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Vidarbha is the north-eastern region of Maharashtra state(India), now forming two divisions (Nagpur and Amravati). It is less economically prosperous compared to the rest of Maharashtra.
Vidarbha was in the media spotlight for a spate of farmer suicides in recent years ostensibly because of the falling Minimum Support Price for cotton. The problem is complex and root causes include lopsided policies of the World Trade Organisation and developed nations' subsidies to their cotton farmers which make Vidarbha's cotton uncompetitive in world markets. Consequently Vidarbha is plagued by high rates of school drop outs, penniless widows left in the wake of suicides, loan sharks and exploitation of the vulnerable groups.
The Indian government had promised to increase the minimum rate for cotton by approximately Rs 100 ($2) but reneged on its promise by reducing the Minimum Support Price further. This resulted in more suicides as farmers were ashamed to default on debt payments to loan sharks. "In 2006, 1,044 suicides were reported in Vidarbha alone - that's one suicide every eight hours.
On 1 July 2006 the Prime Minister of India Manmohan Singh announced a Rs. 3,750-crore (Rupees 37.5 billion) relief package for Vidharbha. The package should help farmers in six districts of the region. However not everybody is convinced that the aid is getting through to where it is needed. Activists covering the region feel that a lot more needs to be done. A fortnight after the PM's package was announced, journalist P Sainath wrote the following article in the Hindu criticising the package and saying that it was destined to fail.
Source: Wikipedia
It’s a mass murder by a faulty governing system.
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May their souls rest in peace, but humanity owe them justice!
Oh you really adore her ! You city breed liar ; to you these people are some exotic creature ; a means to get viewership in Flickr ...... a means , and I mean that.
Indeed I loved them, indeed I felt very close, I admire their honesty & courage , I admire their stubborn & ruthless refusal of modernity . They do what they feel right ( which I can't) .
Now the big question is - Who is civilized ? Those who expect other to follow their way of life and deny other the right to live as they want !!! Those who carry & try to impose their definition of morality every where !!!
If you want to know more about Bonda people then please visit www.indiatogether.org/manushi/issue127/bonda.htm
An Austro-Asiatic race who call themselves Remo or Human being ; lives in the forested Eastern Ghat hills of Malkangiri / Koraput region of Orissa. I found them wonderful, warm and friendly though they are famous for their short temper and for their affinity to use Bow & Arrow at the slightest provocation.
Here you can see the Bonda Mohua Sellers of Onkadeli market. Mohua is as sweet as the friendship of Bonda people.
Kindly read this link if you want to know more about Bonda tribes. www.indiatogether.org/manushi/issue127/bonda.htm
A report produced by the BBC a decade ago had opined citing research sources that close-knit family life in India masks an alarming amount of sexual abuse of children and teenage girls by family members. It said that that disbelief, denial and cover-up to preserve the family reputation is often put before child abuse. A report from RAHI, a Delhi based NGO working with child sexual abuse titled ‘Voices from the Silent Zone’, suggests that nearly three-quarters of upper and middle class Indian women are abused by a family member -- often an uncle, a cousin or an elder brother.
Indeed, sexual abuse of children in any form of household setting by a family member in India is among the most urgent forms of child abuse which our society must address. As per women’s organisations and activists nearly ninety-five percent of the abused are girls and more than ninety-five percent abusers are males. Surveys carried out in schools and informal chats reveal that around 40 percent girls experience incest abuse or sexual abuse in one or the other form in India. How deep the iceberg is can perhaps, be gauged by the fact that 6 percent of all calls made to CHILDLINE (a 24-hour Indian helpline for children in distress) in the last ten years have reported CSA --- 6 percent of 10 million calls! There probably could not be greater statistical validation that CSA/incest is the most under-reported child rights violations in India.
From: www.merinews.com/catFull.jsp?articleID=15760077
The Indian legal statutes do not contain any specific provisions against incest. Many developed countries such as Britain, the US and Germany have strong laws against incest. UK, which made incest punishable in 1908, sets a prison term of 12 years for the offence. Punishment in the US varies from one state to another; extending to 20 years in the state of Massachusetts, while in Hawaii it is five years. Some countries have, however, abolished or diluted their laws against incest - this is invariably because many of them viewed sexual partnerships between closely related persons - even adults - as incestuous, and in recent years there has been some liberalisation of their views on this. Incest involving minors, on the other hand, is uniformly frowned upon in the developed world .
Legal Loopholes
There is no central law on child abuse.
Laws dealing with sexual offences do not specifically address child sexual abuse.
The India Penal Code 1860 does not recognise child abuse. Only rape and sodomy can lead to criminal conviction.
Anything less than rape, as defined by the law, amounts to 'outraging the modesty.' These laws are already problematic when applied to adult women. They are even more difficult when applied to children.
While sec. 376 IPC seeks to provide redress against rape to women, it rarely covers the broad range of sexual abuse (particularly of children), that actually takes place.
Most of these forms of abuse are sought to be covered under sec. 354 of the Indian Penal Code as a violation of a woman's modesty. Though offences under Sec. 354 of the IPC are cognizable, they are also bailable, allowing the perpetrator to abscond before the case comes up in court.
The Juvenile Justice Act, amended and rewritten in 2000, makes no attempt to identify sexual abuse on children. Sec. 23 of the Act deals with assault, exposes, willful neglect, mental and physical suffering, for which imprisonment prescribed, is only for 6 months.
Section 5 of the Immoral Traffic Prevention Act 1956 prescribes punishment of not less than 7 years for inducing a child into prostitution, but does not directly address child abuse.
The word 'rape' within law, is too specific because it does not include abuse on boys.
'Intercourse' is often interpreted to mean with an 'adult' and almost always implies 'consensual' sex.
In the small village of Arakere, (state of Karnataka on the Deccan Plateau) the town where my father in law was born, they have run out of water. Over the last decade or so, the annual monsoon rains have not been delivering enough predictable rain and the village has been having severe droughts. Sometimes this means the coconut plantations (the village's main source of income) start to dry out, this time it means that literally every last drop of water has been pumped from the wells (the water table has continued to drop) and there is nothing to drink, cook or wash with, let alone irrigate their crops.
It is a crisis situation for this very poor village. What does this mean? Well, for short term, we will send money to the village to have water trucked in, but this is not a long term solution. In my opinion, the solution lies in rainwater catchment and efficient channeling of rain runoff to recharge dried out wells. This is not an expensive solution luckily (much less expensive than drilling deeper wells, which would run dry anyway), and there is some rain, and any amount of rain can be "harvested" if the systems are in place. Even much more arid states in India are having success harvesting rainwater.
Anyway, I felt compelled to put the word out there that global climate change is affecting members of my family in a drastic way, and I intend to help the village implement a solution if possible. If you are interested in rainwater catchment, please check out some of these links. I hope that Anand and I will be able to visit Arakere this winter and help establish a system for the villagers to collect rainwater by the next monsoon, no matter how sparse it may be, in hopes that there will be at least enough drinking water saved to get them through the driest months, and with luck, enough water to irrigate the crops that sustain them. It may already be too late for the coconuts, which are reportedly dried up.
With projected drinking-water shortages for much of the world in the next decades, you may wish to implement some of these ideas in your own home or community before it is too late. Thanks for reading, and let me know if you have any ideas or personal experience. I'm totally starting from scratch here!
Also, here are some keywords if you are interested in researching on your own: rainwater harvesting catchment ferrocement percolation pits borewells tank silt
www.rainwaterharvesting.org/index.htm
www.builditsolar.com/Projects/Water/Water.htm#Catchment
rainwaterclub.org/rural_house.htm
In the small village of Arakere, (state of Karnataka on the Deccan Plateau) the town where my father in law was born, they have run out of water. Over the last decade or so, the annual monsoon rains have not been delivering enough predictable rain and the village has been having severe droughts. Sometimes this means the coconut plantations (the village's main source of income) start to dry out, this time it means that literally every last drop of water has been pumped from the wells (the water table has continued to drop) and there is nothing to drink, cook or wash with, let alone irrigate their crops.
It is a crisis situation for this very poor village. What does this mean? Well, for short term, we will send money to the village to have water trucked in, but this is not a long term solution. In my opinion, the solution lies in rainwater catchment and efficient channeling of rain runoff to recharge dried out wells. This is not an expensive solution luckily (much less expensive than drilling deeper wells, which would run dry anyway), and there is some rain, and any amount of rain can be "harvested" if the systems are in place. Even much more arid states in India are having success harvesting rainwater.
Anyway, I felt compelled to put the word out there that global climate change is affecting members of my family in a drastic way, and I intend to help the village implement a solution if possible. If you are interested in rainwater catchment, please check out some of these links. I hope that Anand and I will be able to visit Arakere this winter and help establish a system for the villagers to collect rainwater by the next monsoon, no matter how sparse it may be, in hopes that there will be at least enough drinking water saved to get them through the driest months, and with luck, enough water to irrigate the crops that sustain them. It may already be too late for the coconuts, which are reportedly dried up.
With projected drinking-water shortages for much of the world in the next decades, you may wish to implement some of these ideas in your own home or community before it is too late. Thanks for reading, and let me know if you have any ideas or personal experience. I'm totally starting from scratch here!
Also, here are some keywords if you are interested in researching on your own: rainwater harvesting catchment ferrocement percolation pits borewells tank silt
www.rainwaterharvesting.org/index.htm
www.builditsolar.com/Projects/Water/Water.htm#Catchment
rainwaterclub.org/rural_house.htm
In the small village of Arakere, (state of Karnataka on the Deccan Plateau) the town where my father in law was born, they have run out of water. Over the last decade or so, the annual monsoon rains have not been delivering enough predictable rain and the village has been having severe droughts. Sometimes this means the coconut plantations (the village's main source of income) start to dry out, this time it means that literally every last drop of water has been pumped from the wells (the water table has continued to drop) and there is nothing to drink, cook or wash with, let alone irrigate their crops.
It is a crisis situation for this very poor village. What does this mean? Well, for short term, we will send money to the village to have water trucked in, but this is not a long term solution. In my opinion, the solution lies in rainwater catchment and efficient channeling of rain runoff to recharge dried out wells. This is not an expensive solution luckily (much less expensive than drilling deeper wells, which would run dry anyway), and there is some rain, and any amount of rain can be "harvested" if the systems are in place. Even much more arid states in India are having success harvesting rainwater.
Anyway, I felt compelled to put the word out there that global climate change is affecting members of my family in a drastic way, and I intend to help the village implement a solution if possible. If you are interested in rainwater catchment, please check out some of these links. I hope that Anand and I will be able to visit Arakere this winter and help establish a system for the villagers to collect rainwater by the next monsoon, no matter how sparse it may be, in hopes that there will be at least enough drinking water saved to get them through the driest months, and with luck, enough water to irrigate the crops that sustain them. It may already be too late for the coconuts, which are reportedly dried up.
With projected drinking-water shortages for much of the world in the next decades, you may wish to implement some of these ideas in your own home or community before it is too late. Thanks for reading, and let me know if you have any ideas or personal experience. I'm totally starting from scratch here!
Also, here are some keywords if you are interested in researching on your own: rainwater harvesting catchment ferrocement percolation pits borewells tank silt
www.rainwaterharvesting.org/index.htm
www.builditsolar.com/Projects/Water/Water.htm#Catchment
rainwaterclub.org/rural_house.htm
In the small village of Arakere, (state of Karnataka on the Deccan Plateau) the town where my father in law was born, they have run out of water. Over the last decade or so, the annual monsoon rains have not been delivering enough predictable rain and the village has been having severe droughts. Sometimes this means the coconut plantations (the village's main source of income) start to dry out, this time it means that literally every last drop of water has been pumped from the wells (the water table has continued to drop) and there is nothing to drink, cook or wash with, let alone irrigate their crops.
It is a crisis situation for this very poor village. What does this mean? Well, for short term, we will send money to the village to have water trucked in, but this is not a long term solution. In my opinion, the solution lies in rainwater catchment and efficient channeling of rain runoff to recharge dried out wells. This is not an expensive solution luckily (much less expensive than drilling deeper wells, which would run dry anyway), and there is some rain, and any amount of rain can be "harvested" if the systems are in place. Even much more arid states in India are having success harvesting rainwater.
Anyway, I felt compelled to put the word out there that global climate change is affecting members of my family in a drastic way, and I intend to help the village implement a solution if possible. If you are interested in rainwater catchment, please check out some of these links. I hope that Anand and I will be able to visit Arakere this winter and help establish a system for the villagers to collect rainwater by the next monsoon, no matter how sparse it may be, in hopes that there will be at least enough drinking water saved to get them through the driest months, and with luck, enough water to irrigate the crops that sustain them. It may already be too late for the coconuts, which are reportedly dried up.
With projected drinking-water shortages for much of the world in the next decades, you may wish to implement some of these ideas in your own home or community before it is too late. Thanks for reading, and let me know if you have any ideas or personal experience. I'm totally starting from scratch here!
Also, here are some keywords if you are interested in researching on your own: rainwater harvesting catchment ferrocement percolation pits borewells tank silt
www.rainwaterharvesting.org/index.htm
www.builditsolar.com/Projects/Water/Water.htm#Catchment
rainwaterclub.org/rural_house.htm
In the small village of Arakere, (state of Karnataka on the Deccan Plateau) the town where my father in law was born, they have run out of water. Over the last decade or so, the annual monsoon rains have not been delivering enough predictable rain and the village has been having severe droughts. Sometimes this means the coconut plantations (the village's main source of income) start to dry out, this time it means that literally every last drop of water has been pumped from the wells (the water table has continued to drop) and there is nothing to drink, cook or wash with, let alone irrigate their crops.
It is a crisis situation for this very poor village. What does this mean? Well, for short term, we will send money to the village to have water trucked in, but this is not a long term solution. In my opinion, the solution lies in rainwater catchment and efficient channeling of rain runoff to recharge dried out wells. This is not an expensive solution luckily (much less expensive than drilling deeper wells, which would run dry anyway), and there is some rain, and any amount of rain can be "harvested" if the systems are in place. Even much more arid states in India are having success harvesting rainwater.
Anyway, I felt compelled to put the word out there that global climate change is affecting members of my family in a drastic way, and I intend to help the village implement a solution if possible. If you are interested in rainwater catchment, please check out some of these links. I hope that Anand and I will be able to visit Arakere this winter and help establish a system for the villagers to collect rainwater by the next monsoon, no matter how sparse it may be, in hopes that there will be at least enough drinking water saved to get them through the driest months, and with luck, enough water to irrigate the crops that sustain them. It may already be too late for the coconuts, which are reportedly dried up.
With projected drinking-water shortages for much of the world in the next decades, you may wish to implement some of these ideas in your own home or community before it is too late. Thanks for reading, and let me know if you have any ideas or personal experience. I'm totally starting from scratch here!
Also, here are some keywords if you are interested in researching on your own: rainwater harvesting catchment ferrocement percolation pits borewells tank silt
www.rainwaterharvesting.org/index.htm
www.builditsolar.com/Projects/Water/Water.htm#Catchment
rainwaterclub.org/rural_house.htm
In the small village of Arakere, (state of Karnataka on the Deccan Plateau) the town where my father in law was born, they have run out of water. Over the last decade or so, the annual monsoon rains have not been delivering enough predictable rain and the village has been having severe droughts. Sometimes this means the coconut plantations (the village's main source of income) start to dry out, this time it means that literally every last drop of water has been pumped from the wells (the water table has continued to drop) and there is nothing to drink, cook or wash with, let alone irrigate their crops.
It is a crisis situation for this very poor village. What does this mean? Well, for short term, we will send money to the village to have water trucked in, but this is not a long term solution. In my opinion, the solution lies in rainwater catchment and efficient channeling of rain runoff to recharge dried out wells. This is not an expensive solution luckily (much less expensive than drilling deeper wells, which would run dry anyway), and there is some rain, and any amount of rain can be "harvested" if the systems are in place. Even much more arid states in India are having success harvesting rainwater.
Anyway, I felt compelled to put the word out there that global climate change is affecting members of my family in a drastic way, and I intend to help the village implement a solution if possible. If you are interested in rainwater catchment, please check out some of these links. I hope that Anand and I will be able to visit Arakere this winter and help establish a system for the villagers to collect rainwater by the next monsoon, no matter how sparse it may be, in hopes that there will be at least enough drinking water saved to get them through the driest months, and with luck, enough water to irrigate the crops that sustain them. It may already be too late for the coconuts, which are reportedly dried up.
With projected drinking-water shortages for much of the world in the next decades, you may wish to implement some of these ideas in your own home or community before it is too late. Thanks for reading, and let me know if you have any ideas or personal experience. I'm totally starting from scratch here!
Also, here are some keywords if you are interested in researching on your own: rainwater harvesting catchment ferrocement percolation pits borewells tank silt
www.rainwaterharvesting.org/index.htm
www.builditsolar.com/Projects/Water/Water.htm#Catchment
rainwaterclub.org/rural_house.htm
In the small village of Arakere, (state of Karnataka on the Deccan Plateau) the town where my father in law was born, they have run out of water. Over the last decade or so, the annual monsoon rains have not been delivering enough predictable rain and the village has been having severe droughts. Sometimes this means the coconut plantations (the village's main source of income) start to dry out, this time it means that literally every last drop of water has been pumped from the wells (the water table has continued to drop) and there is nothing to drink, cook or wash with, let alone irrigate their crops.
It is a crisis situation for this very poor village. What does this mean? Well, for short term, we will send money to the village to have water trucked in, but this is not a long term solution. In my opinion, the solution lies in rainwater catchment and efficient channeling of rain runoff to recharge dried out wells. This is not an expensive solution luckily (much less expensive than drilling deeper wells, which would run dry anyway), and there is some rain, and any amount of rain can be "harvested" if the systems are in place. Even much more arid states in India are having success harvesting rainwater.
Anyway, I felt compelled to put the word out there that global climate change is affecting members of my family in a drastic way, and I intend to help the village implement a solution if possible. If you are interested in rainwater catchment, please check out some of these links. I hope that Anand and I will be able to visit Arakere this winter and help establish a system for the villagers to collect rainwater by the next monsoon, no matter how sparse it may be, in hopes that there will be at least enough drinking water saved to get them through the driest months, and with luck, enough water to irrigate the crops that sustain them. It may already be too late for the coconuts, which are reportedly dried up.
With projected drinking-water shortages for much of the world in the next decades, you may wish to implement some of these ideas in your own home or community before it is too late. Thanks for reading, and let me know if you have any ideas or personal experience. I'm totally starting from scratch here!
Also, here are some keywords if you are interested in researching on your own: rainwater harvesting catchment ferrocement percolation pits borewells tank silt
www.rainwaterharvesting.org/index.htm
www.builditsolar.com/Projects/Water/Water.htm#Catchment
rainwaterclub.org/rural_house.htm
Suranga in kere (tank): Surangas aren't just dug horizontally across hillocks only. If new open well or tank (kere) doesn't have enough water source, a suranga is dug from it's bottom.This is more difficult work because the availability of light and oxygen is meagre in such situation.To bring the dug out soil upwards, more man power has to be used. Yet in Kasaragod taluk, there are many open wells and tanks like the one shown here that has one or more surangas to augment the water availability. Such cumbersome works can not be done at present as the availability of labour, and skilled labourers is very poor.So, the in-well or in-tank Surangas have almost become a thing of past only.
Photo courtesy Shree Padre
For more information access here: www.indiatogether.org/2006/mar/env-suranga.htm
Photo courtesy Shree Padre
For more information access here: www.indiatogether.org/2006/mar/env-suranga.htm
Photo courtesy Shree Padre
For more information access here: www.indiatogether.org/2006/mar/env-suranga.htm
Local people protest against the raising of the height of a dam which will flood their traditional lands. For more information visit www.indiatogether.org/campaigns/narmada/
Local people protest against the raising of the height of a dam which will flood their traditional lands. For more information visit www.indiatogether.org/campaigns/narmada/
Local people protest against the raising of the height of a dam which will flood their traditional lands. For more information visit www.indiatogether.org/campaigns/narmada/
Local people protest against the raising of the height of a dam which will flood their traditional lands. For more information visit www.indiatogether.org/campaigns/narmada/
Local people protest against the raising of the height of a dam which will flood their traditional lands. For more information visit www.indiatogether.org/campaigns/narmada/
Local people protest against the raising of the height of a dam which will flood their traditional lands. For more information visit www.indiatogether.org/campaigns/narmada/
Local people protest against the raising of the height of a dam which will flood their traditional lands. For more information visit www.indiatogether.org/campaigns/narmada/
Local people protest against the raising of the height of a dam which will flood their traditional lands. For more information visit www.indiatogether.org/campaigns/narmada/
Local people protest against the raising of the height of a dam which will flood their traditional lands. For more information visit www.indiatogether.org/campaigns/narmada/
Horticultural Producers Co-operative Marketing Society
These stands sell locally produced fruits and veggies. But all is not completely rosy, see www.indiatogether.org/agriculture/articles/pushpafruits.htm
While it's hard to see a sparrow tweet in the urban areas of India, it's a common bird found in every nook of the household ceilings at Valparai.
Another farmer ends life, villagers distraught
"In the time of crisis, when no helping hand is coming forward to rescue us, we have to manage ourselves," says Bhagwat Jadhav, a resident of Bondgavhan village in Vidarbha. His neighour, cotton farmer Ramesh Rathod committed suicide recently. "It could be our turn tomorrow," says a worried Jadhav. Jaideep Hardikar reports.
HERE's a few links to learn more...
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shutters. Another 13 tea estates have been abandoned by their owners, leaving some 30,000 people jobless in High Ranges alone. .
14 .
Until the WTO regime began, plantation products from Kerala tea, coffee, cardamom and pepper -found excellent spice markets and earned considerable foreign exchange. India produces 850 million tons of tea annually. The internal consumption is 670 million tons. By exporting 180 million tons of tea India was accumulating a big sum in its foreign reserve. But the globalization-oriented new import policy has undermined the situation, says P S Rajan, President, Hill Ranges Estate Employees Association. Kerala is not alone. The destructive fallout from the emerging global trade paradigm have been felt all over the country, though not in the same magnitude. Not only tea, coffee plantations have laid off over 25 per cent of the workers in the southern provinces of Karnataka and Tamil Nadu. More than 63 per cent of edible oils worth US $ 3.2 billion a year are now imported. Ten years back, India was almost self-sufficient in oilseeds production. Lowering of tariffs has forced farmers to abandon oilseeds cultivation (see the accompanying box). .
Box: 1 .
Destroying Indias Oilseeds Revolution .
India recorded a spectacular increase both in area under oilseeds as well as its output, with production doubling from 11 million tonnes in 1986-87 to around 22 million tonnes in 1994-95 thereby justifying the term yellow revolution. The near self-sufficiency of edible oils was, however, not palatable to the economic pundits as well as the so-called market forces. While acknowledging that oilseeds had demonstrated a rate of growth that exceeds the national trend, the World Bank actually called for discarding the policies that had brought about the positive change. World Banks argument was that India lacked a comparative advantage in oilseeds when compared with the production trend in the United States and the European Union, and should, therefore, be importing edible oil. It was, however, known that the support prices .
13 .
Prakash, T.N: Paper presented at a regional consultation on Small Scale Agriculture in an era of globalization Dhaka, Bangladesh, Jan 17-18, 2005 .
14 .
indiatogether.org/2003/may/eco-keralatea.htm .
Page 6 paid to Indian groundnut and mustard growers were less than the support prices paid to the groundnut and mustard farmers in the US and Europe. What the World Bank, however, did not say was the selling price of Indias oilseeds per tonne was equivalent to the production cost of one tonne of oilseeds in the US. Moreover, the production cost in the US would have been still higher if the massive amounts of subsidies that it doles out to its farmers were to be withdrawn. In fact, it is the US which actually suffers from a comparative disadvantage given that the fact that its subsidies distort the price. The US and more importantly the EU should, therefore, be importing edible oil from India every year given its cheap cost of production. Ignoring the ground realities, and blindly following the World Banks flawed prescription, (under pressure since India was restructuring its economy as per the SAP) India started the process of phased liberalisation of edible oil imports from 1994-95. And this was at a time when edible oil exporting countries like Malaysia, Indonesia and Brazil were preparing to flood the Indian market with palm and soya oil. Two years later, the negative consequences of liberalising the edible oil policy became clearly visible. With the countrys edible oil import bill soaring to nearly US $ 1 billion during 1996-97, it was the Ministry of Agriculture, which pressed the panic button. .
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On the birth anniversary of Sardar Vallabhbhai Patel, the Iron Man of India, we pay tribute to his vision, strength, and unwavering dedication to a united nation. 🇮🇳
Let’s celebrate National Unity Day by standing together in the spirit of integrity, harmony, and oneness.
💫 United, we stand; inspired, we move forward.
– Team Nectar Infosystems
#SardarVallabhbhaiPatelJayanti #NationalUnityDay #RashtriyaEktaDiwas #IronManOfIndia #nectarinfosystems #UnityInDiversity #IndiaTogether