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Require that accidents be reported, evaluated, and discussed at safety meetings

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Require that accidents be reported, evaluated, and discussed at safety meetings

While having no accidents isn't necessarily a good indication that everything's ok, having them go unreported makes the matter worse. The reporting of all accidents is extremely important. Every accident is an opportunity to improve your safety program, to learn how to do a better job, and to protect your workers and facilities.
By James A. Kaufman
Since accidents happen relatively infrequently, particularly in smaller organizations, keep track of the incidents and close calls/nearmisses as well. These are the events where matters of inches or seconds were the difference between nothing happening, a minor mishap, and a major disaster. The rule of thumb is that there are three hundred minor incidents for each major one. Think of all you could learn from having a chance to review the close calls. When organizations provide an easy way for employees to self-report and share accounts of close calls and near-misses, the frequency of accident invariably goes down.
The safety committee should get copies of each accident or incident report and review it carefully. They should conduct an investigation of the event so that it can be correctly evaluated and the proper corrective action taken to prevent a reoccurrence. Don't go around looking for someone to blame. Looking to place blame is the quickest way to convince people that they shouldn't talk about what happened, to avoid telling the truth, or to have a loss of memory.
Then, the event should be brought to the attention of the rest of the people in your organization at a departmental safety meeting or by other means so that they too can learn from the experience. Photographs of injuries and property damage are graphic reminders of the consequences of carelessness, unsafe work conditions, and unsafe work practices.
At Cornell University, a review of the lab accidents for the prior several years revealed a pattern. There was one particular undergraduate lab experiment that was responsible for a disproportionate number of accidents. Changing the experiment helped to reduce the accident frequency.
Consider having an accident/incident report form for your employees and students to fill out. In the case of students, it will help them to develop an appreciation for this recordkeeping aspect of safety.
Source: Kaufman, James A., Laboratory Safety Guidelines - Expanded Edition, The Laboratory Safety Institute

HEALTH IS WEALTH

Prime Minister launches MyGov: A platform for Citizen Engagement towards Surajya http://mygov.nic.in

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Prime Minister launches MyGov: A platform for Citizen Engagement towards Surajya
http://mygov.nic.in
Prime Minister Shri Narendra Modi today launched MyGov, a platform that empowers the citizens of India to contribute towards Surajya. Speaking on the occasion, which also marked the completion of sixty days of the new Government, the Prime Minister said the success of democracy is impossible without participation of the people.

Stating that in the past, there used to be a big gap between the people and the processes of governance, the Prime Minister said that in the past sixty days, the experience of his Government was that there were many people who wanted to contribute towards nation-building, and devote their time and energy. The only thing they required was an opportunity to shine and showcase their contribution. The Prime Minister said the MyGov platform is a technology-driven medium that would provide this opportunity to contribute towards good governance.

The Prime Minister expressed confidence that the people would welcome this initiative. He also invited suggestions to strengthen and improve the platform. He hoped that everyone would join hands through this platform to take the country forward, and to meet the aspirations of the poorest of the poor. He said he was confident of success in this mission, because he recognized the strength and capability of 125 crore Indians.

The Prime Minister said he looked forward to receiving the suggestions, views and ideas of the people.

The platform - MyGov - presents an opportunity to the citizens to both ‘Discuss’ and ‘Do.’ There are multiple theme-based discussions on MyGov where a wide range of people would share their thoughts and ideas. Further, any idea shared by a contributor will also be discussed on these discussion forums, allowing constructive feedback and interaction.

For those who wish to go beyond discussions and wish to contribute on the ground, MyGov offers several avenues to do so. Citizens can volunteer for various tasks and submit their entries. These tasks would then be reviewed by other members and experts. Once approved, these tasks can be shared by those who complete the task and by other members on MyGov. Every approved task would earn credit points for completing the task.

National Informatics Centre (NIC), Department of Electronics and Information Technology (DeitY) would implement and manage the platform “MyGov” which would facilitate Citizen Engagement in Good Governance.

Groups and corners are an important part of MyGov. The platform has been divided into various groups namely Clean Ganga, Girl Child Education, Clean India, Skilled India, Digital India, Job Creation. Each group consists of online and onground tasks that can be taken up by the contributors. The objective of each group is to bring about a qualitative change in that sphere through people’s participation.

The Minister for Communication and IT, Law and Justice, Shri Ravi Shankar Prasad, and senior officers of the Government of India were present at the launch of the platform.

Road Ahead

The inauguration of MyGov is a small step towards the larger mission of becoming a one stop centre for citizen engagement towards good governance. Over time the number of groups, tasks and discussions will increase. MyGov would also be used as a comprehensive knowledge repository, giving insights from the sharpest and brightest minds across India.

Ratification of Second Commitment Period of Kyoto Protocol by all Parties is the urgent need of the hour – Prakash Javadekar

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Ratification of Second Commitment Period of Kyoto Protocol by all Parties is the urgent need of the hour – Prakash Javadekar

UK Secretary of State for Energy & Climate Change calls on Minister of State for Environment, Forests and Climate Change

Minister of State for Environment, Forests and Climate Change, Shri Prakash Javadekar has said that India would continue to play a proactive role on the issue of climate change and has already announced a voluntary 2020 mitigation goal of reducing emissions intensity of its GDP by 20-25% over 2005 levels by 2020. The Minister stated this during a meeting with the UK Secretary of State for Energy & Climate Change, Mr. Edward Davey.
During his meeting with the British Secretary of State, Shri Javadekar gave an overview of some of the key initiatives that had been introduced in the Budget to address the global challenge of climate change. He appraised the visiting Secretary of State on initiatives such as Allocation of Rs. 500 crores for Setting-up of Ultra Mega Solar Projects in Tamil Nadu, Rajasthan, Gujarat, Andhra Pradesh and Laddakh to promote the Renewable energy; Allocation of Rs 100 crores for the "National Adaptation Fund" for climate change; Allocation Rs.100 crores for new scheme “Ultra-Modern Super Critical Coal Based Thermal Power Technology; Allocation of Rs. 400 Crore for launching a scheme for solar power driven agricultural pump sets and water pumping stations; Allocation of Rs. 100 crore for the development of 1 MW Solar Parks on the banks of canals; Allocation of Rs. 500 crores for strengthening of transmission and distribution infrastructure in rural areas under the ‘Deendayal Upadhyaya Gram Jyoti Yojna’.

Elaborating further, the Minister suggested that the scope of the Co-Chairs of the Ad Hoc Working Group on the Durban Platform for Enhanced Action (ADP) negotiations should be extended to all the elements like mitigation, adaptation, finance, technology development and transfer, transparency of action, and support and capacity-building.

During the meeting, both the parties discussed on various aspects of climate change including Intended Nationally Determined Contributions (INDCs), Green Climate Fund (GCF) and other issues related with the Kyoto Protocol. Shri Javadekar emphasized that immediate up scaling of ambition in the Kyoto Protocol second Commitment period and its early ratification by all Kyoto Protocol Parties is the urgent need of the hour. The Minister also mentioned that technology mechanism must be fully operationalized and suggested that funds from the GCF can be used to purchase Intellectual Property Rights (IPRs) of climate friendly technologies and provide to developing countries free of cost. He added that the scientific data should be shared through appropriate technologies in order to provide the intended benefits to the concerned stakeholders.

Earlier, Shri Javadekar presented a ‘Neem’ sappling to UK Secretary of State shri Edward Davey.

Data on Corruption Cases

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Data on Corruption Cases

CBI conducts searches at various places from time to time during investigation in accordance with law, depending upon the requirement of the cases. The number of raids/searches conducted are a part of individual case record. No centralized data in this regard is maintained. Further, sending an accused, convicted in a case, to Jail after conviction is a judicial act performed by the trial court concerned. No centralized data in this regard is maintained by the CBI. However, the number of Prevention of Corruption (PC) Act cases registered by CBI during the last 3 years i.e. 2011, 2012, 2013 and 2014 (upto 31.05.2014) is as under:-

Year
Total No. of PC Act cases registered
Total No. of persons arrested in PC Act cases
Total No. of persons convicted in PC Act cases
2011
600
143
533
2012
703
132
163
2013
649
87
1136
2014 (upto 31.05.2014)
268
9
407
The Government has taken following steps to strengthen Central Bureau of Investigation (CBI) to enable it to effectively carry out investigation and prosecution in corruption related cases:-
(i)  Government has strengthened CBI by creation of 715 posts at various level/category since 2010.
(ii)  Deputation of officers other than IPS has been ensured at the level of Superintendent of Police (SP) to Joint Director (JD) in CBI by amendment of Recruitment Rules thereby making the agency multidisciplinary.
(iii)  CBI has been modernized through implementation of various plan schemes.
(iv)   In order to facilitate speedy trial of cases investigated by CBI, the Government has sanctioned 92 additional special courts out of which 76 additional Special Courts have become operational.
(v)    Besides, CBI endeavours through constant monitoring/supervision of its action to ensure that there is no delay in trial.
Dr. Jitendra Singh, Minister of State for Personnel, Public Grievances and Pensions and Minister of State in the PMO, gave this information in Lok Sabha today in a written reply to a question by ShriMATI Rama Devi and Shri Chandrakant Khaire.
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British delegation meets the Petroleum Minister to discuss enhancement of cooperation between the two countries

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British delegation meets the Petroleum Minister to discuss enhancement of cooperation between the two countries
A delegation led by Mr. Edward Jonathon Davey, Secretary of State for Energy and Climate Change, United Kingdom, paid a courtesy call on Shri Dharmendra Pradhan, Minister of State (Independent Charge) for Petroleum & Natural Gas here today. Both sides discussed the issue of enhancing the cooperation between the two countries in the Energy sector.

MoS (PNG) informed that Energy security is the prime focus of the new government, and it is taking steps to enhance exploration and production of oil and gas in the country. He said that Indian companies are interested in acquiring equity in the oil and gas producing field(s) of UK along with Companies which are active in hydrocarbon sector of UK as well as in sourcing LNG. He invited the British companies to bring in investment and technology in various oil and gas sectors, like deep sea exploration, monetization of marginal and mature oilfields, laying of pipeline grid, and setting up of LNG terminal in east coast of the country. Sh Pradhan informed that the NELP X would be launched, after carrying out the necessary modifications, and it is likely to attract a large number of foreign investors.

Both sides agreed to enhance bilateral investments in the oil and gas sectors. The meeting was cordial and pleasant.

BEAUYTY OF NATURE

Pune landslide: 9 hrs later, mother, baby found alive-The landslide took down a massive section of a hillside and swept away over 40 homes, leaving only mud, slush and debris.

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landslideRescue workers carry the body of a victim at the site of a landslide in Malin village. (Source: AP photo)
lanslide1 A villager search for family members among the debris of her house at the site of a landslide in Malin village, in Maharashtra on Wednesday. (Source: PTI)

landslide-s

M_Id_438062_Typhoon_storm
 
A 25-year-old woman and her six-month-old baby miraculously escaped nature’s fury as they were rescued a good nine hours after the tragedy.
The baby and her mother were trapped in their house built of thatched roofs. “They were under the roof… The mother was tightly holding the baby in her arms. We found them while removing the mud with the earth mover. Their entire house was wrapped in thick layer of mud,” said Baban Kokane who was operating the earth mover.
Kokane said the woman and the baby were safely removed. “We removed the two around 4 pm — that is about nine hours after the tragedy. The doctors then administered them the first aid,” he said.
Kokane said the woman was in a state of shock, but said she was “lucky” as her husband had also gone out of the house before tragedy struck. “The woman could not say how old she was, but she looked to be around 25 years. But she said her child was six-months-old.”
Kokane said a former sarpanch of the village, who identified himself as Lemhe, also survived along with this daughter. “He had gone out early morning to drop his daughter at a school which is in a nearby village. He returned and was speechless after finding his village having completely disappeared,” he said, adding that he reached the spot around noon.
Kokane said there are 12 JCBs trying to remove the debris. “The debris were all mud in which the people were stuck. By 7.15 pm, at least 20 bodies had been recovered. I don’t think anybody has survived. We were told that there were at least 200 villagers present in their houses when the tragedy struck,” he said.
Kokane said the relief measures were affected as “too many” earth movers, ambulances and other vehicles landed on the road leading to the village.
Other rescue workers said they found several bodies together, apparently they belonged to one family. Several dead cattle were also found.
Bus driver first to reach village, alert others 
After the landslide in Malin village, the first to reach it from outside was a Maharashtra State Road Transport Corporation (MSRTC) bus driver. He reached the reached village around 8 am Wednesday. The driver, Rajendra Kale, reported the incident to his depot and later the local police and district administration were informed.
The bus from the Narayangaon Depot makes the trip from Manchar town to Ahupe village in Bhimashankar wildlife sanctuary. The bus has a stop at Malin village.
According to police, when the bus came to Malin village, Kale could see the approach road to the village was blocked by debris from the landslide. The entire western side of the village could not be seen.
Kale first called the bus depot and told them about the calamity. By 9 am, the local police and

Here are the latest developments:
  1. The landslide took down a massive section of a hillside and swept away over 40 homes, leaving only mud, slush and debris.
  2. "Rescue operations are being hampered due to rain... the PM has announced a compensation of Rs. 2 lakh from the Prime Minister's National Relief Fund," said Home Minister Rajnath Singh who visited Malin village.
  3. Officials worked through the night using floodlights and earth-moving vehicles to pull people out of the twisted wreckage.
  4. "God helps the brave," an official of the National Disaster Response Force told NDTV earlier in the day, after eight people were pulled out alive from under the debris overnight.
  5. Incessant rain and flowing water has hampered rescue efforts. Officials say the entire state machinery has been drafted into the relief efforts.
  6. About 250 disaster response personnel are in the area assisting local police, villagers and medical teams. At least 100 ambulances were also sent to the area which is 15 to 20 kilometres from the nearest medical facility.
  7. The police have cordoned off the affected village after people trying to reach the scene of the disaster caused miles-long jams. Only ambulances and other rescue vehicles are allowed beyond the cordon.
  8. Pravin Sadhale of the Maharashtra Emergency Medical Services said rescue equipment was getting stuck in the narrow roads. "The issue is that as we remove the mud, more is flowing in since the rains have been incessant," he said.
  9. Prime Minister Narendra Modi mourned the loss of lives and said all possible efforts must be made to help the victims. Sharad Pawar, whose Nationalist Congress Party is part of the state's ruling coalition, is also expected to visit the village.
  10. The area around the village has been deforested extensively, increasing its vulnerability to landslides. Similar deforestation and environmental damage have caused floods and landslides in other parts of India.

Strengthening Himalayan conservation initiatives to meet economic goals

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Strengthening Himalayan conservation initiatives to meet economic goals

PLANTATION
Shalini Dhyani, is a scientist with the Council for Scientific and Industrial Research (CSIR) – National Environmental Engineering Research Institute. The opinions expressed are her own and do not necessarily represent the views of the Indian government.
A community-based program in India’s Himalayan region is preserving livelihoods and boosting incomes for women, youth and the more vulnerable segments of society, while serving as a model for other at-risk forest areas.
Introducing a Livelihood Resource Centre (LRC) concept has the potential to enhance a sense of belonging among local the community for the forests where they have been dwelling for millenia.
The upper Kedar Valley in the Garhwal district of the state of Uttarakhand is characterized by extensive forest biodiversity, agro-biodiversity and indigenous spiritual and cultural diversity. The area also provides habitat to many threatened ungulates, plant, bird and animal species, including musk deer, snow leopard, the monal pheasant and the Himalayan Tahr.
The unique moist temperate forests and alpine habitats of the area have been subject to a heavy influx of tourists, pilgrims, local graziers, transhumant — the seasonal movement of people with their livestock between fixed summer and winter pastures — and the collection of biomass, which includes fuelwood, fodder, non-tropical forest products, leaf litter.
In June 2013, a tsunami devastated the region and had a massive economic impact on local people, many of whom are migrating due to food shortages, poverty and insecurity over their future wellbeing. Some families have been forced to leave their children in orphanages near Guptakashi, in the district of Rudraprayag Uttarakhand, as they are unable to look after them properly.
Increasing commercial tourism has also destabilized indigenous and traditional conservation values , severely affecting not only local livelihoods, but also the survival of many species. Villagers in the area depend on the forests for their various subsistence demands and live below the poverty line.
Dependence on seasonal tourism, forest based agriculture and selling forest based products (local storage articles made by Ringal bamboo, or by selling wild edibles collected from forests) means that improved resource management is crucial.
Over the past few years, a ban was imposed on overharvesting of some non-tropical forest products. Facing no livelihood options, local youth often get involved in illegal harvesting of resources or leave their villages and migrate to cities for low-paying jobs.
Improving the habitat integrity of these villages adjacent to forests while improving the incomes of the people that can help in managing ecosystem services is critical to help combat emigration from most of these areas along with better medical, education and other basic amenities. The aim is to improve community participation in forest management by enhancing local livelihoods so they can contribute to reducing the scope of many forest problems.
Biodiversity loss by habitat destruction is also a crucial issue in the valley and conservation of biodiversity can be ensured by linking conservation with livelihoods.
Our fodder bank-based model to reduce drudgery of rural hill women and pressure from forests serves as a model of active community participation in Maikhanda village.
It is also imperative to generate economic benefits from this  fodder bank l to elaborate the project I am enclosing one reference document. to ensure the sustainability and long term conservation goals of the valley forests. An integrated conservation and natural resource management program to empower the local community for sustainably managing these forests can be an effective option.
By using indigenous and traditional values as guidelines — with special consideration of cultural and spiritual values, — the goal of habitat and biodiversity conservation can be reached.
Establishing a long-term LRC with the active participation with locals of Panchayat village to integrate livelihood and conservation goals for strengthening Community Conservation Initiatives (CSI) is the first step.
Exploring locally available cost-effective resources for generating economic wellbeing and enhancing livelihood sources of locals by active community dialogue is the next step.
Instead of setting up demonstration projects, emphasis should be on regular capacity building programmes that include various activities that ensure that they are neither dependent nor supported by over harvesting of forest resources.
As well, there is a need to monitor the impact of each capacity-building programme among locals to understand their interests, choices and preferences. This will prevent programs being imposed on them without considering their overall shortcomings.
For example, instead of over harvesting high altitude  threatened bamboo varieties viz. Thama (Thamnocalamus pathiflorus) and Dev Ringal(T. jonsarensis) (for fulfilling such various daily need requirements as baskets, brooms and mats.) Gola (Drepanostachyum falcatum)— a low altitude easily available and easily propagated variety of bamboo can be used.
Due to over harvesting and depletion Dev and Thama ringal resource from high altitude forests handicraft articles such as key chains and miniature of traditional storage articles from Gola a low altitude variety can be made that have a better market value and can be easily prepared in bulk in less time..
The area is conducive to growing the resources to make dry flower book marks, greeting cards and conifer floral arrangements are low cost and easily prepared for the tourist market.
Through proposed income generating and livelihood enhancement activities socio-economic condition of the communities can be improved in a sustainable manner in coming years. Activities involved will contribute to the body of knowledge as well as equip communities with livelihood enhancement skills using the tourism and the market potential of the area.
Department of Science and Technology, Government of India, New Delhi and the Rufford Small Grants Programme, are acknowledged for their financial support. 

http://www.landscapes.org/strengthening-community-conservation-initiatives-meet-economic-goals/

ENVIRONMENT SLOGAN

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ABOUT MOTHER EARTH

1 Let’s us save our Earth
2 Save Earth for your future generations
3 Earth is the only livable planet; just save it
4 Save Earth; Save Environment
5 Make your every day Earth Day
6 Let’s save our mother Earth
7 It’s time to act; save the planet Earth
8 Unite to make planet Earth pollution-free
9 Save Earth from Global Warming
10 Let’s work together for a safe Earth
11 Give Earth a chance to keep it safe from pollution
12 Before it’s too late just protect Earth from today


SLOGANS ON ENVIRONMENT

13 Keep environment pollution-free
14 Abide by environmental laws
15 Environmental care is the most profitable investment
16 Better Environment Better Tomorrow
17 Safer the environment healthier the life


18 Let us save our environment
19 Raise awareness on environment
20 Environment is life, pollution is death
21 Every Day is World Environment Day
22 We can protect environment better together


SLOGANS ON POLLUTION

23 Less pollution is the best solution
24 Lesser the pollution, better the life
25 Pollution is our silent enemy, just finish it silently
26 Prevent environmental health hazards
27 Silence is the best tool to combat noise pollution
28 Keep planting trees to hit air pollution
29 Tree plantation is the best option against pollution
30 Pollution is injurious to health


31 Air pollution is main cause of several respiratory diseases
32 The best solution of pollution is its dilution
33 Polluting the environment is a punishable crime
34 Pollution is also a weapon of mass destruction
35 Sensitize people on harms of pollution
36 Give a Hoot, Don’t Pollute
37 Air pollution can hit IQ level of your kids
38 Pollution isn’t cool, so don’t be a fool!
39 Air pollution cause asthma in your kids


40 Water pollution is main cause of gastro diseases
41 Water pollution can create stone in your kidney
42 Never let anyone to pollute your environment
43 Always use public transport to reduce air pollution
44 Air mask is a short-term solution of air pollution
45 Say no to pollution in every moment of your life

SLOGANS ON GO GREEN

46 Avoid using plastic bags
47 Black plastic bags cause skin cancer
48 Use cloth or paper bags to shun using plastic bags
49 Always use biodegradable plastic bags
50 Stop burning of garbage
51 Dispose of garbage at designated place


52 Don’t litter, it will make your life bitter
53 Keep your homes and surroundings clean
54 Make this world a green heaven
55 Cleanliness means safe health of your kids
56 Reduce noise level for a calmer living
57 Get your vehicles tune-up regularly
58 Keep engine and silencer of your vehicle in good condition
59 Keep investing in green technologies
60 Future of green is yellow, let’s keep it green


61 Keep your beaches clean
62 Beaches are for enjoyment not for littering
63 Never make your sea a dustbin
64 Love your oceans by taking care of them
65 Our oceans are our precious resources just save them
66 Dustbin is for use, so just use it
67 Conserve natural resources and eco-system
68 Make water resources free of contamination
69 Do your share to care water


70 Dispose of industrial effluent in safe manner
71 Industries must abide by green rules
72 Incinerate infectious waste before disposal
73 Reuse, Reduce, Recycle and never be confused
74 Recycling begins at home
75 Invest in green to go green
76 Only we can make the future green so let’s do it
77 Avoid excessive use of pesticide and chemical fertilizer
78 Conserve water and energy resources
79 Always drink boiled water
80 Let’s protect our natural resources

Y

81 Stay unchanged against climate change
82 Global warming is actually a global warning
83 Serve to Conserve
84 Don’t be mean, be green
85 It’s our world, take care of it
86 This land is our land, so who should protect it
87 Nurture Nature
88 From Blue to Green save the scene
89 Drop the catch but never miss to catch the drop
90 Water, 2 billion people are dying for it; just conserve it
91 Point finger at every act of polluting
92 Keep your area green and clean
93 Green care is our social responsibility
94 Be fair for green care
95 Raise your voice against grey practices
96 Enjoy your food but never waste it
97 Crush greed and go green
98 Make every scene a lush green
99 Never compromise on your green habits
100 Two kids, one tree for each family
With best regards,
(2014)
Dr. AMAR NATH GIRI
EHSQ , NFCL
amarnathgiri@nagarjunagroup.com
M.Sc.,Ph.D & DIPLOMA AS - P.G.D.E.P.L,CES, DCA,
EX IIM LUCKNOW FELLOW, EX RESEARCH SCIENTIST
IGIDR-MUMBAI 
EHSQ BLOG : http://dramarnathgiri.blogspot.in/?view=magazine
 

Food Subsidy Estimated to be Around Rs. 1,31,086 Crore

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Food Subsidy Estimated to be Around Rs. 1,31,086 Crore Annual food subsidy implication of implementation of National Food Security Act, 2013 (NFSA) at 2014-15 costs, is estimated to be around Rs. 1,31,086 crore, against which, Rs. 1,10,500 crore has been provided in the current year budget. In addition to this an amount of Rs. 4500 crore has been allotted for Sugar subsidy. This information was given by the Minister of State for Consumer Affairs, Food and Public Distribution, Shri Raosaheb Patil Danve in a written reply in Rajya Sabha today.

The Minister said that NFSA is deemed to have come into force on 05.07.2013. Its implementation is contingent upon identification of eligible households by States/UTs for receiving subsidized foodgrains under Targeted Public Distribution System (TPDS). For which a period not exceeding 365 days has been provided in the Act. However, as this exercise is yet to be completed in many States/UTs, they have been requested to complete the identification and take other preparatory measures at the earliest and ensure implementation of the Act within next three months. The issue of payment of food security allowance arises only after implementation of the Act starts in respective States/UTs.

Impact of Abnormal Weather Condition

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Impact of Abnormal Weather Condition
Many parts of the country are affected by tsunami, heavy rain, drought and global warming due to abnormal weather conditions.

The Government is monitoring the variability of the weather phenomena and development of abnormal weather pattern like drought, flood, flash flood, cyclone, rain induced landslides, heat and cold waves, etc. on a continuous basis. Records of past weather events show that extreme values in respect of heavy rainfall, maximum and minimum temperatures, seasonal rainfall etc. remained unsurpassed in many cases. Areas influenced by the abnormal weather pattern change as per the interannual and intra-seasonal weather and climate variability.

Heavy rain events (>10cm/day) over central India are increasing at about 1%/year while weak and moderate events are decreasing at about the same rate over the past 50 years. The extreme rain events which are becoming more intense in recent years are localized and could be part of the natural variability of the monsoon system. No such pattern is discerned in respect of other weather phenomena.

Earth System Science Organization –India Meteorological Department (ESSO-IMD) has enhanced its observational network under the modernization plan by installing a network of Doppler Weather Radars (DWR), Automatic Weather Stations (AWS), Automatic Rain Gauge Stations (ARGS), etc. for monitoring abnormal weather patterns and upgraded its forecasting capabilities, so that advance warning can be provided to National Disaster Management Authority (NDMA), Ministry of Home Affairs, and Ministry of Agriculture to tackle the impacts of the adverse and extreme weather phenomena.

This was stated by Union Minister of State for Science and Technology and Ministry of Earth Sciences, D/o Atomic Energy & D/o Space Dr. Jitendra Singh (Independent Charge) in a written reply in Lok Sabha today.

KAKINADA JULY 2014 WEATHER

12,000 evacuees return after Taiwan gas explosions

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Gallery An underground gas pipe explosion event at Taiwan

12,000 evacuees return after Taiwan gas explosions

By GLADYS TSAI and RALPH JENNINGS, Associated Press | July 31, 2014 | Updated: August 1, 2014 8:08am
  • Soldiers use electronic sensors to search for missing persons believed to be buried after massive gas explosions in Kaohsiung, Taiwan, Friday, Aug. 1, 2014. A series of explosions about midnight Thursday and early Friday ripped through Taiwan's second-largest city, killing scores of people, Taiwan's National Fire Agency said Friday. Photo: Wally Santana, AP / AP
    Photo By Wally Santana/AP 
    Soldiers use electronic sensors to search for missing persons believed to be buried after massive gas explosions in Kaohsiung, Taiwan, Friday, Aug. 1, 2014. A series of explosions about midnight Thursday and early Friday ripped through Taiwan's second-largest city, killing scores of people, Taiwan's National Fire Agency said Friday.
1 of 7
  • Soldiers use electronic sensors to search for missing persons believed to be buried after massive gas explosions in Kaohsiung, Taiwan, Friday, Aug. 1, 2014. A series of explosions about midnight Thursday and early Friday ripped through Taiwan's second-largest city, killing scores of people, Taiwan's National Fire Agency said Friday.
  • A relative, right, of a victim in the multiple explosions from an underground gas leak is consoled at a funeral parlor in Kaohsiung, Taiwan, Friday, Aug. 1, 2014. A series of explosions about midnight Thursday and early Friday ripped through Taiwan's second-largest city, killing scores of people, Taiwan's National Fire Agency said Friday.  TAIWAN OUT
  • Locals survey the damage from massive gas explosions in Kaohsiung, Taiwan, Friday, Aug. 1, 2014. Scores of people were killed when several underground gas explosions ripped through Taiwan's second-largest city overnight, hurling concrete through the air and blasting long trenches in the streets, authorities said Friday.
  • Rescue workers use a sniffer dog to look for missing persons believed to be buried as firetrucks lie damaged after massive gas explosions in Kaohsiung, Taiwan, Friday, Aug. 1, 2014. A series of explosions about midnight Thursday and early Friday ripped through Taiwan's second-largest city, killing scores of people, Taiwan's National Fire Agency said Friday.
  • Damaged vehicles lie in the rubble after massive gas explosions in Kaohsiung, Taiwan, Friday, Aug. 1, 2014. A series of five explosions about midnight Thursday and early Friday ripped through Taiwan's second-largest city, killing scores of people, Taiwan's National Fire Agency said Friday.
  • Vehicles are left lie in a destroyed street following multiple explosions from an underground gas leak in Kaohsiung, Taiwan, early Friday, Aug. 1, 2014. A massive gas leakage early Friday caused five explosions that killed scores of people and injured over 200 in the southern Taiwan port city of Kaohsiung.  TAIWAN OUT
  • Map locates Kaohsiung, Taiwan.; 1c x 3 inches; 46.5 mm x 76 mm;
KAOHSIUNG, Taiwan (AP) — The 12,000 people who fled in fear of more gas pipeline explosions in Taiwan's second-largest city returned to their homes Friday after authorities said there was no more risk of blasts like the series that devastated a more than 2 square kilometers (1 square mile) area, killing 26 people and injuring 267.
With clean-up work underway, investigators were turning to the task of determining the cause of the blasts, the industrial city's worst such disaster in 16 years.
Most of the four ruptured street sections in the densely populated district of Kaohsiung had been declared safe from further explosions by afternoon, a city spokesman said. A fire in a 10-meter (yard) -long section that burned through the night had also been put out.
Five explosions ripped through four streets starting around midnight Thursday, catapulting cars into the air and blasting cement rubble at passers-by, many of whom were out late because of a nearby night market.
That came about three hours after a gas leak had been reported on Kaixuan Road, but emergency services had been unable to locate the source.
Four firefighters were among the victims and two were missing, while at least six fire trucks were flung into the rubble. The blasts sent flames shooting into the sky and hurled concrete through the air, leaving broad, meter-deep (yard-deep) trenches down the middle of roads.
Many of the injured were still receiving emergency treatment. The disaster was Taiwan's second in as many weeks following the crash of a TransAsia Airways prop jet on the island of Penghu on July 23 that killed 48 people and injured 10.
"Last night around midnight, the house started shaking and I thought it was a huge earthquake, but when I opened the door, I saw white smoke all over and smelled gas," said Chen Qing-tao, 38, who lives 10 buildings away from the main explosion site.
The explosions were believed caused by leaking propene, a petrochemical material not intended for public use, said Chang Jia-juch, director of the Central Disaster Emergency Operation Center. Chang said the cause and location of the leaks were unknown.
The exploded gas line belongs to government-owned CPC Corp., which told The Associated Press there were no signs of problems before the explosions.
Propene is mainly used for making the plastic polypropylene used in a wide variety of packaging, caps and films. It can be detected by its mildly unpleasant smell.
The city will do a formal probe on what cause the explosions, said city spokesman Ting Yun-kung.
"We haven't started a formal investigation yet, just a partial one," he said. "A full one will take a few days."
Industrial-use pipelines run through the Kaohsiung's residential neighborhoods because industry preceded the construction of housing, Ting said. The port city contains much of Taiwan's heavy industry, especially petrochemicals.
Video from broadcasters showed residents searching for victims overnight in shattered storefronts and rescuers placing injured people on stretchers. Numerous fires sent smoke pouring into the night sky above the Chian-Chen district, where factories operate near low-rise residential buildings.
The government's disaster response center spent much of Friday trying to prevent secondary explosions. With the risk easing after mid-day, all but 300 of an original 12,000 evacuees had left emergency shelters and just one of an initial nine remained open, Ting said.
Kaohsiung Mayor Chen Chu had gone on television urging people to take shelter until their neighborhoods were declared safe.
However, disaster officials were still conducting safety checks on some of the damaged homes before letting occupants back in.
Many of the dead and injured had been outside near a night market and were hit by flying rubble or cars, a police officer at the scene said. Police and firefighters suffered burns while trying to control blazes.
Area resident Chang Bi-chu, 63, described seeing dead bodies along the roadside. "I felt really bad. After all, there just was the air crash in Penghu last week."
Chang said the front door of her home was warped by the explosion and power was cut, leaving the house without lights or fans in the steamy weather.
"We don't have money to stay in a hotel and they're all booked anyway," she said.
Power supplies to 12,000 people in the area were severed, and 23,600 lost gas service. Some power had been restored to homes in the area by late Friday.
Backhoes pulled upended fire trucks and other vehicles from the rubble much of Friday while paramedics with rescue dogs combed the neighborhood for survivors.
Rescuers expected to find few, if any, people in the rubble because no buildings collapsed, said Hsu Lee-hao, a national emergency operations center official.
Large trenches edged with pavement slabs torn apart by the blasts dominated a 2-kilometer area that was cordoned off most of Friday. Burned walls and toppled shop signs lined Sanduo Road, near an elementary school. Television images showed one car vaulted onto a building roof in a particularly powerful blast.
Taiwanese Premier Jiang Yi-huah announced that all flags would fly at half-staff for three days from Aug. 5 in honor of the victims of both the Penghu air crash and Kaohsiung explosion. President Ma Ying-jeou paused at a scheduled event Friday morning to call for a minute of silence.
Much of the drama was captured on closed-circuit television, dashboard cameras and cellphones.
A video showed an explosion rippling through the floor of a motorcycle parking area, hurling concrete and other debris through the air. Cellphone video captured the sound of an explosion as flames leapt at least 9 meters (30 feet) into the air.
One witness said he tried to help before paramedics arrived.
"I was on my scooter just across the street, suddenly there was the explosion, a white car was blown toward me, and I saw the driver trapped in the car," said Wong Zhen-yao, 49, owner of a car repair shop in the disaster area.
"There was still fire nearby. I tried to pull the guy out but couldn't," he said. "Only after the smoke was gone did I realize there was such a big hole in the middle of the road."

Irony Alert: A Delaware Oil Company Feels Threatened by Sea Level Rise

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July 28, 2014

Irony Alert: A Delaware Oil Company Feels Threatened by Sea Level Rise

Oil companies seem to think they have the most to gain by denying climate disruption. Just look at the lengths that the oil-rich Koch brothers have gone to in order to suppress climate action, spending and saying anything to derail any policy tackling the climate crisis.

Why? Well, carbon pollution caused by burning fossil fuels is a key cause of the climate crisis -- and without action, they’ll be free to drill, extract, frack, refine, transport, and burn oil as much as they want. Apparently, it’s easy for them to ignore the cascade of problems their polluting behavior creates when they’ve got profits to be made. But, as it happens, such irresponsible, deeply flawed logic eventually comes full circle.

In Delaware, severe storms are eroding the shoreline and affecting homes and businesses up and down the coast - including the business of an oil refinery. The functioning of the Delaware City Refining Company property just south of New Castle, a division of PBF Energy, is threatened by increasing extreme weather. In other words, climate disruption is hitting the doorstep of its source.

The refinery has tried to get help, submitting an application with the Coastal Zone Management Act seeking shoreline protections due to “tidal encroachment” -- which is one way of saying sea level rise.

“The extent of the shoreline erosion has reached a point where facility infrastructure is at risk,” says the permit application from the company.

You read that right -- an oil company feels jeopardized by sea level rise. And they’re asking for assistance. That’’s like a cigarette company asking for help paying for ventilators for it’s executives after they’ve pedalled tobacco for decades.
Of course it took an immediate threat to its business for the Delaware City Refining Company to confront the problem. Nevertheless, this is yet another example of climate coming home -- in this case to an oil company exposed to the very threat it poses to others.

And this is not just any oil company.  The Delaware City Refinery is one of the first refineries to shift its crude oil supply to rail and is refining tar sands -- one of the most carbon-intensive fuels known to man.

Tar-sands-free-delaware-200To add insult to injury, the sea level rise preparations the Delaware City Refining Company is proposing could negatively affect the community by directing more storm surge toward the town of Delaware City, the small coastal community near where the refinery is located. But who could be surprised by an oil company with such a poor sense of irony acting with no regard for the people around it?

The Delaware City Refining Company is now in a wait period, after it issued a draft proposal in May 2014 that considers different solutions to address its new climate-induced problem. The Sierra Club’s Delaware chapter submitted comments on the plan, but there’s more to be done.

Our solution? Stop helping create climate-induced problems in the first place. Climate disruption has proven to be indiscriminate in the destruction it causes -- as this refinery and millions and millions around the globe are learning first hand. Denying climate disruption only exacerbates the problem -- we need to start working to move beyond dirty fuels.

Hindu Death Rituals and Beliefs.

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Hindu Death Rituals and Beliefs.
There is one thing that is certain in this lifetime: eventually we all must die. A belief in the cyclical reincarnation of the soul is one of the foundations of the Hindu religion. Death is viewed as a natural aspect of life, and there are numerous epic tales, sacred scriptures, and vedic guidance that describe the reason for death's existence, the rituals that should be performed surrounding it, and the many possible destinations of the soul after departure from its earthly existence. While the ultimate goal is to transcend the need to return to life on earth, all Hindus believe they will be reborn into a future that is based primarily on their past thoughts and actions.
The first mortal to meet his fate with Death was named Yama. This dubious honor makes him uniquely qualified to lead the way for others after death. The sacred scriptures of the Rig Veda, which call him King Yama, promise that all who have been good will receive "admission to Yama's paradise and the everlasting enjoyment of all the heavenly pleasures, include the restoration of a sick body, the maintaining of family relations and the highly desired apotheosis". Yama is aided by two killer guide dogs that are described as the "four-eyed keepers of the path, who watch over men." These "two dark messengers of Yama with flaring nostrils wander among men, thirsting for the breath of life". Yet, once they have secured their prey, they lead them back to their heavenly realm, where Yama directs them to their destiny.
Cremation is a ritual designed to do much more than dispose of the body; it is intended to release the soul from its earthly existence. "Hindus believe that cremation (compared to burial or outside disintegration) is most spiritually beneficial to the departed soul." This is based on the belief that the "astral body" will linger "as long as the physical body remains visible." If the body is not cremated, "the soul remains nearby for days or months"The only bodies that are not generally burned are unnamed babies and the lowliest of castes, who are returned to the earth.
The standard cremation ceremony begins with the ritual cleansing, dressing and adorning of the body. The body is then carried to the cremation ground as prayers are chanted to Yama, invoking his aid.
It is the chief mourner, usually the eldest son, who takes the twigs of holy kusha grass, flaming, from the Doms' (the untouchable caste who tend funeral pyres) eternal fire to the pyre upon which the dead has been laid. He circumambulates the pyre counterclockwise– for everything is backward at the time of death. As he walks round the pyre, his sacred thread, which usually hangs from the left shoulder, has been reversed to hang from the right. He lights the pyre. The dead, now, is an offering to Agni, the fire. Here, as in the most ancient Vedic times, the fire conveys the offering to heaven.
After the corpse is almost completely burned, the chief mourner performs the rite called kapälakriyä, the 'rite of the skull,' cracking the skull with a long bamboo stick, thus releasing the soul from entrapment in the body. After the cremation, the ashes are thrown into a river, ideally the Ganges river, and the mourners walk away without looking back.
The death ritual does not end with the elimination of the body. There is still the safety of the soul to look after. To ensure the passage during its voyage to the Otherworld, an eleven-day ritual called shraddha is performed. It "consist(s) of daily offerings of rice balls, called pindas, which provide a symbolic, transitional body for the dead. During these days, the dead person makes the journey to the heavens, or the world of the ancestors, or the 'far shore.'"�"On the twelfth day, the departed soul is said to reach its destination and be joined with its ancestors, a fact expressed symbolically by joining a small pinda to a much larger one"�Without these rites, the soul may never find it way to Yama's realm.
Those who have been "meritorious," but have not quite attained liberation through Self-knowledge, are sent to a heavenly realm to await their fate. "There the Gandharvas (demigods of fertility) sing to them and the bevies of celestial nymphs dance for them." Since there is no need for punishment, "they go forth immediately on very high divine carriages. And when they get down from those carriages, they are born in the families of kings and other noble people." There they "maintain and protect their good conduct" and live out their days before they are reborn enjoying "the very best of pleasures".
The fate for those who have participated in less honorable thoughts or actions is far less pleasant. The Arthasastra, a Hindu textbook from the second century BCE, offers a detailed description of some of the more frightening realms. Yet before reaching these dangerous destinations, one must first endure a miserable journey. "The hard-hearted men of Yama, terrifying, foul-smelling, with hammers and maces in their hands" come to get the deceased, who tremble and begin to scream. Filled with terror and pain, the soul leaves the body. "Preceded by his vital wind, he takes on another body of the same form, a body born of his own karma in order for him to be tortured."
The evil man becomes born as an animal, among the worms, insects, moths, beasts of prey, mosquitoes, and so forth. There he is born in elephants, trees, and so forth, and in cows and horses, and in other wombs that are evil and painful. When he finally becomes a human, he is a despicable hunchback or dwarf, or he is born in the womb of a woman of some tribe of Untouchables. When there is none of his evil left, and he is filled with merit, then he starts climbing up to higher castes, Shudra, Vaishya, Kshatriya, and so forth, sometimes eventually reaching the stage of Brahmin or king of men. With so many unpleasant possibilities, it is easy to understand why reincarnation is not the only goal of every Hindu.
Those who lead a life of austerity, meditation and grace can look forward to the possibility of reaching Brahmaloka. This is the "highest among the heavenly planes" and the dwelling place of Brahma himself. "This is a place of intensely spiritual atmosphere, whose inhabitants live, free from disease, old age, and death, enjoying uninterrupted bliss in the companionship of the Deity." There is no need for them to return to earth because they have freed themselves "from all material desires." While they do experience a sense of individuality, they also experience a oneness with Brahma. This is the realm of immortality.
There is one other way to achieve liberation from samsara. This is to die within the city of Banaras, on the Ganges. "Death, which elsewhere is feared, here is welcomed as a long-expected guest." A city of many names, it was known in ancient time as Kashi, the city of light, and the Mahabharata refers to it as Varanasi. The funeral pyres, which are located on the river, burn nonstop. "Death, which elsewhere is polluting, is here holy and auspicious." People travel from around the country and the planet to spend their last days in Banaras because, "Death, the most natural, unavoidable, and certain of human realities, is here the sure gate to moksha, the rarest, most precious, most difficult to achieve of �spiritual goals".
For those who are unable to die in Banaras, cremation on the banks of the Ganges or the spreading of the ashes in her waters is the next best thing. Referred to as the "River of Heaven" or the "goddess and mother," she is considered to be sacred from her source in the Himalayas, all the way to the sea in the Bay of Bengal. Her power to destroy sins is so great that, people say, "even a droplet of Ganges water carried one's way by the breeze will erase the sins of many lifetimes in an instant".
The Hindu Faith, Mourning, Burial at Sea and Cremation
It must be understood that while this information was furnished by reliable sources, there are many different opinions between those of Hindu faith, and any Hindu contemplating cremation or burial at sea must seek the advice of a trusted priest.
Hindu death rituals in all traditions follow a fairly uniform pattern drawn from the Vedas, with variations according to sect, region, caste and family tradition. Most rites are fulfilled by the family, all of whom participate, including the children, who need not be shielded from the death. Certain rites are traditionally performed by a priest but may also be performed by the family if no priest is available. Here is a simple outline of rites that can be performed by Hindus in any locality. Variations are noted and suggestions made for Hindus in Western countries.
1. As Death Approaches
Traditionally, a Hindu dies at home. Nowadays the dying are increasingly kept in hospitals, even when recovery is clearly not possible. Knowing the merits of dying at home among loved ones, Hindus bring the ill home. When death is imminent, kindred are notified. The person is placed in his room or in the entryway of the house, with the head facing east. A lamp is lit near his head and he is urged to concentrate on his mantra. Kindred keep vigil until the great departure, singing hymns, praying and reading scripture. If he cannot come home, this happens at the hospital, regardless of institutional objections.
2. The Moment of Death
If the dying person is unconscious at departure, a family member chants the mantra softly in the right ear. If none is known, "Aum Namo Narayana" or "Aum Nama Sivaya" is intoned. (This is also done for sudden-death victims, such as on a battlefield or in a car accident.) Holy ash or sandal paste is applied to the forehead, Vedic verses are chanted, and a few drops of milk, Ganga or other holy water are trickled into the mouth. After death, the body is laid in the home's entryway, with the head facing south, on a cot or the ground--reflecting a return to the lap of Mother Earth. The lamp is kept lit near the head and incense burned. A cloth is tied under the chin and over the top of the head. The thumbs are tied together, as are the big toes. In a hospital, the family has the death certificate signed immediately and transports the body home. Under no circumstances should the body be embalmed or organs removed for use by others. Religious pictures are turned to the wall, and in some traditions mirrors are covered. Relatives are beckoned to bid farewell and sing sacred songs at the side of the body.
3. The Homa Fire Ritual
If available, a special funeral priest is called. In a shelter built by the family, a fire ritual (homa) is performed to bless nine brass kumbhas (water pots) and one clay pot. Lacking the shelter, an appropriate fire is made in the home. The "chief mourner" leads the rites. He is the eldest son in the case of the father's death and the youngest son in the case of the mother's. In some traditions, the eldest son serves for both, or the wife, son-in-law or nearest male relative.
4. Preparing the Body
The chief mourner now performs arati, passing an oil lamp over the remains, then offering flowers. The male (or female, depending on the gender of the deceased) relatives carry the body to the back porch, remove the clothes and drape it with a white cloth. (If there is no porch, the body can be sponge bathed and prepared where it is.) Each applies sesame oil to the head, and the body is bathed with water from the nine kumbhas, dressed, placed in a coffin (or on a palanquin) and carried to the homa shelter. The young children, holding small lighted sticks, encircle the body, singing hymns. The women then walk around the body and offer puffed rice into the mouth to nourish the deceased for the journey ahead. A widow will place her tali (wedding pendant) around her husband's neck, signifying her enduring tie to him. The coffin is then closed. If unable to bring the body home, the family arranges to clean and dress it at the mortuary rather than leave these duties to strangers. The ritual homa fire can be made at home or kindled at the crematorium.
5. Cremation
Only men go to the cremation site, led by the chief mourner. Two pots are carried: the clay kumbha and another containing burning embers from the homa. The body is carried three times counterclockwise around the pyre, then placed upon it. All circumambulating, and some arati, in the rites is counterclockwise. If a coffin is used, the cover is now removed. The men offer puffed rice as the women did earlier, cover the body with wood and offer incense and ghee. With the clay pot on his left shoulder, the chief mourner circles the pyre while holding a fire brand behind his back. At each turn around the pyre, a relative knocks a hole in the pot with a knife, letting water out, signifying life's leaving its vessel. At the end of three turns, the chief mourner drops the pot. Then, without turning to face the body, he lights the pyre and leaves the cremation grounds. The others follow. At a gas-fueled crematorium, sacred wood and ghee are placed inside the coffin with the body. Where permitted, the body is carried around the chamber, and a small fire is lit in the coffin before it is consigned to the flames. The cremation switch then is engaged by the chief mourner.
6. Return Home; Ritual Impurity
Returning home, all bathe and share in cleaning the house. A lamp and water pot are set where the body lay in state. The water is changed daily, and pictures remain turned to the wall. The shrine room is closed, with white cloth draping all icons. During these days of ritual impurity, family and close relatives do not visit others' homes, though neighbors and relatives bring daily meals to relieve the burdens during mourning. Neither do they attend festivals and temples, visit swamis, nor take part in marriage arrangements. Some observe this period up to one year. For the death of friends, teachers or students, observances are optional. While mourning is never suppressed or denied, scriptures admonish against excessive lamentation and encourage joyous release. The departed soul is acutely conscious of emotional forces directed at him. Prolonged grieving can hold him in earthly consciousness, inhibiting full transition to the heaven worlds. In Hindu Bali, it is shameful to cry for the dead.
7. Bone-Gathering Ceremony
About 12 hours after cremation, family men return to collect the remains. Water is sprinkled on the ash; the remains are collected on a large tray. At crematoriums the family can arrange to personally gather the remains: ashes and small pieces of white bone called "flowers." In crematoriums these are ground to dust, and arrangements must be made to preserve them. Ashes are carried or sent to India for deposition in the Ganges or placed them in an auspicious river or the ocean, along with garlands and flowers.
8. First Memorial
On the 3rd, 5th, 7th or 9th day, relatives gather for a meal of the deceased's favorite foods. A portion is offered before his photo and later ceremonially left at an abandoned place, along with some lit camphor. Customs for this period are varied. Some offer pinda (rice balls) daily for nine days. Others combine all these offerings with the following sapindikarana rituals for a few days or one day of ceremonies.
9. 31st-Day Memorial
On the 31st day, a memorial service is held. In some traditions it is a repetition of the funeral rites. At home, all thoroughly clean the house. A priest purifies the home, and performs the sapindikarana, making one large pinda (representing the deceased) and three small, representing the father, grandfather and greatgrandfather. The large ball is cut in three pieces and joined with the small pindas to ritually unite the soul with the ancestors in the next world. The pindas are fed to the crows, to a cow or thrown in a river for the fish. Some perform this rite on the 11th day after cremation. Others perform it twice: on the 31st day or (11th, 15th, etc.) and after one year. Once the first sapindikarana is completed, the ritual impurity ends. Monthly repetition is also common for one year.
10. One-Year Memorial
At the yearly anniversary of the death (according to the moon calendar), a priest conducts the shraddha rites in the home, offering pinda to the ancestors. This ceremony is done yearly as long as the sons of the deceased are alive (or for a specified period). It is now common in India to observe shraddha for ancestors just prior to the yearly Navaratri festival. This time is also appropriate for cases where the day of death is unknown.
Hindu funeral rites can be simple or exceedingly complex. These ten steps, devotedly completed according to the customs, means, and ability of the family, will properly conclude one earthly sojourn of any Hindu soul.
Religions such as Hinduism offer our own immortal souls satisfying answers to questions of life and death. Their ancient mythic texts provide real reasons for our existence here on earth. They also demonstrate that death is something that can be prepared for instead of being feared. In addition, they offer the possibility of something to look forward to, so we need not dread our last days on this planet. A true hindu shall love death as he loves this life.

Nutrient Management

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Nutrient Management




Importance of Nutrients
Paddy requires the following essential nutrients for its normal development:

CarbonNitrogenCalcium
HydrogenPhosphorusMagnesium
OxygenPotassiumSulphur
IronZincChlorine
ManganeseBoron 
CopperMolybdenum 
Nitrogen, phosphorus and potassium are known as primary plant nutrients; calcium, magnesium and sulphur, as secondary nutrients; iron manganese, copper, zinc, boron, molybdenum and chlorine as trace elements or micro-nutrients. The primary and secondary nutrient elements are known as major elements.  This classification is based on their relative abundance, and not on their relative importance.  The micronutrients are required in small quantities, but they are important as the major elements in plant nutrition.

 Nitrogen
K Importance
  1. Nitrogen, the most important nutrient for rice, is universally limiting the rice productivity.
  2. Nitrogen encourages the vegetative development of plants by imparting a healthy green color to the leaves.
  3. It seems that majority of Indica varieties are adapted to relatively low levels of nitrogen in the region of 25 kg N/ha.
  4. Rice plant depends mainly for its nitrogen upon the decomposition of organic matter under anaerobic conditions and in the early stages of growth takes up nitrogen in the form of ammonia which is the stable form of nitrogen in submerged soils.
  5. There are two stages in the growth of rice crop when nitrogen is most needed; early vegetative and panicle initiation stages.
  6. Fertilizing the crop during early vegetative growth promotes tillering leading to higher yield. Application at panicle initiation or early booting stage will help the plant produce more and heavier grains per panicle.

Phosphorus 
  1. Phosphorus is particularly important in early growth stages.
  2. It is mobile within the plant and promotes root development (Particularly the development of fibrous roots),tillering and early flowering.
  3. Addition of mineral P fertilizer is required when the rice plants root system is not yet fully developed and the native soil P supply is inadequate.
  4. Phosphorus is remobilized within the plant during later growth stages if sufficient P has been absorbed during early growth.
  5. It also increases resistance to disease and strengthens the stems of cereal plants, thus reducing their tendency to lodge. It offsets the harmful effects of excess nitrogen in the plant.
P Importance

 Potassium
K Importance
  1. Potassium enhances the ability of the plants to resist diseases, insect attacks,     cold and other adverse conditions.
  2. It plays an essential part in the formation of starch and in the production and translocation of sugars, and is thus of special value to carbohydrate-rich crops.
  3. Involves in working of enzymes.
  4. Helps in production and movement of photosynthates to sink.
  5. Helps in proper uptake of other nutrients.
  6. Influences tillering or branching of plant and size and weight of grain.
  7. Over 80 per cent of the absorbed potassium by the plant is found in straw. Need for potassium is most likely to occur on sandy soils.

Calcium 
  1. Calcium combines with pectin in the plant to form calcium pectate, which is an essential constituent of the cell-wall.
  2. It also promotes the activity of soil bacteria concerned with the fixation of free nitrogen or the formation of nitrates from organic forms of nitrogen.
  3. Furthermore, it is necessary for the development of a good root system.
Ca Importance

 Magnesium
Mg Importance
  1. Magnesium is an essential constituent of chlorophyll.
  2. It is usually needed by plant in relatively small quantities. Hence its deficiency in the soil is experienced later than that of potassium.

Sulphur 
  1. It involve in chlorophyll production, protein synthesis and plant function and structure.
  2. Sulphur forms an important constituent of straw and plant stalks.

S Importance

 Iron
Fe Importance
  1. Iron is necessary for the synthesis of chlorophyll.
  2. Mainly a problem in upland soils.

Zinc 
  1. Essential for the transformation of carbohydrates.
  2. Regulates consumption of sugars.
  3. The function of zinc in plants is as a metal activator of enzymes.
  4. Deficiency of zinc in lowland rice occurs in near neural to alkaline soils, particularly in calcareous soils.
  5. Availability of both soil and applied zinc is higher in upland soil than in submerged soil.
  6. Soil submergence causes decrease in zinc concentration in the soil solution.
  7. Rice crop removes 30-40 g Zn per tonne of grain.
Zn Important

 Boron
B Importance
  1. Boron facilitates the translocation of sugars by forming sugar borate complex.
  2. It involves in cell differentiation and development since boron is essential for DNA synthesis.
  3. Also involves in fertilization, hormone metabolism etc.

Copper 
  1. It is an important constituent of plastocyanin (copper containing protein).
  2. It is also a constituent of several oxidizing enzymes.
  3. Important for reproductive growth.
  4. Aids in root metabolism and helps in the utilization of proteins. 
Cu important

 Manganese
Mn important
  1. It is an activator of nitrite reductase and  many respiratory enzymes.
  2. It is necessary for the evolution of oxygen (photolysis) during photosynthesis.
  3. Functions with enzyme systems involved in breakdown of carbohydrates, and nitrogen metabolism.
  4. Soil is a source of manganese.

Silicon 
  1. It is an important element for improving plant health and disease resistance.
  2. It has the potential to significantly decrease the susceptibility of certain plants to both biotic and abiotic diseases.
  3. Beneficial for the growth of paddy.
  4. An adequate supply of silica is essential  for paddy to give a good yield by increasing  the strength and rigidity of cells.
  5. Plant roots take up their silica as silicic acid.
  6. It is possible that the amount taken up by paddy is equal to the amount of silicic acid present in the water the roots absorb, so that the greater the amount of water transpired, the greater their uptake of silica.
Si Important
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Nutritional Disorders
Nutrient Deficiencies and Toxicities

 Nitrogen







N Def

N Tox

LCC
Deficiency Symptoms
  1. Stunted growth and yellowish plants.
  2. Older leaves of whole plants are yellowish green. 
  3. Old leaves sometimes all leaves become light green. 
  4. Deficiency symptoms first appear at the tip and progress along the midrib until the entire leaf is dead.
  5. Tips become chlorotic. Leaves narrow, short, erect and lemon-yellowish green.

Corrective measures
  1. Do not apply large amounts of N to less responsive varieties
  2. Choose suitable plant spacing for each cultivar.
  3. Adjust the number of splits and timing of N applications according to the crop establishment method.
  4. Keep the field flooded to prevent denitrification but avoid N losses from water runoff over bunds immediately after fertilizer application.
  5. Soil application of 25 % excess of recommended N.
  6. Foliar application of Urea 1% at weekly interval till the symptoms disappear

N management in paddy with leaf colour chart (LCC).
  1. Yellowing of leaves in paddy indicates the deficiency of nitrogen, but it is difficult to decide the quantity of nitrogen to be applied based on the extent of yellowing.
  2. The actual requirement of nitrogen by the crop can be correctly assessed by leaf colour chart.
  3. The leaf colour chart consists of 6 -7 green strips, 1st  strip with light green colour and the last  strip (6th  or 7th) with dark green colour, and in between strips (2nd  to 5th) are with varying intensity of green colour.

Use of leaf colour chart
  1. Select fully opened disease free new leaf i.e. third leaf from the top as index leaf in paddy plant for assessing the leaf colour and ten leaves to be selected from ten plants in the field.
  2. Match the colour of the selected leaves by keeping the middle of the leaves on the colour strips of leaf colour chart and assess the colour intensity ( LCC value) during morning hours (8-10 am).
  3. Assess the intensity of leaf colour each time at a particular time by a particular individual.
  4. Take average of two if the leaf colour matches between two colour strips of the chart.
  5. Commence the assessment of  the leaf colour with LCC at 14 DAT in transplanted rice or 21 DAS in direct seeded rice and continue up to flower initiation/heading at an interval of 7-10 days.
  6. Critical LCC value varies with the type of paddy genotypes. LCC critical value is 3.0 in low N response cultures. In Tamilnadu LCC critical value is 3.0 in low N response cultures like White Ponni and 4.0 in other cultivars and hybrids.
  7. Assess the average LCC values of 10 leaf samples. When the average LCC value of ten leaves or when the LCC values of five or more leaves found below the critical LCC limit fixed for that genotype, then top dress nitrogen depending on the crop growth and stage.
  8. If six or more leaves read below the specified threshold value, N can be applied @ 35 kg N/ha in dry season and 30 kg N/ha in wet season per application per ha.  If the value is above the threshold value, there is no need for top dressing during that week.
 Nitrogen toxicity symptoms:

  1. Plants are dark green in colour
  2. Abundant foliage
  3. Restricted root system
  4. Flowering and seed setting may be retarded.

Nitrogen sources
 Farmyard manure, Green manures, Biofertilizers (Rhizobium, AzollaAzospirillum, Azotobacter) Castor cake, Neem cake, Urea, Diammonium phosphate, Ammonium nitrate, Ammonium sulphate.  

Phosphorus 
Deficiency symptoms
  1. Plants stunted with reduced tillering.
  2. Leaves narrow, short, very erect ‘dirty’ dark green.
  3. Older leaves turn brownish red and purple colors develop in leaves.
  4. Stems thin and spindly.
  5. Poor tillering/branching.
  6. Poor root growth.

Corrective measures
  1. Application of phosphobacteria to the soil as seed coating or as seedling dip.
  2. Application on P fertilizer 15-30 kg P/ha. 
  3. Rock phosphate broadcast before flooding when soil pH is low.

Phosphorus sources:
Farmyard manure, Biofertilizers (Phosphate solubilizers) Castor cake, Neem cake,Super phosphate (single),Super phosphate (Double),Super phosphate (Triple), Basic slag, Mussori, Diammonium phosphate (SPIC), Ammonium phosphate (Gromor)

Phosphorus toxicity (Injury due to excess P application)
1. Fixed in soil – not available to plants
2. Leads to Zinc deficiency
P Def

P tox

 Potassium
K Def

K tox
Deficiency symptoms
  1. Dark green plants with yellowish.
  2. Brown leaf margins and brown necrotic spots on the tips of older leaves.
  3. Rusty brown spots on the panicles and poor grain formation.
  4. Weak stem leads to lodging.

Corrective measures:
  1. Soil application of 25% excess of recommended K.
  2. Foliar application of 1% KCL
  3. Spread and incorporate the straw evenly over the field before burning. Ash from burnt straw heaps should also be spread over the field.

Potassium sources
 Farmyard manure, Castor cake, Neem cake, Muriate of potash (KCl), Potassium     sulphate

Injury due to excess K application
  1. Excess of this element tends to delay maturity
  2. Leads to calcium magnesium and iron deficiencies.

Calcium 
Deficiency symptoms

  1. White or bleached, rolled, and curled tips of youngest leaves.
  2. Necrosis along the lateral margins of leaves.
  3. Old leaves turn brown and die.
  4. Stunting and death of growing points

Corrective measures:
  1. Apply farmyard manure or straw (incorporated or burned) to balance Ca removal in soils containing small concentrations of Calcium Fertilizers.
  2. Apply CaCl2 or Ca containing foliar sprays for rapid treatment of severe Ca deficiency.
  3. Apply gypsum in Ca deficient high pH soils,e.g., on sodic & high K soils.
  4. Apply lime on acid soils to raise pH and Ca availability.
  5. Apply pyrites to mitigate the effects of NaHCO3- rich water on Ca uptake.

Calcium sources:
Farmyard manure, Calcium chloride. Gypsum, dolomite, lime, pyrites, single superphosphate or triple superphosphate.

Ca def

 Magnesium

Mg Def

Deficiency symptoms:
  1. Leaf chlorotic with white tips.
  2. Pale-colored plants with orange-yellow interveinal chlorosis on older leaves and later on younger leaves.
  3. Chlorosis progresses to yellowing and finally necrosis in older leaves in severe cases wavy and droopy leaves.
  4. Reduced number of spikelets and grain quality.

Corrective measures:
  1. Rapid correction of Mg deficiency symptoms is achieved by applying a soluble Mg source such as kieserite or Mg chloride.
  2. Foliar application of liquid fertilizers containing Mg (e.g.,Mgcl 22%)

Magnesium sources:
Farmyard manure, Magnesium chloride, dolomite.

Sulphur 
Deficiency symptoms:
  1. Yellowing or pale green whole plant.
  2. Young leaves chlorotic or light green colored with the tips becoming necrotic.
  3. Lower leaves not showing necrosis.
  4. Leaves pale yellow.
  5. Effect on yield is more pronounced when S deficiency occurs during vegetative growth.

Corrective measures:
  1. Incorporate straw instead of completely removing or burning it. About 40-60% of the S contained in straw is lost during burning.
  2. Carry out dry tillage after harvesting, to increase the rate of sulfide oxidation during the follow period.
  3. Applying 15-20 kg S ha-1 gives a residual effect that can supply the S needed for two subsequent rice crops.

Sulphur sources:
Ammonium sulfate, Single superphosphate, Potassium sulfate, gypsum and S-coated urea.
S def

S tox

 Iron
Fe Def

Fe Tox
Deficiency symptoms:

  1. Interveinal yellowing.
  2. Chlorosis of whole leaves and emerging leaves.
  3. Entire plants becomes chlorotic.

Corrective measures:
  1. Apply solid FeSO4 (30 kg Fe/ha) next to rice rows or broadcast.
  2. Foliar applications of FeSO4 (2-3% solution) 2-3 applications at 2 week intervals.
  3. Use acidifying fertilizers (e.g., ammonium sulfate instead of urea) on high-pH soils.
  4. Grow tolerant cultivars for low soil Fe availability.

Iron sources:
Soluble ferrous sulfate (20-33% Fe), ferrous ammonium sulfate (14% Fe), and iron chelates (5 to 14% Fe).

Zinc 
Deficiency symptoms:
  1. Dusty brown spots on upper leaves.
  2. Stunted growth of plants.
  3. Decreases  tillering and increase spikelet sterility.
  4. Leaf base of younger leaves become chlorotic brown and blotches/streaks on lower leaves.

Corrective measures:
  1. Broadcast ZnSO4 in nursery seedbed.
  2. Dip seedlings or presoak seeds in 2-4% ZnO suspension.
  3. It is enough to apply 12.5 kg zinc sulphate /ha, if green manure (6.25 t/ha) or enriched FYM, is applied.
  4. Apply 25 kg of zinc sulphate with 50 kg sand before transplanting.
  5. Apply 5-10 kg Zn ha-1 as Zn sulfate, apply 0.5 – 1.5 % ZnSO4/ha as a foliar spray at tillering (25-30 DAT), 2-3 repeated applications at intervals of 10-14 days.
  6. Zn chelates (e.g., Zn-EDTA) can be used for foliar application.

Zinc sources:
Zinc sulfate, Zinc carbonate, Zinc chloride, Zinc chelate, Zinc oxide.

Zinc toxicity symptoms:
Excess zinc commonly produces iron chlorosis in plants.

Zn def

Zn tox

 Aluminium
Al Tox
Toxicity symptoms:
  1. Orange-yellow interveinal chlorosis on leaves followed by leaf tip death and leaf margin scorch.
  2. Necrosis of chlorotic areas during severe Al toxicity.
  3. Stunted and deformed roots in susceptible cultivars.
Corrective measures:
  1. Delay planting until pH has increased sufficiently after flooding (to immobilize Al).
  2. Plant Al-tolerant cultivars (IR43, CO 37, and Basmati 370) which accumulate less Al in their foliage and take up and use Ca and P efficiently in the presence of Al.
  3. Apply 1-3 t lime/ha to raise pH.


Boron 
Deficiency symptoms:
  1. White and rolled leaf tips of young leaves.
  2. Reduction in plant height.
  3. Death of growing points, but new tillers continue to emerge during severe deficiency.
  4. Plants unable to produce panicles if affected by B deficiency.

Corrective measure:
  1. Avoid excessive leaching (percolation).
  2. Apply B in soluble forms (borax) for rapid treatment of B deficiency (0.5-3 kg B/ ha), broadcast and incorporated before planting, top dressed or as foliar spray during vegetative rice growth.

Boron sources:
Anhydrous borax, Fertilizer borate, borax.

 Toxicity symptoms:
  1. Chlorosis of tips and margins of older leaves as initial symptoms.
  2. Dark brown elliptical spots on discolored areas two to three weeks later followed by browning and drying up.
  3. Necrotic spots prominent at panicle initiation.

Corrective measures:
  1. Plant B-toxicity tolerant varieties (e.g., IR42, IR46, IR48, and IR 54).
  2. Use surface water with a low B content for irrigation. 
  3. Plough when the soil is dry so that B accumulates in the topsoil. Leach with water containing a small amount of B.

B def

B Tox

 Copper
Deficiency symptoms:
  1. Leaves develop chlorotic streaks on either side of the midrib.
  2. Dark brown necrotic lesions on leaf tips, Leaves often bluish green and chlorotic near the leaf tip.
  3. New leaves do not unroll and the distal parts of leaves maintain a needle like appearance.
  4. Reduced tillering and increased spikelet sterility

Corrective measures:
  1. Dip seedling roots in 1% CuSO4 suspensions for 1 hr before transplanting.
  2. Avoid overliming of acid soils because it may reduce Cu uptake.
  3. On Cu-deficient soils, apply CuO or CuSO4(5-10 kg Cu/ha at 5-year intervals) for long-term maintenance of available soil Cu (broadcast and incorporate in soil).

Copper sources:
Cupric sulfate, Cu oxide

Manganese 
Deficiency symptoms:
  1. Pale greyish green interveinal chlorosis spreads from the tip to the leaf base.
  2. Necrotic brown spots develop later and leaf becomes dark brown.
  3. Newly emerging leaves short, narrow and light green.
  4. Deficient plants shorter, with fewer leaves, weigh less, and smaller root system at tillering.

Corrective measures:
  1. Apply MnSO4 or finely ground MnO (5-20 kg Mn/ha) in bunds along rice rows.
  2. Apply foliar MnSO4 for rapid treatment of Mn deficiency(1-5 kg Mn/ha in about 200 L water/ha).
  3. Use acid-forming fertilizers, e.g., ammonia sulfate [(NH4)2SO4] instead of urea.

Manganese sources: Mn sulfate,Mn chloride

Toxicity symptoms:
  1. Yellowish brown spots between leaf veins, extending to the whole interveinal area.
  2. Brown spots on veins of lower leaf blades and leaf sheaths.
  3. Leaf tips dry out eight weeks after planting.
  4. Chlorosis of younger (upper) leaves, with symptoms similar to those of Fe chlorosis.
  5. Stunted plants, reduced tillering and sterility results in reduced grain yield.

Corrective measures:
  1. Coat seeds with oxidants (e.g., Ca peroxide) to improve germination and seedling emergence by increasing the supply of O2.
  2. Apply lime on acid soils to reduce the concentration of active Mn.
  3. Mn uptake is reduced in the presence of ammonia.

Mn def

Mn tox

 Silicon
Si DefDeficiency symptoms:
  1. Leaves and culms become soft and droopy thus increasing mutual shading.
  2. Reduces photosynthetic activity.
  3. Severe Si deficiency reduces the number of panicles m2 and the number of filled spikelets per panicle.
  4. Si-deficient plants are particularly susceptible to lodging.

Corrective measures:
  1. For more rapid correction of Si deficiency, granular silicate fertilizers should be applied: Calcium  silicate 120-200 kg/ha , Potassium silicate 40-60 kg/ha.
  2. In the long term, Si deficiency is prevented by not removing the straw from the field following  harvest. Recycle rice straw (5-6% Si) and rice husks (10% Si).
  3. Avoid applying excessive amounts of N fertilizer, which increases yield and total uptake of N and Si, but also decreases the Si concentration in straw because of excessive biomass growth.
Silicon sources:
Calcium silicate, potassium silicate, blast furnace slag.

Sodium
Toxicity symptoms:
  1. Leaves short, narrow and brittle.
  2. Leaves initially show dark green colour, later become bleached and turn yellow to pink and necrotic

Corrective measures:
Soil application of gypsum at 100-200 kg/ha and leach with water.

Sulphur
Toxicity symptoms:
  1. Interveinal chlorosis of emerging leaves.
  2. Coarse, sparse, dark brown to black roots.
  3. Fresh uprooted rice has poorly developed root systems with many black roots.
  4. Increased occurrence of diseases.
Corrective measures:
  1. Apply K, P, and Mg fertilizers.
  2. Apply Fe (salts, oxides) on low-Fe soils to increase immobilization of H2S as FeS.
  3. Avoid continuous flooding and use intermittent irrigation in soils that contain large concentrations of S.
  4. Carry out dry tillage after harvest to increase S and Fe oxidation during the fallow period.
Top

Organic Manures
(1) Green Manuring
(2) Biofertilizer
(3) Organic Manuring Practices

Green Manuring
Green Manure 

Green ManuresSeed rate (kg/ha)Green biomass (t/ha)
Sithagathi (Sesbania speciosa)30 – 4015-18
Dhaincha (Sesbania aculeata)5025
Manila Agathi - Sesbania rostrata4020
Sunnhemp (Crotalaria juncea)25-3513-15
Wild Indigo (Tephrosia purpurea)15-206-7
greenmanure

 Green Leaf Manures
GlyricidiaPungam

NeemSesbania grandiflora
  • Glyricidia (Glyricidia maculata Syn. G.sepium)
  • Pungam (Derris indica Syn. Pongamia glabra)
  • Ipomoea cornea
  • Neem (Azadirachta indica)
  • Sesbania grandiflora

Advantages of green Manuring
  1. Green manuring builds up soil structure and improves tilth.
  2. Improves aeration in rice soils by stimulating activities of surface film of algae and bacteria.
  3. Harbour N fixing bacteria, rhizobia in root nodules and fix atmospheric N (60 to 100 kg N/ha).
  4. Promotes formation of crumbs in heavy soils leading to aeration and drainage.
  5. Vitamin and protein content of rice increased.

Biofertilizer
  1. Biofertilizers are ready to use live formulates of such beneficial microorganisms which on application to seed, root or soil mobilize the availability of nutrients by their biological activity in particular, and help to build up the micro-flora and in turn the soil health in general.
  2. Bio-fertilizers are eco friendly and are environmentally safe.
  3. They form not only part of integrated nutrients but are of low cost.
  4. The bio-fertilizers used for rice crop are azolla, Blue green algae,  Azotobacter, Azospirillum, Phosphobacteria, Phosphate solubilisers and Mycorhiza.

Azolla 

  1. Azolla is a fresh water fern.
  2. 0.5 -1 t of biomass of azolla /ha is used for paddy in two ways either as green manure before transplanting, or as dual crop in 7 DAT.
  3. It releases the nitrogen to the rice crop only after complete decomposition (8-10 days).
  4. It also enhances the availability of phosphorus than chemical fertilizer on 40th day besides improving the C:N ratio of soils.

 Blue green algae
Blue green
  1. These are photosynthetic prokaryotic microorganisms capable of fixing atmospheric nitrogen.
  2. It can be applied to rice crop at 10 kg/ha on 10 DAT. ‘Algalisation’ increases the nitrogen content of both grain and straw besides increasing soil fertility.
  3. It can fix 20-30 kg N/ha.

Azotobacter 

  1. Azotobacter is a free living nitrogen fixing bacteria.
  2. It can be applied to rice through seed or seedling or soil.
Azotobacter

 Azospirillium
AzospirillumInoculation with Azospirillum promotes early tillering and also the growth of rice and significantly increases filling rate of grain and the grain weight per plant at harvest.


Phosphobacteria 
  1. A large proportion of the phosphatic fertilizer applied to soil is fixed by conversion into insoluble forms of phosphorus which is not available to plants.
  2. Only 20-25 per cent of phosphorous is available to plants. This insoluble and unavailable phosphorus remains unutilized by plants in soil.
  3. The bacteria, which dissolve the undissolved form of phosphorus is called  'Phosphobacteria'.
  4. The organic acids produced by phosphobacteria dissolve the insoluble (fixed) form of  phosphorous in soil and make it available to plants.
Phosphobacteria

Azospirillium,Phosphobacteria,Azotobacter
Number of packets/hectare is
Method of applicationNumber of Packets/ha
Seed treatment5
Nursery application10
Seedling dip5
Main field (Soil application)10
Total30

 Mycorrhiza
Mychorriza
  1. It occurs naturally in low land and upland rice. It mobilizes the phosphorus required by rice.
  2. It also provides nutrients such as iron, zinc, copper, manganese etc.
  3. Endomycorrhiza are obligate symbionts and can be maintained only on live plants inoculated with spores of a species and collecting the pieces of roots with soil.
  4. The root biomass heavily infected by a specific mycorrhizal fungus serves as the inoculum for subsequent plots.


Phosphate Solubilisers 
  1. This type of biofertilizers solubilises phosphates in the soil and render them in available form for low land and upland rice.
  2. Bacteria like Bacillus megatherium var phosphaticum, Bacillus polymixa,  Pseudomonas fluorscens, Pseudomonasstriata fungi like Pencillium digitatum, Aspergillus niger, Aspergillusawamori were found to have a strong phosphate dissolving ability.
  3. For semi-dry rice, hardened seeds are treated with Pseudomonas fluorscens 10g/kg of seed.
Phosphate solubiliser

 Methods of application of Biofertilizer
dipseed
  1. Bacterial biofertilizers are supplied as carrier based inoculants.
  2. Peat or lignite is used as carrier material.
  3. Carrier based bacterial inoculants are applied by the following methods.
  4. Seed treatment.
  5. Seedling root dip and
  6. Main field application

Seed Treatment 
  1. One package of the inoculant is mixed with 200ml of rice kanji to make slurry.
  2. The seeds required for an acre are mixed in the slurry so as to have a uniform coating of the inoculant over the seeds and then shade dried for 30 minutes.
  3. The shade dried seeds should be sown within 24 hours.
  4. One packet of the inoculant (200g) is sufficient to treat 10 kg of seeds.
seed_ treatment

 Seedling Root Dip
seed dip
  1. This method is used for transplanted crops.
  2. Two packets of the inoculant is mixed in 40 litres of water.
  3. The root portion of the seedlings required for an acre is dipped in the mixture for 5 to 10 minutes and then transplanted.

Main field Preparation 
Four packets of the inoculant is mixed with 20 kgs of dried powdered farm yard manure and broadcast in one acre of main field just before transplanting. FYM

 Combained application of Bacterial Biofertilizers
soilappPhosphobacteria can be mixed with Azospirillum. The inoculants should be mixed in equal quantities and applied as mentioned above.

Organic Manuring practices
TamilNadu 
  1. In nursery, apply 1 tonne of fully decomposed FYM or compost to 20 cents nursery and spread the manure uniformly on dry soil.
  2. In main field, apply 12.5 t of FYM or compost or green leaf manure @ 6.25 t/ha.
  3. If green manure is raised @ 20 kg /ha in situ, incorporate it to a depth of 15 cm using a green manure trampler or tractor.
  4. In the place of green manure, press-mud / composted coir-pith can also be used.
FYM_n
Green_ Manure

 Kerala
Cowpea_k
  1. Apply organic manure in the form of farmyard manure or compost or green leaf @ of 5 t/ha and incorporate into the soil while ploughing.
  2. Cowpea may be raised as an intercrop in dry seeded low land (semi-dry) rice by sowing 12.5 kg seed/ha along with rice to serve as a source of green manure.
  3. When the rice field gets submerged with the onset of southwest monsoon, cowpea at the age of about six weeks and at active vegetative stage decays and gets self-incorporated in the soil adding substantial quantity of green manure.
  4. Such a system of concurrent growing of cowpea also reduces weed pressure in semi-dry rice.

Karnataka 
Drill sown paddy :
  1. Sow sunhemp green manure seeds @10kg/ha mixed with paddy seeds.
  2. Carry out hodta operation (Planking) in standing water after 40 DAS for in situ incorporation of sunhemp in the soil which will decompose easily and early and add to organic matter to the soil maintaining the soil fertility.
    (OR)
  1. Ex situ incorporation of green leaf manuring of Eupatorium/parthenium/cassia and other weeds green material @ 5 t/ha in between the two paddy rows by carrying out hodta operation.
  2. Provides only 50% nutrients to maintain good yield.

Transplanted paddy:
Sow green manure seeds of Sesbania rostrata (@ 25kg/ha) along with the application of entire P2O5 recommended for paddy, eight weeks before transplanting of paddy, then in situ incorporate the green manure crop by carrying out hodta operation ( Planking) seven weeks after sowing. Transplant paddy seedlings after one week of incorporation along with the application of 50% recommended nitrogen for paddy.
Incor_ Sesbania

Sow _sunhemp
 Top


Fertilizer Requirements
(1) Fertilizer Requirements
These products are quick acting, even in cool soils and they are inexpensive. They are the most effective means of increasing crop production and supplement nutrient supply in the soil, especially to correct yield-limiting factors.

(1) a)Tamil Nadu
Transplanted Puddled Low Land Rice
 
Blanket recommendation (Kg/ha) – 150:50:50
tbltransplanted
In nursery, before the last puddling apply basal application of DAP (40 kg) is recommended when the seedlings are to be pulled out in 20-25 days after sowing. For clay soils where root snapping is a problem, 4kg of Gypsum and 1 kg of DAP per cent can be applied at 10 DAS.

Direct wet seeded puddled lowland rice, Dry seeded rainfed un-puddled lowland rice and Rainfed upland rice 
Blanket recommendation (Kg/ha) – 50:25:25

tbldirectseed

Semidry System-Dry seeded rice in un-puddled low land 
Blanket recommendation (Kg/ha) –:75:25:37.5

tblsemidry

(b) Kerala
 
tblkerala
Stages of application:

1. For short duration varieties, N is applied in three equal splits viz., basal, active tillering, and active panicle initiation     stages. The recommended P is fully applied as basal. K is applied in two equal splits viz., basal and active panicle     initiation stages.
2. For medium and long duration varieties, N are applied in two equal splits viz., basal and active panicle initiation     stages. The recommended P is fully applied as basal. K is applied in two equal splits viz., basal and active panicle     initiation stages.
3. For direct seeded crop, the basal application should be done one week after sowing.

(c) Karnataka
 
tblkarnataka
Zone 1 - North Eastern Transition Zone   
Zone 2 - North Eastern Dry Zone
Zone 3 - Northern Dry Zone
Zone 4 - Central Dry Zone
Zone 5 - Eastern Dry Zone
Zone 6 - Southern dry Zone
Zone 7- Southern Transition Zone
Zone 8 - Northern Transition Zone
Zone 9 - Hill Zone
Zone 10 - Coastal Zone


(2) Method of Fertilizer application
Soil application
 
Basal application
  1. Apply 25 % recommended dose of N and K as basal.
  2. P may be applied fully as basal and incorporated.
  3. Apply 25 kg of zinc sulphate mixed with 50 kg dry sand just before transplanting.
  4. Apply 500 kg of gypsum/ha (as source of Ca and S nutrients) at last ploughing.

Top dressing

Apply 25 % recommended dose of N and K each as top dressing at active tillering, panicle initiation and heading stages.
soil application

 Foliar Nutrition in paddy
foliar application of nutrients
  1. In recent year’s soluble fertilizers otherwise known as foliar fertilizers like Polyfeed and Multi 'K' were introduced in rice growing states.
  2. Polyfeed contains 19: 19: 19 NPK with 6 micro-nutrients like iron, manganese, boron, zinc,  copper and molybdenum, while multi K contains 13: 0: 46 NPK.
  3. These fertilizers provide nutrients to the plant by foliar application as these  fertilizers are completely soluble in water.
  4. These fertilizers have no other impurities like sodium and chloride and they are 100 % nutrients and these nutrients are easily absorbed through the leaves.
  5. In certain occasions like prolonged drought, there is no scope to apply fertilizers to the soil for want of moisture. Like wise in flooded conditions due to continuous rains fertilizers could not be applied to the soil. In such special circumstances these soluble fertilizers are must to protect the crop against hunger and this forms a compulsory act of crisis management.
  6. And the foliar application of Speciality fertilizers plays an important role in supplying the nutrients at critical stages of flowering and grain formation.
  7. Under special conditions of drought and waterlogging, apply N as foliar spray.
  8. Urea may be applied as a low volume spray at 15% concentration using power sprayer or at 5% concentration using a high volume sprayer, the quantity applied in one application being limited to 15 kg/ha.
  9. Foliar spray of Urea (10 g/lit) + DAP (20 g/lit) + KCl (10 g/lit) at PI and 10 days later for all  varieties.
  10. If deficiency symptom appears, foliar application of 0.5% Zinc sulphate + 1.0% urea can be given at 15 days interval until the Zn deficiency symptoms disappear.

Growth Regulators 
  1. Foliar spray of Brassinosteriods 0.3 ppm at Panicle Initiation and Flowering stages increased the grain yield.
  2. For increasing the rooting under broadcast method of planting, soaking roots in 25 ppm Induction of better rooting for early establishment in rice, root dipping for 16 hours in thiamin solution.
spraying of growth regulator
Top


 Integrated Nutrient Management (INM)
greenmanureIntegrated nutrient management (INM) aims at reducing the chemical fertilizer applied and improving its efficiency through combined use of different sources of plant nutrients such as
Fertilizers,
1. Organic manures,
2. Green manures,
3. Crop residues,
4. Biofertilisers and
5.Industrial wastes / soil conditioners in balanced proportions, depending on their availability and suitability in a specific rice ecosystem.

Sources of nutrients:
1. Organic manures / compost – 12.5 t of FYM
2. Green manures / green leaf manures / crop residues - 6.25 t/ha
3. Fertilizers – Apply blanket recommendation as per the ecosystem.

Biofertilizers:
1. Azolla –as green rmanure @ 6t /ha, as dual crop (0.5 t/ha) in 7 DAT
2. Blue green algae - 10 kg/ha on 10 DAT
3. Azotobacter /Azospirillium /Phosphobacteria  - 10 packets (soil application)
4. Azophos – 20 packets (soil application)

Micronutrients:
  1. Apply 25 kg of zinc sulphate mixed with 50 kg dry sand just before transplanting.
  2. It is enough to apply 12.5 kg zinc sulphate /ha, if green manure (6.25 t/ha) or enriched FYM, is  applied.
  3. If deficiency symptom appears, foliar application of 0.5% Zinc sulphate + 1.0% urea can be given at 15 days interval until the Zn deficiency symptoms disappear.
  4. Dip roots of the seedlings in 1% Zinc sulphate solution for one minute before transplanting.

16 Of The Most Magnificent Trees In The World

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16 Of The Most Magnificent Trees In The World

How do I love thee, tree? Let me count the ways; you change carbon dioxide into the oxygen we breathe, you sequester carbon, and you provide shelter for countless critters. There are many reasons for which we should all be tree-hugging hippies, but within the scope of this article, all we’ll focus on is how amazing some of them look.
Granted, not all of these amazing beautiful trees are trees (the Wisteria is a vine, Rhododendrons are shrubs, and bamboo technically belongs to the grass family), but we’ll give them a pass because they are amazing, huge and beautiful. So once you step outside and take a breath of fresh air, hug the nearest tree and say thank you!
If you know of an amazing tree not on this list, you can submit it at the bottom of this post.

125+ Year Old Rhododendron “Tree” In Canada

This huge 125-year-oldold rhododendron is technically not a tree – most are considered to be shrubs. You can find out more about it here. (Image credits: reddit)

144-Year-Old Wisteria In Japan

Image credits: tungnam.com.hk
At 1,990 square meters (about half an acre), this huge wisteria is the largest of its kind in Japan. Read more about it here. (Image credits: y-fu)

Wind-Swept Trees In New Zealand

These trees on Slope Point, the southern tip of New Zealand, grow at an angle because they’re constantly buffeted by extreme antarctic winds. Find out more here. (Image credits: Seabird Nz)

Beautiful Japanese Maple In Portland, Oregon


Image credits: Tom Schwabel

Antarctic Beech Draped In Hanging Moss In Oregon

The antarctic beech is native to Chile and Argentina, though this specimen is from the U.S.’ North Pacific region. (Image credits: Drew Hopper)

Blooming Cherry Trees in Bonn, Germany

This beautiful tunnel of cherry blossoms blooms in Bonn, Germany in April. To see more tunnels like this one, . (Image credits: Adas Meliauskas)

Angel Oak In John’s Island In South Carolina

The Angel Oak in South Carolina stands 66.5 ft (20 m) tall and is estimated to be more than 1400 or 1500 years old. (Image credits: Daniela Duncan)

Flamboyant Tree, Brazil

The flamboyant tree is endemic to Madagascar, but it grows in tropical areas around the world. (Image credits: Salete T Silva)

Dragonblood Trees, Yemen

The dragonblood tree earned its fearsome name due to its crimson red sap, which is used as a dye and was used as a violin varnish, an alchemical ignredient, and a folk remedy for various ailments. (Image credits: Csilla Zelko)

The President, Third-Largest Giant Sequoia Tree In The World, California

President, located in Sequoia National Park in California, stands 241 ft (73m) tall and has a ground circumference of 93 ft (28m). It is the third largest giant sequoia in the world (second if you count its branches in addition to its trunk). (Image credits: Michael Nichols)

Maple Tree Tunnel in Oregon

Image credits: Ian Sane

Rainbow Eucalyptus In Kauai, Hawaii

Image credits: jwilsonnorton
The rainbow eucalyptus, which grows throughout the South Pacific, is both useful and beautiful. It is prized for both the colorful patches left by its shedding bark and for its pulpwood, which is used to make paper. (Image credits: Christopher Martin)

Jacarandas in Cullinan, South Africa

These beautiful Jacarandas, with their violet flowers, grow in South Africa. (Image credits: Elizabeth Kendall)

Avenue Of Oaks At Dixie Plantation In South Carolina

This avenue of oak trees was planted some time in the 1790s on Dixie Plantation in South Carolina. (Image credits: Lee Sosby)

Baobab Trees In Madagascar

These baobabs in Madagascar are excellent at storing water in their thick trunks to use during droughts. (Image credits: confitalsurf)

The Dark Hedges In Northern Ireland

Image credits: Stephen Emerson
Ireland’s Dark Hedges were planted in the 18th century. This stunning beech tree tunnel was featured on Game of Thrones as well. Read more about it here. (Image credits: Christopher Tait)

MEDAL STANDINGS

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MEDAL STANDINGS

RankNationsMenWomenMixedTotalTotal
Gold Silver Bronze Gold Silver Bronze Gold Silver Bronze Gold Silver Bronze
1ENG302630232924543585957174
2AUS222320261923103494246137
3CAN1341119102302032163482
4SCO1371067701219151953
5IND91796131000015301964
6NZL791174601014141745
7RSA971322421013101740
8NGR25896600011111436
9KEN4626430001010525
10JAM513535000104822
11SIN34251100185417
12MAS33224410067619
13WAL111341070005112036
14CYP2300120002428
15NIR22401300023712
16PNG1001000002002
17CMR0001330001337
18UGA1030010001045
19GRN1010000001012
20BOT1000000001001
20KIR1000000001001
22TTO0240110000358
23PAK0310000000314
24BAH0110100000213
24SAM0010200000213
26NAM0100020000123
27MOZ0000110000112
27MRI0100010000112
29BAN0100000000101
29IOM0100000000101
29NRU0100000000101
29SRI0100000000101
33GHA0020000000022
33ZAM0020000000022
35BAR0010000000011
35FIJ0000010000011
35LCA0000010000011

As of 03 August / 17:26


LATEST MEDALLISTS
CompetitorNationsEventMedal
N. MATTHEWENGMen's Doubles Gold Medal Match
A. GRANTENGMen's Doubles Gold Medal Match
C. PILLEYAUSMen's Doubles Gold Medal Match
D. PALMERAUSMen's Doubles Gold Medal Match
C. TRIYACHARTSINMen's Doubles G

Diabetes – Myths & Facts

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Diabetes mellitus is a very common disease, one of the most widespread chronic health conditions in the world. At least 50% of all diabetics are unaware of their condition; and in some countries, this figure may reach 80%. Upto 11% of India’s urban population and 3% of the rural population above the age of 15 have diabetes. But, the good news is that upto 80% of type-2 diabetes cases can be prevented by lifestyle changes like adopting a healthy diet and increasing physical activity.

Diabetes – Myths & Facts

Diabetes – Myths & Facts Diabetes – Myths & Facts
Diabetes is a contagious disease…Eating too much of sugar causes Diabetes…If you have Diabetes then you can never eat sugar…If you don’t have a family history of Diabetes then you will never get Diabetes…Insulin cures Diabetes…and the list goes on.
Can you differentiate between the myths and facts related to diabetes? If no, then you are the one amongst those diabetics who is lost in the huge list of these myths. So, get yourself acquainted with the diabetes facts so that the next time you can decide what is right for your health.

Some Common Myths & Facts…
Myth: Eating too much sugar causes diabetes.
Fact: Diabetes is not caused by eating too much sugar. Type 1 diabetes is caused by a destruction of the insulin-producing cells of the pancreas, which is not related to sugar consumption. Type 2 diabetes results from the body’s inability to respond to insulin normally. The tendency to get type 2 diabetes is genetically inherited in most cases. With a guided exercise regime and following a planned diet, the average person can eat sweets in limited quantities.

Myth: Diabetes is a contagious disease.
Fact: Diabetes is not contagious. Diabetes is an endocrine disease and is caused due to problem with the amounts of insulin produced by the beta cells in the pancreas. Diabetes tends to have an inherited trait that runs in families.

Myth: If you are a diabetic then you can never eat sugar again.
Fact: The management of carbohydrate intake (not just sugar) is a critical part of diabetes management as diabetes affects the entire body. Diabetics can eat sweets, but sugary treats must be part of a careful meal plan along with a balanced medication and exercise regime. This will help you keep your blood sugar levels near normal, feel healthy and prevent long term complications.

Myth: Children with diabetes can never eat sweets.
Fact: Children having diabetes can eat a certain amount of sugary food as part of a balanced diet, but they need to control the total amount of carbohydrates intake, which includes sugary treats. As sweets provide no real nutritional value other than calories, they should be limited but not necessarily eliminated.

Myth: If you are good in maintaining your blood glucose levels and if you feel fine then you don’t have to go for check ups.
Fact: High or low blood sugar doesn’t always produce symptoms. Regular monitoring is the only way to know your blood sugar levels. Diabetes is always serious. You need to take proper medications along with appropriately planned diet and exercise. You may be good in maintaining it but that is no reason to escape regular health checkups.

Myth: Diabetics can feel whether their blood sugar levels are high or low.
Fact: There is no way for sure that will tell you your blood glucose levels except for testing them. A person with diabetes may feel physical symptoms (such as extreme thirst, weakness, or fatigue) if blood sugar levels are high or low. But some people may not show symptoms when their blood glucose is too high or low. And also as some of the symptoms of high and low blood glucose are similar, it may be difficult to know what these symptoms mean. The only way to be sure is to check your blood glucose levels.

Myth: High blood sugar levels are normal for some people and they aren't really a sign of diabetes.
Fact: High blood sugar levels are never normal. Certain conditions and certain medications may temporarily raise the blood sugar levels in people without diabetes. But people who have higher than normal blood sugar levels or sugar in their urine should be checked for diabetes by a doctor.

Myth: It’s possible to have just ‘slight’ diabetes.
Fact: There is nothing like ‘slight’ diabetes. Either you will have diabetes or you won’t. Any diabetic condition (type-1 or type-2) demands medical attention and careful lifestyle choices.

Myth: If you don’t have a family history of diabetes then you won’t get it.
Fact: Diabetes tends to be an inherited trait that runs in families. It increases the chances of some people of developing diabetes than the others. But plenty of people diagnosed with the disease don’t have a family history of diabetes. Weight and lifestyle are factors playing a major role in someone acquiring diabetes.

Myth: Diabetes is not easy to control.
Fact: Diabetes is metabolic disorder which is not curable. But it can be controlled when patients properly manage their meals, exercise, and take the right medications. With the proper guidance and education, patients can prevent and/or minimize many of the more serious complications that diabetes causes.

Myth: Insulin cures diabetes.
Fact: Diabetes is a metabolic disorder and diabetes is not a curable disease. Taking insulin helps in managing diabetes, but does not cure it. Insulin helps in utilizing the glucose in the body to be used for producing energy. This helps in keeping the blood sugar levels under control, but taking insulin doesn't correct the underlying cause.

Myth: All people with diabetes need to take insulin always.
Fact: All people with type 1 diabetes have to take insulin injections as their pancreases don’t produce insulin. Some, but not all, people with type 2 diabetes have to take insulin with or without pills to manage their blood sugar levels as advised by their physician.

Myth: Tablets or pills for diabetes are a form of insulin.
Fact: Diabetes medicines taken orally are not a form of insulin. Insulin is a protein that would be broken down or destroyed by the acids and digestive enzymes in the stomach and intestines if taken orally. Insulin is delivered via injections, inhalers or patches but not orally.

Myth: Taking more insulin means your diabetes is getting worse.
Fact: Many factors affect blood sugar levels like diet, exercise, and also, the time of the day. Therefore, insulin doses are required to be continuously adjusted to help a person keep his or her blood sugar levels in a healthy range. Your doctor will guide you with the right insulin dosages.

Myth: Children can outgrow diabetes.
Fact: Children never outgrow diabetes. In cases of type 1 diabetes, the cells of the pancreas that produce insulin are destroyed. Once they are destroyed, they will never produce insulin again. Kids with type 1 diabetes will always need to take insulin (until a cure is found). Although in kids with type 2 diabetes, an improvement in their blood sugar levels may be seen after puberty or with lifestyle adjustments, they will probably always have a tendency toward having high blood sugar levels, especially if they are physically inactive or gain too much weight.
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