The document summarizes a water conservation project in Shirpur taluka, Maharashtra that involved building check dams to store rainfall and raise groundwater levels. This led to increased irrigation and crop yields for farmers. Suresh Khanapurkar, a retired geologist, oversaw the project and incorporated suggestions from local farmer Sardar Prabhu Vanjari. As a result of 95 check dams constructed, groundwater levels increased substantially across 35 villages, improving the livelihoods of farmers. However, some argue that casteism has also contributed to inadequate drought relief efforts for marginalized groups in Maharashtra.
NO PLACE FOR US? - ENVIRONMENTAL STUDIES CBSE-VSONU ACADEMY
油
Jatryabhai and his family lived in the village of Khedi in India. A dam was being constructed on the river near their village, which would flood the area. The government relocated Jatryabhai's family and other villagers to a new village called Sinduri. However, life in Sinduri was difficult due to poor conditions and lack of opportunities. After several years of struggling, Jatryabhai moved his family to Mumbai in search of better prospects, though adjusting to city life brought new challenges.
Satyapath brought an initiative to improve water management and food security in rural Bihar, which suffers from social conflicts, economic inequalities, and lack of access to resources like drinking water and food. They started by renovating traditional irrigation systems called Ahar-Pyne to control floods and droughts. This benefited over 165 villages. No deaths from lack of food or water or water-borne diseases occurred in the area for five years after the renovation. Satyapath also initiated education programs and sustainable agriculture practices to further support rural communities.
The document summarizes an emergency flood relief project in Rajasthan, India that provided assistance to communities impacted by severe flooding. Over 2,000 families received food, water, shelter, and medical support. Traditional houses called "Jhonpas" were constructed for displaced families. The project helped address immediate needs and facilitated longer-term recovery and rehabilitation efforts.
The document discusses flooding, earthquakes, and droughts as natural disasters that have affected the state of Madhya Pradesh, India. It provides details on flooding that occurred in 2005 across several districts forcing thousands from their homes. It also describes the 1997 Jabalpur earthquake that caused damage across four districts and the 2011 Jabalpur earthquake. Finally, it outlines the ongoing drought situation across 39 districts of Madhya Pradesh with many villagers forced to migrate due to lack of water and livelihood options.
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 discusses improving sanitation and access to clean drinking water in India. It notes that only 60% of waste is treated in India, leaving 14.6 million tonnes untreated. Improper sanitation is an issue, with 40% of the population practicing open defecation. The document proposes several solutions like vermicomposting, sewage treatment plants, public toilets using activated charcoal, and rainwater harvesting to provide cleaner sanitation and water. It provides details on implementing these solutions, potential challenges, and the need to raise awareness among citizens. A local survey of Dehradun, India is also summarized.
The document discusses improving sanitation and access to clean drinking water in India. It notes that only 60% of waste is treated in India, leaving 14.6 million tonnes untreated. Improper sanitation is an issue, with 40% of the population lacking access. Proposals are made for better waste management through vermicomposting, sewage treatment plants, and public toilets using activated charcoal. Ensuring access to clean drinking water is also discussed, along with rainwater harvesting and soakwells. The document advocates for awareness campaigns around sanitation, water conservation, and separating wet and dry garbage.
This document summarizes the drought situation in Maharashtra, India. While large parts of the state have been declared drought-hit with millions facing water shortages, politically powerful groups have taken most of the available water for sugarcane crops and industries. The sugarcane lobby has significant political influence, ignoring recommendations to limit sugarcane farming given its high water usage. This has exacerbated water conflicts and the drought crisis, with some regions facing acute shortages while sugarcane crops flourish nearby. Government relief efforts have been insufficient to address the problems caused by unequal water distribution and the prioritization of water-intensive sugarcane.
Rainwater harvesting is one of the surest ways of reducing our dependence on secondary sources of water like lakes or rivers. As there is a limted supply of water available to man, it is important that he learns to recycle and reuse water as well. This is where rainwater harvesting becomes important. The presentation that follows will allow a teacher to explain in simple terms what rainwater harvesting is, why it should be made popular, and how it is useful. Through this presentation children will also learn about some of the popular rainwater harvesting systems prevelant in the driest region of this countryRajasthan, and surprisingly even the wettestthe Northeast. Why does a rain rich region like the Northeast need to harvest rainwater? Find out the answer to this and more through this PPT.
Aurangabad district is located mostly in Godavari Basin, fall under Maharashtra agro climatic zone-VII (Central Maharashtra Plateau Zone). It is Assured Rainfall Zone with average rainfall of 450-650 mm.
EVER DROP COUNT ENVIRONMENTAL STUDIES CBSE-VSONU ACADEMY
油
The document discusses water conservation efforts in Rajasthan, India. It describes how ancient stepwells and lakes called johads were constructed to collect and store rainwater, providing water throughout the dry seasons. It also outlines current water scarcity issues and initiatives to rebuild old water systems and harvest rainwater, giving the example of a village where a local NGO helped construct a new lake to improve access to water.
- Rainwater harvesting has been practiced for thousands of years around the world, with early examples found in India from 2000 BC using various collection systems.
- Traditional methods used in India included tankas (underground circular tanks), zings (tanks collecting melted glacier water in Ladakh), and structures like stepwells, ponds, and wells built by communities to harvest surface water.
- Components of a rainwater harvesting system include the catchment area, gutters and piping to direct water, filters, storage tanks, and recharge structures; the aim is to secure water for drinking and farming while increasing groundwater levels.
Rainwater harvesting best practices in Vidyaranyapura.pdfbiometrust
油
The document summarizes rainwater harvesting best practices in Vidyaranyapura, Bengaluru. It describes the rainwater harvesting systems implemented by two residents, Mr. Raghuram Giridhar and Mr. Sham Prasad. Both harvest rooftop rainwater through storage sumps and recharge their open wells and borewell to meet their household water needs in a sustainable and cost-effective manner. Their systems help reduce dependence on piped water and have environmental benefits.
The Sardar Sarovar Dam project includes:
1) A gravity dam on the Narmada River near Navagam, Gujarat that aims to provide irrigation, drinking water, and hydroelectric power to parts of Gujarat and other states.
2) A reservoir with storage capacity of 5,860 cubic hectometers that will irrigate over 1.8 million hectares of land and provide drinking water to over 29 million people.
3) Installed hydropower capacity of 1,450 megawatts to generate electricity.
The document discusses regeneration of diversion-based irrigation on the Deo River in Nashik District, Maharashtra. It notes that the area is drought-prone and many villages previously lacked drinking water. It describes the traditional community-based irrigation system using bandharas (check dams) on the Devnadi River that irrigated 6,500 hectares but declined due to various social and economic changes. The project aims to regenerate this system through repairing canals, forming water-user associations, capacity building, and promoting sustainable cropping patterns and groundwater recharge. Initial results include increased irrigation, community participation in restoration, and formation of a producers' cooperative to improve market access.
The Sardar Sarovar Dam project includes:
1) A gravity dam on the Narmada River near Navagam, Gujarat that aims to provide irrigation, drinking water, and hydroelectric power to parts of Gujarat and other states.
2) A reservoir with storage capacity of 5,860 cubic hectometers that will irrigate over 1.8 million hectares of land and provide drinking water to over 29 million people.
3) Installed hydropower capacity of 1,450 megawatts to generate electricity.
Water scarcity is a growing problem in many parts of India due to factors like increasing population, inadequate rainfall, climate change, and uncontrolled water use. Several regions in the document are experiencing drought-like conditions and water shortages, including Mudumalai Tiger Reserve, Periya Semur municipality, parts of Tirunelveli district, and Thondi and S.P. Pattinam areas of Ramnad district. Dams and reservoirs in places like Papanasam, Vaigai Dam, and lakes supplying Thiruvananthapuram and Kollam cities have reached critically low water levels. Karnataka has refused to release additional Cauvery water to Tamil Nadu beyond
Project management - JICA Project In Abbottabad (Knowledge Gain Purpose)NaqashTareen
油
The document summarizes a water supply project in Abbottabad, Pakistan funded by JICA. The 4-year project aimed to improve drinking water facilities for 216,000 people. It included developing surface water infrastructure like an intake system, water treatment plant, and transmission mains. The project also involved groundwater infrastructure like tube wells and reservoirs. However, the project faced some political issues due to concerns from a neighboring district that it would reduce their water supply and impact agriculture.
The water resources of Karnataka primarily constitutes surface and groundwater. Rainfall is the basic source of water in the state. Karnataka is blessed with seven river basins. There are 36,753 tanks in the state and they have a capacity of about 684518 hectares. The rivers, along with their tributaries, account for much of Karnatakas surface water resources. Surface water is available in Karnataka in the form of rivers, lakes, waterfalls, reservoirs, etc. Being the seventh largest state in India (area-wise), Karnataka possesses about six percent of the countrys total surface water resources of about 17 lakh million cubic metres (Mcum).
This document summarizes the experience of implementing diversion-based irrigation (DBI) systems in India. It discusses:
1) DBI systems have been used for decades across India under different names, diverting water from streams for irrigation.
2) Livolink Foundation in Bhubaneswar supports NGOs implementing DBI programs across 13 states, reaching over 67,000 families and developing irrigation for over 70,000 acres.
3) Different types of traditional DBI systems are described that are used in various states, such as ahar-pyne in Bihar and gonchi in Andhra Pradesh.
Rajasthan's harsh climate and vast deserts have led to misunderstandings of the region and misguided government interventions. However, the people of Rajasthan have an extraordinary sense of community and cooperation that helps them survive in this difficult environment. An organization called Sambhaav Trust has worked in the region for over 5 years, establishing trust with the local communities. They have helped revive traditional water sources like wells and beris that the communities had maintained for generations, improving access to water and allowing people to remain in their villages.
Traditional water harvesting systems of indiaAmit Dwivedi
油
This document discusses traditional water harvesting systems in India. It explains that India receives most of its water from rainfall and different regions developed unique water harvesting methods suited to local conditions like kuls in Himachal Pradesh and zabo in Nagaland. However, many traditional systems have been abandoned due to factors like urbanization, groundwater exploitation, and a shift to modern water sources. The document argues that reviving traditional water harvesting could help address water scarcity issues, as evidenced by the success of communities like Sukhomajari that adopted watershed management approaches.
Final india legal 15 may 2016 double spread smallestENC
油
The letter discusses India's man-made water crisis, arguing that drought conditions are due to a failure to properly manage water resources through storage and irrigation systems. While there is plenty of rainfall, much of it is not captured or stored properly. The letter blames widespread destruction of forests and lack of preservation of natural storage systems like ponds and wetlands. It calls the water crisis a "horror story" of neglect and mismanagement that could be avoided through proper conservation efforts.
Mewat district is one of the 21 districts of Haryana state in northern India. The district was carved as the 20th district of Haryana from erstwhile Gurgaon and Hathin Block of Faridabad districts. Water conservation and management encompasses the policies, strategies and activities made to manage water as a sustainable resource, to protect the water environment and meet the future human demand. Water is very crucial in human life.Water usage will be affected by size of population and growth in a particular area or any region. Many regions in India are still undergoing through water stress. The village named Kaliyaka, which is situated in Mewat District, Haryana. In this region, there is problem of water conservation as water that was supplied in village is saline. Due to high level of salinity of water that was coming from Kiranj, and due to this water people from that area suffer from body pain. Mineral deficiency in this water cause problem of white hair to youngsters also.
This case study documents the transformation of Ramachandrapuram village in Telangana, India from a small village with low employment, water access, and infrastructure to a model village. Key changes include eradicating liquor production, improving the village school, implementing a "cabinet system" of governance, developing water and power infrastructure, and increasing agricultural productivity. These changes have doubled household incomes, engaged villagers through frequent community meetings, established eye donation and savings programs, and made the village a source of pride as one of India's model villages with over $500,000 in annual savings.
The development of major water resource projects like the Narmada Valley Scheme can lead to both positive and negative physical, economic, and social changes in the local environment, depending on the context. While the scheme aims to increase food production and provide irrigation and drinking water, it has also displaced many people, especially tribal communities, and risks becoming unsustainable due to issues like heavy silting reducing reservoir capacity over time. There are arguments on both sides as to whether the benefits outweigh the social and environmental costs.
Pope Francis inspired a Catholic parish in Thailand to plant 800 trees to care for the environment. The parishioners were concerned by environmental threats and wanted to take action inspired by Pope Francis' encyclical. They had families grow saplings and together planted them on World Environment Day. The trees will help reduce pollution, prevent erosion, and provide habitat for wildlife. Additionally, an Indian school implemented rooftop rainwater harvesting which reduced water scarcity and absenteeism by providing a reliable source of clean drinking water at the school.
This document provides an overview of Sunil Raithatha's experience transitioning his business from focusing solely on the domestic Indian market to becoming an exporter. Some key points:
- Raithatha started various small businesses in India in the 1980s that initially failed before finding success making special purpose machines.
- A turning point came in 2001 when he received his first export order from Fiji, which opened the door to expanding internationally.
- Since then, exports have transformed his business and team, increasing profits, motivating employees, and allowing for technology upgrades and new product development.
- Raithatha believes India's low costs and large skilled workforce give it advantages in manufacturing for export. He encourages other
Vinodrai Engineers introduces Bi-Axial Rotolining Machines for Substituting exotic metals by innovative low-cost high-performance Rotolined Pipes, Process and Storage Vessels.
This document summarizes the drought situation in Maharashtra, India. While large parts of the state have been declared drought-hit with millions facing water shortages, politically powerful groups have taken most of the available water for sugarcane crops and industries. The sugarcane lobby has significant political influence, ignoring recommendations to limit sugarcane farming given its high water usage. This has exacerbated water conflicts and the drought crisis, with some regions facing acute shortages while sugarcane crops flourish nearby. Government relief efforts have been insufficient to address the problems caused by unequal water distribution and the prioritization of water-intensive sugarcane.
Rainwater harvesting is one of the surest ways of reducing our dependence on secondary sources of water like lakes or rivers. As there is a limted supply of water available to man, it is important that he learns to recycle and reuse water as well. This is where rainwater harvesting becomes important. The presentation that follows will allow a teacher to explain in simple terms what rainwater harvesting is, why it should be made popular, and how it is useful. Through this presentation children will also learn about some of the popular rainwater harvesting systems prevelant in the driest region of this countryRajasthan, and surprisingly even the wettestthe Northeast. Why does a rain rich region like the Northeast need to harvest rainwater? Find out the answer to this and more through this PPT.
Aurangabad district is located mostly in Godavari Basin, fall under Maharashtra agro climatic zone-VII (Central Maharashtra Plateau Zone). It is Assured Rainfall Zone with average rainfall of 450-650 mm.
EVER DROP COUNT ENVIRONMENTAL STUDIES CBSE-VSONU ACADEMY
油
The document discusses water conservation efforts in Rajasthan, India. It describes how ancient stepwells and lakes called johads were constructed to collect and store rainwater, providing water throughout the dry seasons. It also outlines current water scarcity issues and initiatives to rebuild old water systems and harvest rainwater, giving the example of a village where a local NGO helped construct a new lake to improve access to water.
- Rainwater harvesting has been practiced for thousands of years around the world, with early examples found in India from 2000 BC using various collection systems.
- Traditional methods used in India included tankas (underground circular tanks), zings (tanks collecting melted glacier water in Ladakh), and structures like stepwells, ponds, and wells built by communities to harvest surface water.
- Components of a rainwater harvesting system include the catchment area, gutters and piping to direct water, filters, storage tanks, and recharge structures; the aim is to secure water for drinking and farming while increasing groundwater levels.
Rainwater harvesting best practices in Vidyaranyapura.pdfbiometrust
油
The document summarizes rainwater harvesting best practices in Vidyaranyapura, Bengaluru. It describes the rainwater harvesting systems implemented by two residents, Mr. Raghuram Giridhar and Mr. Sham Prasad. Both harvest rooftop rainwater through storage sumps and recharge their open wells and borewell to meet their household water needs in a sustainable and cost-effective manner. Their systems help reduce dependence on piped water and have environmental benefits.
The Sardar Sarovar Dam project includes:
1) A gravity dam on the Narmada River near Navagam, Gujarat that aims to provide irrigation, drinking water, and hydroelectric power to parts of Gujarat and other states.
2) A reservoir with storage capacity of 5,860 cubic hectometers that will irrigate over 1.8 million hectares of land and provide drinking water to over 29 million people.
3) Installed hydropower capacity of 1,450 megawatts to generate electricity.
The document discusses regeneration of diversion-based irrigation on the Deo River in Nashik District, Maharashtra. It notes that the area is drought-prone and many villages previously lacked drinking water. It describes the traditional community-based irrigation system using bandharas (check dams) on the Devnadi River that irrigated 6,500 hectares but declined due to various social and economic changes. The project aims to regenerate this system through repairing canals, forming water-user associations, capacity building, and promoting sustainable cropping patterns and groundwater recharge. Initial results include increased irrigation, community participation in restoration, and formation of a producers' cooperative to improve market access.
The Sardar Sarovar Dam project includes:
1) A gravity dam on the Narmada River near Navagam, Gujarat that aims to provide irrigation, drinking water, and hydroelectric power to parts of Gujarat and other states.
2) A reservoir with storage capacity of 5,860 cubic hectometers that will irrigate over 1.8 million hectares of land and provide drinking water to over 29 million people.
3) Installed hydropower capacity of 1,450 megawatts to generate electricity.
Water scarcity is a growing problem in many parts of India due to factors like increasing population, inadequate rainfall, climate change, and uncontrolled water use. Several regions in the document are experiencing drought-like conditions and water shortages, including Mudumalai Tiger Reserve, Periya Semur municipality, parts of Tirunelveli district, and Thondi and S.P. Pattinam areas of Ramnad district. Dams and reservoirs in places like Papanasam, Vaigai Dam, and lakes supplying Thiruvananthapuram and Kollam cities have reached critically low water levels. Karnataka has refused to release additional Cauvery water to Tamil Nadu beyond
Project management - JICA Project In Abbottabad (Knowledge Gain Purpose)NaqashTareen
油
The document summarizes a water supply project in Abbottabad, Pakistan funded by JICA. The 4-year project aimed to improve drinking water facilities for 216,000 people. It included developing surface water infrastructure like an intake system, water treatment plant, and transmission mains. The project also involved groundwater infrastructure like tube wells and reservoirs. However, the project faced some political issues due to concerns from a neighboring district that it would reduce their water supply and impact agriculture.
The water resources of Karnataka primarily constitutes surface and groundwater. Rainfall is the basic source of water in the state. Karnataka is blessed with seven river basins. There are 36,753 tanks in the state and they have a capacity of about 684518 hectares. The rivers, along with their tributaries, account for much of Karnatakas surface water resources. Surface water is available in Karnataka in the form of rivers, lakes, waterfalls, reservoirs, etc. Being the seventh largest state in India (area-wise), Karnataka possesses about six percent of the countrys total surface water resources of about 17 lakh million cubic metres (Mcum).
This document summarizes the experience of implementing diversion-based irrigation (DBI) systems in India. It discusses:
1) DBI systems have been used for decades across India under different names, diverting water from streams for irrigation.
2) Livolink Foundation in Bhubaneswar supports NGOs implementing DBI programs across 13 states, reaching over 67,000 families and developing irrigation for over 70,000 acres.
3) Different types of traditional DBI systems are described that are used in various states, such as ahar-pyne in Bihar and gonchi in Andhra Pradesh.
Rajasthan's harsh climate and vast deserts have led to misunderstandings of the region and misguided government interventions. However, the people of Rajasthan have an extraordinary sense of community and cooperation that helps them survive in this difficult environment. An organization called Sambhaav Trust has worked in the region for over 5 years, establishing trust with the local communities. They have helped revive traditional water sources like wells and beris that the communities had maintained for generations, improving access to water and allowing people to remain in their villages.
Traditional water harvesting systems of indiaAmit Dwivedi
油
This document discusses traditional water harvesting systems in India. It explains that India receives most of its water from rainfall and different regions developed unique water harvesting methods suited to local conditions like kuls in Himachal Pradesh and zabo in Nagaland. However, many traditional systems have been abandoned due to factors like urbanization, groundwater exploitation, and a shift to modern water sources. The document argues that reviving traditional water harvesting could help address water scarcity issues, as evidenced by the success of communities like Sukhomajari that adopted watershed management approaches.
Final india legal 15 may 2016 double spread smallestENC
油
The letter discusses India's man-made water crisis, arguing that drought conditions are due to a failure to properly manage water resources through storage and irrigation systems. While there is plenty of rainfall, much of it is not captured or stored properly. The letter blames widespread destruction of forests and lack of preservation of natural storage systems like ponds and wetlands. It calls the water crisis a "horror story" of neglect and mismanagement that could be avoided through proper conservation efforts.
Mewat district is one of the 21 districts of Haryana state in northern India. The district was carved as the 20th district of Haryana from erstwhile Gurgaon and Hathin Block of Faridabad districts. Water conservation and management encompasses the policies, strategies and activities made to manage water as a sustainable resource, to protect the water environment and meet the future human demand. Water is very crucial in human life.Water usage will be affected by size of population and growth in a particular area or any region. Many regions in India are still undergoing through water stress. The village named Kaliyaka, which is situated in Mewat District, Haryana. In this region, there is problem of water conservation as water that was supplied in village is saline. Due to high level of salinity of water that was coming from Kiranj, and due to this water people from that area suffer from body pain. Mineral deficiency in this water cause problem of white hair to youngsters also.
This case study documents the transformation of Ramachandrapuram village in Telangana, India from a small village with low employment, water access, and infrastructure to a model village. Key changes include eradicating liquor production, improving the village school, implementing a "cabinet system" of governance, developing water and power infrastructure, and increasing agricultural productivity. These changes have doubled household incomes, engaged villagers through frequent community meetings, established eye donation and savings programs, and made the village a source of pride as one of India's model villages with over $500,000 in annual savings.
The development of major water resource projects like the Narmada Valley Scheme can lead to both positive and negative physical, economic, and social changes in the local environment, depending on the context. While the scheme aims to increase food production and provide irrigation and drinking water, it has also displaced many people, especially tribal communities, and risks becoming unsustainable due to issues like heavy silting reducing reservoir capacity over time. There are arguments on both sides as to whether the benefits outweigh the social and environmental costs.
Pope Francis inspired a Catholic parish in Thailand to plant 800 trees to care for the environment. The parishioners were concerned by environmental threats and wanted to take action inspired by Pope Francis' encyclical. They had families grow saplings and together planted them on World Environment Day. The trees will help reduce pollution, prevent erosion, and provide habitat for wildlife. Additionally, an Indian school implemented rooftop rainwater harvesting which reduced water scarcity and absenteeism by providing a reliable source of clean drinking water at the school.
This document provides an overview of Sunil Raithatha's experience transitioning his business from focusing solely on the domestic Indian market to becoming an exporter. Some key points:
- Raithatha started various small businesses in India in the 1980s that initially failed before finding success making special purpose machines.
- A turning point came in 2001 when he received his first export order from Fiji, which opened the door to expanding internationally.
- Since then, exports have transformed his business and team, increasing profits, motivating employees, and allowing for technology upgrades and new product development.
- Raithatha believes India's low costs and large skilled workforce give it advantages in manufacturing for export. He encourages other
Vinodrai Engineers introduces Bi-Axial Rotolining Machines for Substituting exotic metals by innovative low-cost high-performance Rotolined Pipes, Process and Storage Vessels.
This document provides an overview of the global success and influence of businessmen from the Gujarat region of India. It discusses how Gujaratis established trading networks throughout British colonies in Africa and Asia in the late 19th/early 20th centuries. It describes how Gujaratis went on to build very successful businesses and immigrant communities around the world, dominating sectors like motels, pharmacies, and the diamond industry. The document attributes their entrepreneurial spirit and business acumen to cultural and religious influences as well as a willingness to take risks and leverage family/community support networks.
This document summarizes the speaker's experiences starting and growing an export business over many years. It describes his early failures in different ventures before finding success with specialized machinery. His first export order to Fiji in 2001 marked a turning point, leading to expanded exports to over 50 countries. Through exports, the business was able to transform by improving technology, expanding product lines, increasing profits, and motivating employees. The speaker aims to encourage entrepreneurs to participate in the global economy and overcome myths that exports are not viable for small businesses.
This document discusses how customers are a hidden asset and valuable resource for businesses. It argues that customers can [1] provide direct money through repeat purchases; [2] act as public relations by sharing their experiences; [3] influence new customers; [4] provide business intelligence about needs, behaviors, and competitors; and [5] contribute to innovation by adapting offerings and providing feedback. The document stresses that businesses should focus on creating great customer experiences, knowing their customers well, and engaging in conversations to unlock this value and "make more money from each customer."
Two brothers started a fruit shop in Coimbatore in 1965 after dropping out of school to support their family. Over the decades, they expanded to multiple locations and formed Kovai Pazhamudir Nilayam. Today it has over 40 outlets with a combined annual turnover of Rs. 220 crore. The company's CEO, Senthil Natarajan, the son of one of the founders, aims to further expand through new outlets, franchises, and an upcoming e-commerce platform for home delivery of fruits, vegetables, and groceries.
Sanjay Tikariya is a lab assistant at CTMK Gujarati School in Jalna who has gone above and beyond his role to become a science educator through creative projects. On display in the school's lab is one of Sanjay's projects involving a pinwheel rotating atop a bottle of dyed water and kerosene emulsion, demonstrating scientific principles. Sanjay's innovative and low-cost projects using everyday objects have helped foster scientific curiosity in students and earned him recognition, leading to opportunities to share his teaching methods with other schools. He hopes to open the Tikariya Science Vision Centre to further spread scientific learning.
Mr Sanjay Trikariya, A Jalna Icon. He is dedicated promoter of Science with his innovative creation of " My Small Experimental Lab" "爐爐鉦爐酌 爐爛爐爛爐謹 爐爛爐萎く爛爐爐謹ぞ爐迦ぞ".
No serious effort has been made to bring back underworld don Dawood Ibrahim to India in the last 20 years, with the last real attempt occurring in 1994. Security experts and intelligence officers suggest that politicians and others may be unwilling to apprehend Dawood because he could reveal links to prominent political figures, businessmen, and entertainers if interrogated. While some experts feel it is impossible to capture Dawood from Pakistan where he resides under ISI protection, others believe India could apprehend him if there was genuine political will, though it would be difficult as long as he remains in Pakistan.
Jalna is synonymous with Mahyco and Mahyco with Shri
Badrinarayan Barwale. He is known as the Father of the
Indian Seed Industry for blazing a trail in the field of agriculture.
His mega empire of Mahyco is built upon his threefold principle of precise situational awareness, readiness to work hard, and the constant pursuit of innovation. It
is an exceptional project worthy of study and also a matter of pride for the residents of Jalna.
This is the amazing story of Badrinarayanji and Mahycos
journey.
1. A Trickle and a Flood
Arghya Ganguly reports on a low-cost, citizen-led water conservation project in Shirpur
taluka in north Maharashtra that is ensuring farmers in the area have as much water as
they need.
The laser fountain show is about to begin. The floodlights at the amphitheatre of the Mukesh
Patel Recreation Park in Shirpur town in north Maharashtra go dim. A married pair giggles
and tries to squeeze closer. Music starts playing as the fountain sprays water into various
shapes and the laser beams a green light on a couple dancing the waltz. The laser fountain, a
15-minute spectacle of water and light, is the main attraction of the recreation park, which
has various other rides.
The giggling couple, Krishna and Geeta, sitting on the amphitheatre steps identifies with the
story a celebration of love and water.
Krishna, like many others in his village Taradi, had been forced to take up a job cutting
sugarcane in Gujarat because the lack of water for irrigation had dried up his crops. But the
water situation had improved recently after check dams had been built in Taradi and Krishna
was able to return home. He will, very soon, be able to grow two to three crops on his land
like his friend Sangram Singh Rajput in the neighbouring village of Bhorkheda.
***
Seven years ago the groundwater level in Bhorkheda had dropped to 600 feet and less, and
Rajputs two borewells had gone dry. Things were very difficult, says Rajput. My father
used to work in the fields during the day and drive trucks at night to make ends meet. But
the construction of check dams had helped raise groundwater levels by 400-450 feet. In two
years, water was available in the borewells at a depth of 60 feet.
Rajput owns 550 acres of land on which he grows papaya, okra and tomato. With plentiful
water resulting in a bumper crop, Rajput has built a bungalow, bought three tractors and
trucks. Ive been making Rs 9-10 lakh on each crop, says Rajput, wearing a broad smile on
his face and a thick gold chain around
his neck.
Sardar Prabhu Vanjari, an 80-year-old
Adivasi farmer from Asli, a nearby
village in Shirpur taluka, is sitting few
steps below Krishna and Geeta. Vanjari
has seen worse times. Eight years back
there was nothing to eat, says Vanjari,
misty-eyed, For one meal a day, our
family of five had to go 15 km to
Bordara village and literally beg. If
anyone had surplus they would give us. One couldnt even kill hunger with water if food
2. wasnt available for the day because there was shortage of drinking water. Vanjari says that
it wasnt just his family but most of the 2,000-odd people of his village who slept most nights
on an empty stomach. But all that was until Suresh Khanapurkar turned up in Asli in 2004.
Khanapurkar had then just retired as senior geologist in Maharashtra governments Ground
Water Survey and Development Agency. On the insistence of Shirpurs MLA Amrish Patel,
Khanapurkar took up the post of director of water conservation at Priyadarshini Sahakari
Soot Girni, a spinning mill. Khanapurkars initial idea was to concentrate on building check
dams, which are meant to store rain water. This would work well in Shirpur where it rains
550 mm on an average in a year.
***
On a visit to survey a site in Asli, he bumped into Vanjari. He asked me what I was up to,
Khanapurkar, 65, remembers. When I told him that I was thinking of making small dams, he
gave me an idea that became the main reason for the success of this project.
Vanjari told Khanapurkar that it wasnt enough to just build small dams to raise groundwater
levels. Water channels had to be widened and deepened for the rainwater to seep into dry
aquifers below the surface of the ground. If this wasnt done, then the force of the water
would wash away the bunds. Only then would water accumulate underground and the
hydrostatic pressure help raise groundwater levels. What a genius! And he [Vanjari] has
only studied up to the second standard, says Khanapurkar.
Khanapurkar explains how he applied Vanjaris idea and got a fascinating breakthrough.
After deepening and widening the stream by about 100 feet, Khanapurkar constructed a series
of check dams 400 metres apart. This helped to remove all hurdles in the way of water, an
operation he describes as an angioplasty in water conservation.
The capacity of a check dam usually ranges
between five lakh litres and 30 lakh litres.
Shirpur gets an average of 550 mm of rains in a
year, but the rainfall pattern is such that one
year of plentiful rains is followed by two years
of insufficient rains. To overcome this problem
Khanapurkar calculated the amount of drinking
water required in the village and the amount
required to grow a second or third crop on the
cultivable land. I totalled everything and multiplied it by three. This way I got how much
water was needed to be stored for three years. Now if there is drought for two years there is
no problem. If there is flood, too, there is no problem because Ive widened and deepened the
waterways. The excess water will be accommodated and used in the drought area, he says.
Three million litres of water from last years rainfall have been arrested in each of the six
dams in Asli, enough to last the next two summers. Initially, there was some resistance from
3. farmers because building dams meant excavating the land and farmers had to let go off their
field for the duration of the construction work. But Khanapurkar and Patel convinced them.
The mud excavated in the process was used to level the fields and construct roads. In the last
eight years, 95 check dams have been built in 35 of the 149 villages of Shirpur taluka.
Construction is underway in another village and will be completed before the monsoon hits.
One dam, requiring 500 metre of land to be excavated, costs up to Rs 25 lakh. Legislator
Patel finances the angioplasty from the surplus from his spinning mill and various trusts.
In 2010, Vanjari earned Rs 4 lakh from his cotton field.
***
Approximately, Rs 2 lakh crore (some say more) have been spent since Independence in
Maharashtra on agriculture says the Economic Survey of Maharashtra 2011-12, but only 17
per cent of the state is irrigated. Last month, Chief Minister Prithviraj Chavan asked the
Centre for Rs 2,281 crore to tackle the drought. In its presentation to the Prime Ministers
Office, the state government has identified 15 districts as drought-hit. Parts of north and west
Maharashtra, and Vidarbha are the most affected by the drought. The irrigation potential
created (up to June 2011) was 6.37 million hectares while the irrigation potential utilised was
4.66 million hectares. In other words, the accumulated water stored in dams in Maharashtra
couldve irrigated 6.37 million hectares but actually reached only 4.66 million hectares.
Manish Jain, member of Legislative Council from Belgaum, says that it doesnt matter how
much money the state has asked the Centre for and how much will be sanctioned. Weve
seen loads of money being pumped into drought-hit areas for decades but the money is only
transferred on paper. It does not reach the affected areas. There are lots of lacunae in the
system, says Jain.
Sometimes, it doesnt help even when the money reaches the ground level. Khanapurkar has
had to dismantle at least 12 government-built dams in Shirpur because they were clearly
built with bogus materials. There was no cement and sand, just stones. Thus they didnt have
the strength to arrest water.
On hearing of Chavans plea for grants for the state, a Congress MP from Delhi recently
erupted: Western Maharashtra is being hyped because political leaders such as deputy chief
minister Ajit Pawar, home minister R R Patil and rural development minister Jayant Patil
represent these districts.
But the farmers in Shirpur, who have relatives and friends in severely-drought affected Sangli
district in western Maharashtra, feel that no one speaks of the more burning issue: casteism.
More than corruption, it is casteism that is the primary reason for the abysmal state of
farmers in Maharashtra. A few years back, before the check dams came to our rescue, we too
were at the receiving end of casteism. We got scant respect from the state government
because we had Adivasis and low-caste Marathis residing here, says a farmer. Why do you
4. think Rahul Gandhi was only brought to Satara district to meet the drought-afflicted
farmers? he continues angrily. Gandhi had visited two villages in Satara district last April.
The farmer reckons that it was because Satara has powerful high-caste people like in Nashik
and Pune. He shouldve gone and met the farmers in Jath and Atpade taluka in Sangli
district which want to shift to Karnataka the farmers in Shirpur say.
A few months ago, a car pulled up at Khanapurkars door. It was a farmer from Diganchi in
Atpadi, a town in Sangli district, who owned 200 acres but had lost Rs 40-45 lakh the
previous year because there was no water to irrigate his fields. Khanapurkar surveyed the
fields and told the well-off farmer that there was ample water in the village for his land and
that he could ensure it was available in a couple of months. Khanapurkar then gave the
farmer an estimate of how much it would take to build the check dams. The farmer had
second thoughts. Why should I do the governments work? he told Khanapurkar later.
The reason why Shirpur isnt at the mercy of nature, why the cotton plants grow more
healthily; why the girl and boy waltz in gay abandon atop a green-illuminated spray is
because the farmers of Shirpur chose not to wait for the establishment to come to their aid.
They got the angioplasty done on their own.