is an inbuilt
insurance from future tariff increase which is certain. For example, the tariff was Rs 3 per unit
(beyond 500 units) in 2012 scaling up to Rs 6.60 now, an increase of over 120% in 3 years.
There is no separate wiring required. The standalone rooftop solar plant is a sustainable,
affordable, viable project, presently giving over 6 percent tax-free return including battery
replacement. With tariff increase, this return on investment will only increase. The installation is
also quite simple. It requires a shadow-free area, about 80 sq ft per kW.
What other projects have you started at your home?
Solar panels are reliable sources. I have also installed indoor biogas plant of 1 cubic meter to
process around 4 kg organic waste per day, and it produces to about 20 kg of gas per month.
There is no daily maintenance. The waste which is generated is converted into two useful
resources- cooking gas and organic manure. What can be a better way of garbage
management? Installation is also very simple process, and no odour is generated. The entire
process is automatic. There is no manual intervention except feeding the plant daily. There is no
pollution generated. There are also certain conditions like only organic waste such as cooked or
uncooked food, spoilt food, vegetable and fruit peels, etc. can be used as input. The other items
like lime, orange, onion, egg shells, bones, ordinary leaves should be avoided.
I also started rainwater harvesting around 20 years ago. Now there are two types of RWH – first
is filter and store use and second is recharge groundwater use. In the first case, rainwater is
collected and filtered through a simple organic filtration by using pebbles, charcoal and river
sand. This water can be used for cooking and drinking purpose. The second case is when the
rainwater accumulates or stagnates, a pipe of 15 feet length and 8-inch diameter with holes
every foot is inserted into the ground such that water goes into the pipe and recharges
groundwater. And then again there is no daily maintenance required. Just before the arrival of
monsoon season, the terrace space should be cleaned, and organic items like pebbles,
charcoal, sand are to be reused and kept tidy.
Apart from these, I have a terrace kitchen garden. Since I was a novice then and had no
knowledge about it, I started with five pots and sowed seeds. I watched vegetables like lady’s
finger, tomatoes, brinjal growing. Now there are 70 earthen pots, broken plastic buckets and
many bags. Organically we have grown about 15 types of vegetables. It is a very pleasant sight
to see my garden growing, and the vegetables from the garden are tastier than we get from the
market. We do not go to the market to buy groceries, and we just have everything on our
terrace.
12. How does it feel to go green?
Oh, it feels wonderful. In fact, we have created a forest atmosphere. There are growing bamboo
plants, creepers to flow over them. When you peep from the terrace, one gets a feeling of being
in the forest and not in Kilpauk. I cannot see neighbouring buildings and chaotic traffic. I am
surrounded only by greenery.
You can get in touch with him at his email-id sureshd157@gmail.com
Bengaluru, Garden City And Then Silicon
Valley, Now Tagged Garbage City
Bengaluru | Edited by Malini Chatterji | NDTV
BENGALURU: The stench of rubbish hanging over swathes of Bengaluru is so powerful it
rouses residents in the middle of the night, the fetid result of a trash crisis that threatens its
reputation as one of India's nicest places to live. Hailed first as the country's Garden City and
then its Silicon Valley, drawing in multinational IT firms and their monied executives, today
Bengaluru is paying a heavy price for its success -- it's a city overflowing with garbage, its
infrastructure and waste collection services unable to keep up with decades of unchecked
growth. "You will wake from your dreams because of the smell," says local Kamesh Rastogi.
"You have to close the doors, but even then there is no respite," he adds.
The capital of Karnataka, Bengaluru was once a favourite retreat for families seeking respite
from the heat of the surrounding southern farming plains and particularly popular with people
in retirement. Located on a plateau and blessed with a relatively cool climate, the city is dotted
with public parks and gardens as well as a network of lakes. But since marketing itself as India's
tech hub, drawing in a raft of multinationals, Bengaluru's population has soared from three
million at the start of the 1990s to in excess of eight million. The surge has placed huge pressure
on its municipality, which stands accused of inadequate urban planning and, in particular, of
failing to cope with the accompanying rise in waste volumes.
When Rastogi, who works for the tech firm Oracle, bought an apartment a decade ago in a leafy
suburb called HSR Layout, he thought he was moving into one of the city's most pristine
neighbourhoods. But as part of efforts to cope with the 3,500 tonnes of rubbish that are
generated in the city every day, the municipality reopened a mothballed waste treatment plant
near his apartment in 2013. At the time of construction, the plant was some distance beyond
Bengaluru's outskirts, but it has since been encircled by the urban sprawl of the last quarter of a
century.
13. Furious residents, many of them executives for international tech companies, set up a
neighbourhood association to campaign for the plant's closure and relocation. Contacted by
AFP, management at the plant said an air filter was being installed to clean up emissions but
residents are unconvinced. "I feel I have to be reincarnated to see these changes happening," one
of them quipped. Anger is growing throughout the city, with newspapers carrying stories of litter
louts being beaten up on the streets by furious residents. The municipality's waste management
team turned down several requests to speak to AFP.
But around a hundred CCTV cameras have been installed to catch fly tippers in two districts that
have become regular dumping grounds. The municipality has even installed GPS devices in
dump trucks to ensure crews don't take short cuts and is reportedly considering hiring ex-
servicemen with the authority to fine offenders to enforce "garbage discipline". Campaigners say
such measures are little more than sticking plasters and the crisis can only be resolved once the
municipality increases its capacity to treat rubbish.
"It's mostly what we call trying to douse the fire when it happens, instead of a systemic approach
to resolve these issues," said Venkatesh Kannaiah, an activist with the Janaagraha civic
organisation. As awareness grows about the environmental impact of India's increasingly
consumerist society, more residents are trying to recycle or setting up their own compost heaps.
"Bengaluru used to be one of the most beautiful cities in India, and look at it now," said Myriam
Shankar, a member of the Solid Waste Management Round Table pressure group.
Activists Announce People's Climate
March
Mark your calendars for April 29.
26/01/2017 1:21 AM IST | Updated 27/01/2017 4:23 AM IST
An estimated 400,000 people joined the 2014 People's Climate March in New
York City.
A coalition of multiple organizations is seeking to mobilize crowds in major cities to demonstrate
against President Donald Trump’s environmental policies.
It’s the latest action following the Women’s March on Saturday, which, if the Metro’s trip count
is any measure, had a bigger showing than Trump’s Inauguration in Washington, D.C., a day
earlier.
On Wednesday, the Sierra Club, one of the organizations that’s involved, announced it will
sponsor a “People’s Climate March” on April 29, 2017, in Washington, D.C., and elsewhere
around the country.
14. The Saturday march will take place one day before Trump’s 100th day in office, giving the event
special importance, organizers said.
“On April 29th, it’s going to be much clearer to Donald Trump that he won’t drag America or the
world backwards on climate without the fight of his life,” Sierra Club Executive Director Michael
Brune said in a release. “Our planet is in crisis, and voices from around the nation must and will
be heard.”
The last People’s Climate March, in September 2014, had a turnout of more than 400,000
people in New York City, and was hailed as the largest climate march in history. That march
preceded the United Nations climate summit, held just days later at the U.N. headquarters in
New York.
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destiny of humanity. That book is Bible.
But in this techo- oriented and materialistic life, we have no time to
study and know more about this book.
Here is an opportunity for you to study this ever relevent book, Bible, in
a simple and easy way, just wherever you are. Besides, it is not a
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15. Marry before you are 25, a bishop in Kerala tells his
flock
It comes at a time when the church in the state has expressed
worry on the declining percentage of Christian population.
Posted on January 18, 2017, courtesy: Ucannews
Thiruvananthapuram: The bishop of the Thamarassery diocese in north Kerala has
come out with a prescription for a better family life - marry young.
Bishop Mar Remigiose Inchananiyil issued a circular saying late marriages, now
quite common in their diocese, are having a negative impact on relations between
partners and between parents and children. The circular was issued after a meeting
of the parish assembly. The bishop said in the circular that he is conveying the
suggestions of the "assembly". The circular said the age at which people get
married in their diocese- 28 for men and 25 for women - is quite late. It comes at a
time when the church in the state has expressed worry on the declining percentage
of Christian population.
"Our suggestion is that women should marry at the age of 23 and men by 25. If
they think of settling in their career first and marrying they will not find a suitable
partner. In our diocese itself there are about 1000 youngsters who waited and are
not able to find a suitable partner," Bishop Mar Remigiose Inchananiyil said. The
circular said people these days are prioritising career ahead of family and that they
should learn from older generations who put more importance on getting married
and planning a family life.
The bishop has called for the circular to be read out in all churches in the diocese
during Sunday mass. When pointed out that individuals are free to choose when to
marry, the bishop said it was only a suggestion from the parish assembly that was
conveyed in the circular.
Besides advice on the age of marriage the circular also prescribes that the bride
should wear an appropriate dress, that the wedding should be held in a pious and
traditional way. The circular also said while conducting festivals churches under
their diocese should not use fireworks display. The diocese has about 1.2 lakh
members.
IJMB (Infant Jesus Marriage Bureau), Jogeshwari,
Mumbai.
16. ✍Personality Development series
Advantages of Early marriage as against late marriage
Early Marriage means physically fit and easier to click a proposal as against
late marriage.
Early marriage means, sexually more active and better sex life (as per church
teachings 2 purpose of marriage is physical union and to open to new life. So
enjoying sex at right time is in tune with God’s plan and Church teaching).
In early marriage, more possibility of conceiving children (see the above
purpose 2 – open to new life) as against late marriage where less possibility of
conceiving a child.
Getting kids earlier means, enjoying the company of kids for a longer time
(imagine you get kids after 40-45! Your time of playing and enjoying with kids
is already gone).
Getting kids earlier also means, getting your kids married earlier. This means
you will able to see your children’s children (becoming grand mother/father, or
even perhaps great grand parents). In late marriage possibility of seeing grand
children is remote.
Early marriage means, longer period to prepare for a well settled family life as
against late marriage where u have crossed the prime of your life.
In Early marriage, both spouses work together at their early age to take care
of the material needs of the family (house etc). So less possibility of ego
clashes (Iike for example - this house is mine, I have invested money for this
flat/house etc etc!!).
Marriage at young age means, you are flexible to learn and change. Even if
mistakes happen, you have time to learn and correct. Once you are old, you are
less open to learning as your mind and attitudes are already formed and
become rigid.
Early marriage provides better family and social support as your relationships
base widens which includes in-laws.
✍Above analysis is purely based on my personal reflections. Whether you are happy
or unhappy, agree or disagree, I believe that there is some truth in what is said
above, as the Bible itself says, "there is time for everything".
WANTED HELPING HANDS- Courtesy: Daijiworld.com
For more appeals visit – www.daijiworld.com - charity
17. Ankith(14 yrs),'Amma',H No 5-59,Kodiyoor village,Udupi-576103
Ankith(14 yrs), S/o Ramesh Kotian, 'Amma', H No 5-59, Kodiyoor village, Udupi 576103 is impaired of
speech and hearing severely. He is studying in 9th standard with much difficulty in Saint Mary's
Kannada Medium School, Udupi. He is a very good drawing artist and has excellence even in academic
studies. Master Ankith has won Silver medal in 42 kg category in TAEKWONDO State level competition
held at Chikkamagaluru on April 24th and 26th, 2016. He is also a good skater.
The doctors in KMC have advised to fit a COCHLEAR IMPLANT to Ankith. The procedure costs Rs nine
lacs. As his father Ramesh Kotian is a poor auto driver, he can only dream of the medical treatment.
Therefore, he has humbly requested to donate generously to realize the dream of implant to Ankith.
Please send your kind donations to the following bank account:
Bank Account No.: 0630101059652
Name of the Account Holder: Ankith
Bank: Canara Bank, Udupi town branch,
Post Box 28, Kanakadasa Road, Udupi 576101
Bank IFSC Code: CNRB0000630
Telephone No.: 91 91649 12110
Rani Lidya Basto(50 yrs),4-85,Jappinamogaru,Permannur,Karnataka 575017
Rani Lidya Basto(50 ), who was operated for incisional hernia six times previously has pain in the
abdomen. She underwent Laprotomy and adhesiolysis with incisional hernia repair under spinal
anesthesia on September 14, 2016.She is a widow and her son is a daily wage worker in a bakery
earning Rs 300 per day. She has taken loan for her medical treatment. Staying in a rented house, she
finds it hard to manage her expenses. Therefore, she has requested for monetary help from kind
hearted individuals and philanthropists for her treatment.
Kindly remit your donations to her following bank account:
Bank Account No.: 34182053712
Name of the Account Holder: Rani Lidya Basto
Bank: State Bank of India, Kankanady, Mangaluru 575002
Bank IFSC Code: SBIN0003300
Telephone No.: 91 96865 62104
18. 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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