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STRONG ACTION WILL BE TAKEN IAS officers petition Modi, want CBI probe into DK Ravi's death

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AS officers petition Modi, want CBI probe into DK Ravi's death

  • Agencies, New Delhi
  • |
  • Updated: Mar 19, 2015 13:13 IST

DK Ravi’s wife and family members pay their last respects in Bengaluru on Tuesday. Kashif Masood/HT photo


Several Indian Administrative Service officers in Karnataka have signed an online petition addressed to Prime Minister Narendra Modi seeking a probe by the Central Bureau of Investigation into the death of their colleague DK Ravi, reports said on Thursday.
At least 13.58 lakh people have signed the online campaign, undertaken by a voluntary trust Uttishta Bharata, so far.
Ravi was found hanging from a ceiling fan on Monday at his Bengaluru apartment. The police has said it's "prima facie a case of suicide" and the Karnataka government has so far rejected the demand and asserted that the CID of the state police is capable of handling the investigation in the case.
Additional chief secretary (environment, forest and ecology) M Madana Gopal told Press Trust of India said the case should be handed over to the CBI for inquiry even as there are attempts from some quarters to assassinate the character of the IAS officer.
"As bureaucrats we all want to know what was the cause of his death," Gopal said.
Gopal, however, said in no way he was questioning and doubting the credentials of state-run investigating agencies.
"This does not mean we, IAS officers, are against and suspecting the abilities of the state investigative agencies. They are able, but this case is of different genre and should be given to an independent agency," the IAS officer said.
Ravi, who had earned a reputation for being upright, had recently taken over as joint commissioner of commercial taxes and was investigating real estate majors and big jewellers for alleged tax evasion and had conducted several big raids. He had also taken on the sand mafia as deputy commissioner of Kolar district.
Ravi was chasing builders in the city who had been evading taxes for years, one of his colleagues told HT on the condition of anonymity. The same source also said that Ravi had collected more than Rs 100 crore in outstanding tax dues from the builders.
Among the real estate companies he pursued were the Embassy Group, partly owned by state home minister KJ George, and Sobha Developers, which has close links with former minister DK Shivakumar, Ravi's colleagues told HT.
The call by the IAS officers for a CBI intervention has come amid similar demands by opposition parties as well as Ravi's family.
Sticking to their guns, opposition parties in the Karnataka assembly had continued their dharna for the second day on Wednesday demanding a CBI probe. The parents of the officer too sat in protest outside the assembly a day after they performed the last rites for their 35-year-old younger son.
On Thursday, the Bharatiya Janata Party (BJP) said that a probe by the central probe agency is crucial in the case as Ravi was fighting against vested interests.
"There are many questions that are arising in this matter as to why the officer took such an extreme step. IAS officer DK Ravi was fighting against vested interests and a CBI inquiry is important to bring out truth," said party spokesperson Nalin Kohli.
A delegation of BJP MPs led by Union law minister Sadananda Gowda met home minister Rajnath Singh in New Delhi on Wednesday and insisted for a CBI probe.
After meeting Singh, Gowda, a former chief minister of Karnataka, accused the Congress government in state of trying to "hush up" the case by making it look like a "suicide".
On Wednesday, lawyers too had staged a protest demanding that the Karnataka government handover the probe into the officer's death to the CBI.

Local Weather Report and Forecast For: Kakinada Dated :Mar 19, 2015

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ocal Weather Report and Forecast For: Kakinada    Dated :Mar 19, 2015
Kakinada
Past 24 Hours Weather Data
Maximum Temp(oC)35.0
Departure from Normal(oC)0
Minimum Temp (oC)23.6
Departure from Normal(oC)-1
24 Hours Rainfall (mm)NIL
Todays Sunset (IST)18:12
Tommorows Sunrise (IST)06:06
Moonset (IST)17:13
Moonrise (IST)04:58
Today's Forecast:Sky condition would be partly cloudy. Maximum and minimum temperature would be around 35 & 24 degrees elsius respectively.
Date Temperature ( o C ) Weather Forecast
Minimum Maximum
20-Mar 24.0 35.0 Partly cloudy sky
21-Mar 24.0 35.0 Partly cloudy sky
22-Mar 24.0 36.0 Partly cloudy sky
23-Mar 25.0 36.0 Partly cloudy sky with Thundery development
24-Mar 25.0 37.0 Partly cloudy sky with Thundery development
25-Mar 25.0 37.0 Partly cloudy sky with Thundery development

(



Actual
Average
Record
Temperature

Mean Temperature
29 °C
-

Max Temperature
35 °C
-
- ()
Min Temperature
23 °C
-
- ()
Cooling Degree Days
20


Growing Degree Days
34 (Base 50)


Moisture

Dew Point
22 °C


Average Humidity
65


Maximum Humidity
93


Minimum Humidity
30


Precipitation

Precipitation
0.0 mm
-
- ()
Sea Level Pressure

Sea Level Pressure
1011.75 hPa


Wind

Wind Speed
1 km/h ()


Max Wind Speed
6 km/h


Max Gust Speed
-


Visibility
7.0 kilometers


Events
 









Local Weather Report and Forecast For: Kakinada Dated :Mar 20, 2015

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Local Weather Report and Forecast For: Kakinada    Dated :Mar 20, 2015
Kakinada
Past 24 Hours Weather Data
Maximum Temp(oC)34.6
Departure from Normal(oC)0
Minimum Temp (oC)24.0
Departure from Normal(oC)0
24 Hours Rainfall (mm)NIL
Todays Sunset (IST)18:12
Tommorows Sunrise (IST)06:05
Moonset (IST)18:15
Moonrise (IST)05:48
Today's Forecast:Sky condition would be partly cloudy. Maximum and minimum temperatures would be around 35 & 24 degrees celsius respectively.
Date Temperature ( o C ) Weather Forecast
Minimum Maximum
21-Mar 24.0 35.0 Partly cloudy sky
22-Mar 24.0 35.0 Partly cloudy sky
23-Mar 24.0 35.0 Partly cloudy sky
24-Mar 24.0 36.0 Partly cloudy sky with Thundery development
25-Mar 24.0 36.0 Partly cloudy sky with Thundery development
26-Mar 24.0 36.0 Partly cloudy sky with Thundery development










Actual
Average
Record
Temperature

Mean Temperature
29 °C
-

Max Temperature
34 °C
-
- ()
Min Temperature
24 °C
-
- ()
Cooling Degree Days
20


Growing Degree Days
34 (Base 50)


Moisture

Dew Point
24 °C


Average Humidity
70


Maximum Humidity
88


Minimum Humidity
50


Precipitation

Precipitation
0.0 mm
-
- ()
Sea Level Pressure

Sea Level Pressure
1012.88 hPa


Wind

Wind Speed
0 km/h ()


Max Wind Speed
4 km/h


Max Gust Speed
-


Visibility
7.0 kilometers


Events
 



T = Trace of Precipitation, MM = Missing Value
Source: Averaged Metar Reports

Daily Weather History Graph

Daily Weather History Graph


Hourly Weather History & Observations
Time (IST)Temp.Dew PointHumidityPressureVisibilityWind DirWind SpeedGust SpeedPrecipEventsConditions
2:30 AM25 °C23 °C86%1012 hPa4 kmCalmCalm--Clear
5:30 AM25 °C23 °C88%1012 hPa4 kmCalmCalm--Clear
8:30 AM27 °C24 °C79%1014 hPa10 kmCalmCalm--Scattered Clouds
11:30 AM32 °C23 °C50%1015 hPa10 kmCalmCalm--Scattered Clouds
2:30 PM34 °C26 °C54%1012 hPa10 km3.7 km/h /  --Scattered Clouds
5:30 PM32 °C25 °C59%1011 hPa10 kmCalmCalm--Scattered Clouds
8:30 PM29 °C24 °C70%1013 hPa4 kmCalmCalm--Scattered Clouds
11:30 PM27 °C23 °C74%1014 hPa4 kmCalmCalm--Scattered Clouds

MONTHLYMaxAvgMinSum
Temperature 
Max Temperature36 °C33 °C26 °C
Mean Temperature30 °C28 °C26 °C
Min Temperature25 °C22 °C19 °C
Degree Days 
Heating Degree Days (base 65)0000
Cooling Degree Days (base 65)201814371
Growing Degree Days (base 50)353229680
Dew Point 
Dew Point26 °C22 °C15 °C
Precipitation 
Precipitation0.0 mm0.0 mm0.0 mm0.00 mm
Snowdepth - - - -
Wind 
Wind7 km/h1 km/h0 km/h
Gust Wind - - -
Sea Level Pressure 
Sea Level Pressure1017 hPa1014 hPa1009 hPa

Monthly Weather History Graph

Monthly Weather History Graph 
 
 

Daily Weather History & Observations

 

 

Rainwater Harvesting pioneer Rajendra Singh to be honoured with Stockholm Water Prize

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Rainwater Harvesting pioneer Rajendra Singh to be honoured with Stockholm Water Prize

Rajendra Singh to be honoured with Stockholm Water Prize

Rajendra Singh, an environment activist of India widely popular as the 'Water Man' has been conferred with Stockholm Water Prize on March 20, 2015. The award encourages his efforts for instilling life in thousand of villages in Rajasthan through water.
Sweden's King Carl Gustav will present the rainwater harvesting pioneer with a cash prize of 1,50,000 Dollar during the world water week.
Rajendra Singh was an ayurvedic doctor who left his job to encourage rainwater harvesting process. He, through his organisation Tarun Bharat Sangh volunteered young people and started purifying traditional rainwater tanks or johads. The movement engaged the villagers in building small earthen check dams and built 8,600 johads in the village thus, reviving five rivers in Rajasthan. In the meanwhile, the pioneer got recognition all over India and the world.
With 375 check dams, Arvari river which was dry for the past 60 years started flowing again. He played important role in stopping destructive dams like Loharinag Pala hydropower project over river Bhagirathi. He shared all his experiences into the World Commission on Dams process.
Despite being recognised all over the world, his approaches were dismissed by powerful mainstream institutions. World Bank since 2003 argues that India needs to return to building large dams as easy and cheap options for harvesting has mostly been exploited.
Rajender Singh in a statement said "Through the Indian wisdom of rainwater harvesting, we have made helpless, abandoned, destitute and impoverished villages prosperous and healthy again."
About Rajendra Singh, 'The Water Man'
  • He started his career as a National Service Volunteer in 1980. Meanwhile he joined Tarun Bharat Sangh
  • In 1984, almost three years after he joined the committee, the entire board resigned leaving the organisation after him as he questioned the authenticity of the authorities
  • He sold his household things to support the organisation
  • He, with young youths of the village started distilling the Gopalpura johad which was left negligent due to disuse. Monsoon that year filled the johad with water and turned the area into 'white zone'.
  • In 1986, he constructed a johad at the source of a dried Arvari River with the help of people of Bhanota-Kolyala village, voluntary labour and TBS volunteers, constructed a johad
  • With 375 check dams the river started flowing again after remaining dry for long. By 1995 Arvari became perennial river and was awarded 'International River Prize'
  • In 2009, he led a pada yatra (walkathon), a march of a group of environmentalists and NGOs, through Mumbai city along the endangered Mithi river
  • In 2001, he was awarded with Ramon Magsaysay Award for Community Leadership.

No efforts to rescue Capital’s sparrows

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No efforts to rescue Capital’s sparrows

  • HT Correspondent, Hindustan Times, New Delhi
  • |
  • Updated: Mar 21, 2015 00:25 IST
  • Nearly three years after the house sparrow was declared the state bird, little has been done to increase its number in the Capital.
Though the government has been concerned about the declining number of these birds for at least the last five years, it has not ordered any official study or a bird count till now.
As revealed in an RTI application by environmentalist Mahendra Pandey two years ago, no separate fund has been allocated for the conservation of the state bird or creating an ideal habitat for nesting.
http://www.hindustantimes.com/Images/popup/2015/3/21_03_15-metro6.gif
“We have not been able to reach where we had intended to. I think a scientific study is required to understand the real reasons behind its disappearance,” said Sheila Dikshit, Delhi’s former CM, who had declared the house sparrow as the state bird in August 2012 and promised a conservation plan touted as “India’s largest movement to save sparrows” at that time.
“I had put several experts on the job. We did not order a count since their declining numbers were obvious. I think we should keep at it with greater vigour,” Dikshit said.
Dikshit’s government ended its term in December 2013 which was followed by a stormy first stint of the AAP government, one year of President’s rule and now it’s been a month since the AAP took over again. “I hope the current government gives it a little more attention,” she said.
Delhi observed the first Sparrow Day on March 20, 2010 with great fervour but experts say it has ended up as a cosmetic exercise. “Earlier, there used to be a lot of activity in the Lutyens’ Zone on Sparrow Day. We used to be invited to the event, but now we are told by officials that it’s an internal thing. How can we still call it a state bird when nothing is being done for it,” said ecologist TK Roy. While he has spotted house sparrows in wall holes of flyovers, Roy said it only indicates how desperate they are to find a habitat.

4 Ways to Know When to Replace a Fire Extinguisher

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4 Ways to Know When to Replace a Fire Extinguisher

Your home tech uses electricity. And where there's electricity, there's a fire hazard—especially if you're the type to hold on to tried, true and worn out devices. Speaking of—have you checked your fire extinguisher lately? It might be worn out. Here's four things to check to know when it's time to replace it.
Now that we've taught you how to buy the right fire extinguisher, it's important to keep it in working order.
Whether you're an owner or a renter, you can use these tips to know when it's time for your not-yet-used emergency extinguisher to be replaced:
  • Check with the manufacturer. Most extinguishers should work for 5 to 15 years, but you can check the label or check with the manufacturer for your model.
  • Check the pressure gauge monthly. If you're a renter especially, it's impossible to know when your fire extinguisher was bought, so check the gauge. If the needle falls inside green area, you're good to go. But if it falls anywhere else, it's time to replace the extinguisher. If your model is older and doesn't have a gauge, take it to a professional (or suggest it to your landlord, if they provided the extinguisher).
  • Check the inspection sticker. Every extinguisher should have an inspection sticker or hang tag that lists a record of its maintenance checkups (it should be serviced annually). If the sticker is missing, replace the extinguisher right away for a new one with known history.
  • Check for wear-and-tear. A cracked/ripped hose or nozzle, a missing locking pin or a wobbly or broken handle are all signs that it's time to replace your fire extinguisher.

WISH YOU ALL VERY HAPPY WORLD WATER DAY EVERY CITIZEN , STUDENTS MUST SHOULD AWARE ABOUT THE IMPORTANCE OF WATER

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Environmental health activities are those which are aimed at:
  • reducing the risk (chance) of getting diseases and injuries from the environment
  • promoting good health
These activities include maintaining:
  • a good water supply;
  • the correct disposal of (getting rid of) liquid and solid waste
  • a healthy food supply
  • pest control
  • personal hygiene
  • a healthy house
  • community environmental health education
A satisfactory environmental health standard requires developing hygienic (clean, healthy) living conditions and ensuring that these are maintained. These come with sound community planning and environmental management.Water conservation means protecting our water from pollution and being wasted. It is important because plants, humans and animals all need water to survive. Without water, the earth would have no life.
Water, unlike many other things, cannot be manufactured in a factory. When we lose water, it is gone forever.
Unfortunately, not everyone can just turn on a tap and get fresh, clean water. In fact, one in ten people do not have access to clean drinking water. Sadly, many people get very sick from drinking, bathing in and/or cooking with water that is not safe.
It can be easy to take water for granted, because we can turn on the tap and use our clean drinking water for drinking, cooking, taking a bath, filling a pool and many other things. However, if we do not work hard to conserve our fresh water, we may soon run out of it too.
There are several important things that conservationists do to save water. These are:
  1. Reducing water waste
  2. Protecting the clean water we have. If water is polluted by harmful chemicals or garbage, we can’t use it to drink, bathe in or water crops
  3. Helping water management plants minimize the amount of water they need to use on a daily basis.
  4. Encouraging companies to make devices that do not use as much water as they did before.
When you go into a public bathroom to wash your hands, you will notice that the water faucets will turn off by themselves. The reason for this is that conservationists have encouraged companies to make water saving devices to save the amount of water we use for daily tasks. Some companies that make toilets that flush a lot less water than regular toilets and this helps to save a lot of water in the long run. Other modern inventions that help to conserve water include waterless car washes, energy efficient shower heads, garden hose nozzles that turn themselves off when not in use and water efficient washing machines.

Getting to Know More About Conservationists

Natural waterWhile water conservation is perhaps the most important form of conservation, there are other important natural resources that we must protect as well. These includes trees, animals and natural habitats such as jungles, forests, mountains and plains.
Before conservationists came along, a lot of nature was destroyed. Hunters hunted down too many wild animals and some of them became extinct or almost became extinct. Too many trees were cut down in some areas and that resulted in certain places turning into desert. In other cases, water was overused, which resulted in some lakes and rivers completely disappearing. Conservationists try to make sure that things like this do not happen again; that way, we can all enjoy a beautiful world full of many animal species and all the different things we need.
There are many different types of conservationists. Some help to protect wild animals. Others try to take care of certain places, such as wetlands (swamps), deserts or forests. Other conservationists are very concerned about water and do their best to make sure that we don’t run out of it. Yet others care for the soil, helping to keep it healthy so that we can grow healthy crops.
Would you like to be a conservationist too? You don’t have to wait until you get older. Here are some things you can do right now to help keep our natural world healthy and happy:
  • Converse electricity by turning off the lights when you leave a room. You can also ask your parents to buy energy-saving bulbs that use less electricity than normal ones.
  • Throw garbage in the garbage can instead of on the ground
  • Recycle bottles, old newspapers and other things. In some cases, you can even earn a bit of extra pocket money by taking these items to a recycling plant!
These are all good ways to protect our natural world. Here are some specific tips on how you can help water conservationists save water:
  • Don’t leave the water running when you wash your hands, brush your teeth or take a shower. Turn it off when you are not using it
  • Not flushing the toilet when you don’t need to
  • Taking short showers
  • Using a bucket to wash your bike or your parent’s car instead of leaving the hose running
  • Watering the garden in the early morning or the evening, instead of during the day
  • Collecting rain water in a bucket. You can’t drink rain water but if the bucket is clean you can use it to fill an outdoor pool to play in in the summer. You can also use rainwater to water your yard or wash a car or bike.

Important Facts about Water

Can I drink water if it looks clean?
The water that comes out of your tap is OK to drink; however, you should not drink water just because it looks clean to you. There are many harmful chemicals in certain types of water that do not make the water look dirty but could make you very sick.
Which countries do not have clean drinking water?
The tap water in the United States, Australia, New Zealand, Japan and Canada is safe to drink. In other countries around the world, people either use bottled water or a water purifying machine that purifies the tap water to make it safe to drink (this water comes out of a separate faucet)
Can I drink water from the garden hose?
The water coming from the garden hose is the same water that comes into your kitchen faucet; however, you should not drink it. Garden hoses are made using special chemicals, and these chemicals get into the water and make it unsafe to drink.
Why is our tap water clean?
Our tap water is clean because water treatment plants add special chemicals to it to make the water safe to drink.
Why can’t we use salt water?
There is a lot of salt water in the world; in fact, oceans cover a larger area of the world than land does. Unfortunately, the large amount of salt in ocean water makes it unsuitable for drinking. It not only tastes bad but would also make you very sick. On top of that, salt is bad for plants and soil. Watering plants with salt water would make them die and would also ruin the soil, making it impossible to grow other plants in the same area.
Some conservationists are trying to make salt water safe to drink. This can be done by a process called desalination (this means taking the salt out of the sea water so we can use it for drinking, cooking and other things). However, it is very difficult and expensive to desalinate water, so for right now the ocean water cannot help us very much.
Why are we in danger of running out of water?
Everyone needs water and the fact that the world population is growing means that there are more people than ever who need clean drinking water. Additionally, farmers need to grow more food to feed more people, which means they need more water to do so. Ranchers (people who raise cows, pigs, chickens and other animals that we eat) also need more water to feed their animals so that we can all have meat to eat.
Sadly, we have not always taken care of the water we have and so have lost a lot of it. When water is lost, it is gone forever. Why? Here is a simple explanation of how the water cycle works.
  • The water in the lakes, rivers and ocean evaporates (is dried up by the sun). This water then turns into clouds.
  • When it rains, the water comes back to us. It waters the soil and fills the lakes and rivers.
  • Then the sun comes out and the water dries up again. The process continues on and on and on.

Water and Soil

Water and soil conservationIt is not just live things like people, plants and animals that need water. The soil (the dirt that we grow food in) also needs water. Plants get their nourishment from the dirt they are planted in; if there is not enough water in the soil; the plants will die.
Keeping the soil healthy is an important part of conservation, because without healthy soil we will not have enough food to eat. Conservationists work hard to help the soil get just the right amount of water, as too little or even too much water could ruin it.
  • Conservationists plant trees to help protect the soil. If soil gets too much rain, the top part of the soil will wash away. This is called erosion and is bad for the plants, as the top soil is usually softer and has more nutrients than lower layers. Too much erosion creates a desert.
  • Many farmers use irrigation to save water when they water their crops. They may also plant rows of trees between certain types of crops to prevent the rainwater from washing the top soil away.
  • Some farmers and gardeners use “cover crops” to protect the water in the soil from drying out. What this means is that vegetable crops or even other non-edible plants are planted between rows of crops such as corn. As the name implies, these “cover crops” cover the ground, keeping the moisture in it and thus saving water.
If you want to help save our soil, here are some things you can do at home:
  • Ask your parents about planting a garden. Be sure to choose plants that naturally grow in the area, as these are usually best for the soil.
  • Do not put too much fertilizer on your garden, as it can ruin the soil.
  • Do not over-water your plants. Too much water will wash the soil away. At the same time, make sure your plants get as much water as they need. If the top soil is too dry, the wind will blow it away.
As you can see, water and soil conservation is very important. If we do not save our water and soil, we will not have the food and water we need to grow. Thankfully, there are many things that we can do to help conservationists protect our natural resources. If we do our part, we will have what we need not only now but also in the future.

Sources:

http://environment.nationalgeographic.com/environment/photos/rivers-run-dry/
http://www.wateraid.org/what-we-do/the-crisis/statistics
http://www.epa.gov/WaterSense/kids/simpleways.html
http://en.wikipedia.org/wiki/Water_conservation
http://en.wikipedia.org/wiki/Water_purification
Photo credit: Michael Cory / Foter / CC BY 2.0
Photo credit: Tatters ❀ / Foter / CC BY 2.0
Photo credit: Ramsay2 / Foter / CC BY-SA 2.0

Water man of India' Rajendra Singh bags top prize

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'Water man of India' Rajendra Singh bags top prize

Rajendra Singh, Stockholm Water Prize winnerRajendra Singh, is known as "the Water Man of India"
An award known as "the Nobel Prize for water" has been given to an Indian campaigner who has brought water to 1,000 villages.
The judges of the Stockholm Water Prize say his methods have also prevented floods, restored soil and rivers, and brought back wildlife.
The prize-winner, Rajendra Singh, is dubbed "the Water Man of India".
The judges say his technique is cheap, simple, and that his ideas should be followed worldwide.
Mr Singh uses a modern version of the ancient Indian technique of rainwater harvesting.
It involves building low-level banks of earth to hold back the flow of water in the wet season and allow water to seep into the ground for future use.
Rajendra Singh, Stockholm Water Prize winnerMr Singh discovered the vital need for solutions to disappearing water while working in a rural village
He first trained as a medic, but when he took up a post in a rural village in arid Rajasthan he was told the greatest need was not health care but drinking water.
Groundwater had been sucked dry by farmers, and as water disappeared, crops failed, rivers, forests and wildlife disappeared and people left for the towns.
"When we started our work, we were only looking at the drinking water crisis and how to solve that," Mr Singh said.
"Today our aim is higher. This is the century of exploitation, pollution and encroachment. To stop all this, to convert the war on water into peace, that is my life's goal."
The Stockholm International Water Institute, which presented the prize, said his lessons were essential as climate change alters weather patterns round the world.
Rajendra Singh, Stockholm Water Prize winnerThe methods are based on an ancient Indian technique
Its director, Torgny Holmgren, said: "In a world where demand for freshwater is booming, we will face a severe water crisis within decades if we do not learn how to better take care of our water. Mr Singh is a beacon of hope."
In its citation, the judges say: "Today's water problems cannot be solved by science or technology alone. They are human problems of governance, policy, leadership, and social resilience.
"Rajendra Singh's life work has been in building social capacity to solve local water problems through participatory action, empowerment of women, linking indigenous know-how with modern scientific and technical approaches and upending traditional patterns of development and resource use."
The award was applauded by Katherine Pygott, a leading UK water engineer who has drawn on Mr Singh's work to help prevent flooding in the UK.

Local Weather Report and Forecast For: Kakinada Dated :Mar 21, 2015

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Local Weather Report and Forecast For: Kakinada    Dated :Mar 21, 2015
Kakinada
Past 24 Hours Weather Data
Maximum Temp(oC)36.0
Departure from Normal(oC)1
Minimum Temp (oC)24.2
Departure from Normal(oC)0
24 Hours Rainfall (mm)NIL
Todays Sunset (IST)18:12
Tommorows Sunrise (IST)06:04
Moonset (IST)19:17
Moonrise (IST)06:38
Today's Forecast:Sky condition would be partly cloudy. Maximum and minimum temperatures would be around 36 & 24 degrees celsius respectively.
Date Temperature ( o C ) Weather Forecast
Minimum Maximum
22-Mar 24.0 36.0 Mist
23-Mar 24.0 36.0 Mist
24-Mar 24.0 36.0 Mist
25-Mar 25.0 37.0 Partly cloudy sky
26-Mar 25.0 37.0 Partly cloudy sky
27-Mar 25.0 37.0 Partly cloudy sky



Mist is a phenomenon caused by small droplets of water suspended in air. Physically it is one instance of a dispersion. It is most commonly seen where warm, moist air meets sudden cooling, such as in exhaled air in the winter, or when throwing water onto the hot stove of a sauna. It is often created artificially with aerosol canisters if the humidity and temperature conditions are right. It can also occur as part of natural weather, when that in case forces humid air to rapidly cool.
The formation of mist, as of other suspensions, is greatly aided by the presence of nucleation sites on which the suspended water phase can congeal. Thus even such unusual sources as small particulates from volcanic eruptions, releases of strongly polar gases, and even the ions released by the Polar Lights can in right conditions trigger the formation of mist.





Actual
Average
Record
Temperature

Mean Temperature
30 °C
-

Max Temperature
36 °C
-
- ()
Min Temperature
24 °C
-
- ()
Cooling Degree Days
20


Growing Degree Days
36 (Base 50)


Moisture

Dew Point
22 °C


Average Humidity
62


Maximum Humidity
85


Minimum Humidity
30


Precipitation

Precipitation
0.0 mm
-
- ()
Sea Level Pressure

Sea Level Pressure
1013.37 hPa


Wind

Wind Speed
2 km/h ()


Max Wind Speed
6 km/h


Max Gust Speed
-


Visibility
7.0 kilometers


Events
 



T = Trace of Precipitation, MM = Missing Value
Source: Averaged Metar Reports



Daily Weather History Graph

Daily Weather History Graph



Hourly Weather History & Observations
Time (IST)
Temp.
Dew Point
Humidity
Pressure
Visibility
Wind Dir
Wind Speed
Gust Speed
Precip
Events
Conditions
2:30 AM
26 °C
23 °C
77%
1013 hPa
4 km
Calm
Calm
-
-
 
Partly Cloudy
5:30 AM
25 °C
23 °C
85%
1013 hPa
4 km
Calm
Calm
-
-
 
Scattered Clouds
8:30 AM
27 °C
24 °C
75%
1016 hPa
10 km
SW
5.6 km/h /  
-
-
 
Scattered Clouds
11:30 AM
34 °C
18 °C
30%
1015 hPa
10 km
West
3.7 km/h /  
-
-
 
Scattered Clouds
2:30 PM
34 °C
24 °C
46%
1012 hPa
10 km
South
3.7 km/h /  
-
-
 
Scattered Clouds
5:30 PM
32 °C
23 °C
51%
1011 hPa
10 km
SW
5.6 km/h /  
-
-
 
Scattered Clouds
8:30 PM
29 °C
22 °C
58%
1013 hPa
4 km
SW
3.7 km/h /  
-
-
 
Scattered Clouds
11:30 PM
27 °C
23 °C
72%
1014 hPa
4 km
SW
3.7 km/h /  
-
-
 
Scattered Clouds





MONTHLY

Max
Avg
Min
Sum
Temperature

Max Temperature
36 °C
34 °C
26 °C
Mean Temperature
30 °C
28 °C
26 °C
Min Temperature
25 °C
22 °C
19 °C
Degree Days

Heating Degree Days (base 65)
0
0
0
0
Cooling Degree Days (base 65)
20
18
14
391
Growing Degree Days (base 50)
36
33
29
716
Dew Point

Dew Point
26 °C
22 °C
15 °C
Precipitation

Precipitation
0.0 mm
0.0 mm
0.0 mm
0.00 mm
Snowdepth
-
-
-
-
Wind

Wind
7 km/h
1 km/h
0 km/h
Gust Wind
-
-
-
Sea Level Pressure

Sea Level Pressure
1017 hPa
1014 hPa
1009 hPa
Monthly Weather History Graph



Soils Health

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Soils Health

The foundation of sustainable agriculture is soil fertility, a term that encompasses:
  • the soil’s nutrient content,
  • the amount of soil organic matter (SOM),
  • the soil structure,
  • its pH balance, and
  • the presence of microorganisms.
Most soils lack at least some plant nutrients, and growing crops remove nutrients from the soil. Soil nutrients must be replenished when removed and supplied when deficient.
Traditional methods for restoring soil fertility, which entail long fallow periods and shifting agriculture into new areas, may contribute to deforestation, given current pressures on land use. Although historically relevant, these practices no longer suffice to meet the needs of the current and future population levels.

Organic sources of nutrients
Organic sources of nutrients provide fewer nutrients than most people think (and these are not necessarily in plant-available forms), but they are usually excellent for improving other aspects of soil fertility.
The main nutrients in most fertilizers — nitrogen, phosphorus and potassium — come from the land and the air. They exist in crop residues, manure and waste but their plant available forms are not abundant enough for the level of agriculture needed to produce food, feed, fibre and bioenergy to more than 7 billion people.

Inorganic sources of nutrients

Inorganic sources ("manufactured" fertilizers) contain only plant-available nutrients and therefore have no direct influence on soil structure or on the presence of microorganisms. This is why agronomists generally consider it optimal to use both organic and inorganic sources together, a technique called Integrated Plant Nutrition Management (IPNM).

Soils Degradation


Erosion and desertification

When soils are not replenished after every harvest with the necessary micro- and macronutrients it needs, it becomes gradually depleted and less fertile, thus more prone to environmental problems, such as erosion and desertification.
Whereas in the developed world, excess application of fertilizer and manure is sometimes blamed for damage to the environment, the low use of inorganic fertilizer is one of the main causes for environmental degradation in Africa.

Bationo, Alliance for a Green Revolution in Africa (AGRA)
Desertification is the degradation of land in arid, semi-arid and dry sub-humid areas, primarily caused by human activities and climatic variations. Although other regions, mostly in Asia and Latin America, are also concerned, the most dramatic examples of desertification are found in Africa, where declining soil fertility is linked to declining agricultural productivity.
Managing soil fertility helps in several ways. High levels of soil organic matter improve water retention. Furthermore, fertile soils can support a more vigorous crop cover, which can help prevent erosion that contributes to desertification.
Improving land productivity is necessary to manage soils and the land. By enhancing farmers' access to improved technology and inputs, especially credit and mineral fertilizers, they can best steward their soils and land and improve their livelihoods.
Farmers will be more successful if they learn to combine locally available organic resources and mineral fertilizers to build up soil fertility and to improve fertilizer use efficiency.

Soil degradation in Africa

Low use of fertilizers is one of the main causes of environmental degradation in Africa. Intensification is needed to feed growing populations, but it must be done in a way that uses soil nutrient and water resources efficiently and that relieves pressure on forests and other fragile lands.
Farmers in sub-Saharan Africa have traditionally cleared land, grown a few crops, then moved on to clear more land, leaving the land fallow to regain its fertility. But population pressure now forces farmers to grow crop after crop, ‘mining’ the soil of nutrients. Africa loses an estimated $4 billion worth of soil nutrients yearly, severely eroding its ability to feed itself. This has led two former World Food Prize Laureates to call this situation a 'catastrophe'.

Olusegun Obasanjo, former President of Nigeria
Solutions need to provide timely and affordable access to agricultural inputs (fertilizers, improved seeds, crop protection products, etc.), credit facilities, infrastructure and market opportunities. Successful approaches have entailed building farmer capacity by:
  • forming cooperatives and teaching business skills,
  • credit and insurance schemes for farmers, retailers and wholesalers,
  • vouchers to purchase inputs from private-sector dealers,
  • providing market and agronomic information through the internet and mobile phones,
  • and multi-stakeholder public-private partnerships around specific agricultural development corridors.

Local Weather Report and Forecast For: Kakinada Dated :Mar 22, 2015

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Local Weather Report and Forecast For: Kakinada    Dated :Mar 22, 2015
Kakinada
Past 24 Hours Weather Data
Maximum Temp(oC)36.2
Departure from Normal(oC)1
Minimum Temp (oC)24.2
Departure from Normal(oC)-1
24 Hours Rainfall (mm)NIL
Todays Sunset (IST)18:12
Tommorows Sunrise (IST)06:03
Moonset (IST)20:18
Moonrise (IST)07:28
Today's Forecast:Sky condition would be partly cloudy. Maximum and minimum temperatures would be around 37 & 24 degrees celsius respectively.
Date Temperature ( o C ) Weather Forecast
Minimum Maximum
23-Mar 24.0 37.0 Partly cloudy sky
24-Mar 24.0 37.0 Partly cloudy sky
25-Mar 25.0 37.0 Partly cloudy sky
26-Mar 25.0 38.0 Partly cloudy sky
27-Mar 25.0 38.0 Partly cloudy sky with Thundery development
28-Mar 25.0 36.0 Partly cloudy sky with Thundery development





Actual
Average
Record
Temperature

Mean Temperature
30 °C
-

Max Temperature
36 °C
-
- ()
Min Temperature
24 °C
-
- ()
Cooling Degree Days
21


Growing Degree Days
36 (Base 50)


Moisture

Dew Point
23 °C


Average Humidity
66


Maximum Humidity
85


Minimum Humidity
37


Precipitation

Precipitation
0.0 mm
-
- ()
Sea Level Pressure

Sea Level Pressure
1011.88 hPa


Wind

Wind Speed
1 km/h ()


Max Wind Speed
4 km/h


Max Gust Speed
-


Visibility
7.0 kilometers


Events




T = Trace of Precipitation, MM = Missing Value
Source: Averaged Metar Reports
Daily Weather History Graph





Hourly Weather History & Observations
Time (IST)Temp.Dew PointHumidityPressureVisibilityWind DirWind SpeedGust SpeedPrecipEventsConditions
2:30 AM26 °C23 °C80%1012 hPa4 kmCalmCalm--Scattered Clouds
5:30 AM25 °C23 °C85%1012 hPa4 kmCalmCalm--Scattered Clouds
8:30 AM28 °C25 °C82%1014 hPa10 kmCalmCalm--Clear
11:30 AM35 °C21 °C37%1014 hPa10 kmSW3.7 km/h /  --Scattered Clouds
2:30 PM32 °C23 °C53%1010 hPa10 kmEast3.7 km/h /  --Clear
5:30 PM33 °C24 °C53%1010 hPa10 kmCalmCalm--Clear
8:30 PM28 °C23 °C65%1011 hPa4 kmCalmCalm--Clear
11:30 PM26 °C23 °C73%1012 hPa4 kmCalmCalm--Clear











India: Environment friendly villagers get sparrows married to check their depleting population

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India: Environment friendly villagers get sparrows married to check their depleting population

SPARROW
March 20 is celebrated as World Sparrow Day as an initiative to spread awareness and bring back the bird to urban areas.
A village in India saw a rare event when two sparrows got married according to Hindu rituals and were declared husband and wife.
The wedding, which took place at a small village called Mohanpur in the Indian state of Uttar Pradesh, was no mean affair attended as it were by thousands of people.
The 'groom' reached the venue on a horse, as is customary in traditional Hindu marriages in India, The Times of India reported.
The people of this particular village are environment conscious and are well known for their efforts in wildlife conservation. According to them, the wedding itself was to spread awareness on the reducing number of sparrows and to throw light on the urgent need for their protection.
The preparation for the bird wedding was nothing to sneeze at and involved weeks of planning. A school teacher couple were the 'bride' Gauriya's parents. The winged groom Chunmun came in a procession led by 11 horses and 200 guests.
After the wedding, all the villagers took a vow to protect the newly-married couple and their kin by placing water and grain for them and letting them build nests in peace.
"In the past 25 years, the sparrow population has dwindled by almost 50%," said forest ranger JK Jaiswal, to the Time of India.
"The major reasons have been human lifestyles, climate change, microwave pollution, human-induced changes in species' micro-habitat."
"I have 200 sparrows in my farm that roam freely and come every night to their nests," a 70-year-old grandmother said while wishing Chunmun and Gauriya a happy married life

The Role of Culture in Moral Development

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The Role of Culture in Moral Development

Daniel Pekarsky, PhD
Professor, Educational Policy Studies
University of Wisconsin-Madison

Introduction

The title of this discussion, "The Role of Culture in Moral Development", points to two different, albeit inter-related, questions: first, what role does culture play in moral development?; and second, what is the proper responsibility of a culture in guiding the moral growth of its members? This paper does not systematically explore what the proper role of a culture is in the area of moral growth, and it recognizes that precisely what this role should be is rightly subject to debate. At the same time, it takes it for granted that because, as I will discuss, the social universe that children encounter inevitably, and for better or for worse, influences their moral growth, a community needs to view itself as responsible for the moral growth of its members. This paper argues that while this communal responsibility cannot be adequately discharged through special-purpose institutions like schools, such institutions, if thought of in the right way, may be capable of playing a significant role in the process of moral growth. The reasons for this view will emerge through our inquiry into the role that, intended or not, culture does play in the moral development of its members. Before embarking on this inquiry, and because terms like "culture" and "moral development" are far from self- explanatory, let me preface my remarks with a few comments concerning how I will be interpreting these terms in the context of this paper.
I will be using the term "culture" in a fairly intuitive and very broad sense to denote the totality of the social environment into which a human being is born and in which he/she lives. Culture in this sense includes the community's institutional arrangements (social, political, and economic) but also its forms of art and knowledge, the assumptions and values embedded in its practices and organization, its images of heroism and villainy, it various systems of ideas, its forms of work and recreation, and so forth.
I turn now to the concept of moral development. By "moral development" I will be referring to the process through which a human being acquires sensibilities, attitudes, beliefs, skills, and dispositions that render him or her a morally mature or adequate human being. Of course, this definition is, at best, a mere shell, empty of content; for it tells us nothing about what those sensibilities, attitudes, beliefs, skills, and dispositions are that mark one as a morally adequate human being. There are two reasons for leaving this matter open. The first is that it may be presumptuous to present a positive account of this matter too quickly in the face of what we all know, namely, that the character of this moral content is a subject of rich debate across the whole of human history down to our own time. The second is that, for present purposes, it may be unnecessary to offer a positive account of the content of a desirable moral character. That is, much that I intend to say here does not require settling, even tentatively, on an account of a morally desirable or adequate character. At the same time, lest this account be affected in ways I don't recognize by the moral concerns at work in my own thinking on moral development, let me intuitively identify some of these concerns. Briefly, these concerns grow out of reflection on two matters: the Nazi Holocaust and kindred phenomena, on the one hand, and, on the other hand, social psychological and other research suggesting that the perpetrators of the atrocities our century has witnessed may not be as different from "the rest of us" as "we" might want to believe. Attention to such matters has led me to attend to those features of moral growth that are associated with two kinds of sensibilities, attitudes, principles, and dispositions: those that enable us to resist dehumanizing other human beings in thought and conduct in precisely those situations when there might be a disposition to engage in such dehumanization; and those that enable us to view ourselves as responsible for preventing such dehumanization when we see it going on. While this account of the moral domain is neither fully clear nor complete, it may help to illuminate the background the informs my approach to problem of moral growth and cultural context. Though I am doubtful that the approach would be substantially different were my interest in the subject grounded in other kinds of moral concerns, this possibility needs to be allowed for.
Against this background, my purpose in this paper is to use a powerful classical perspective on the role of culture in mediating our moral experience and development to highlight a difficult human problem. I then proceed to sketch out what might be called a classical American response to this problem, a response, strongly associated with John Dewey, that gives pride of place to educating institutions. While this response is not, to my mind, as compelling as the problem it addresses, I conclude by suggesting that, despite its possible shortcomings, we should avoid prematurely dismissing it. I turn now to the characterization of the problem.

Ancient Wisdom on a Perennial Problem

Both Jerusalem and Athens - the culture of the ancient Israelites and the culture of the ancient Greeks, each of which has substantially influenced contemporary Western civilization - speak instructively concerning the role that culture plays in the moral life of human beings. Commenting in Hellenistic times on the Biblical verse, "Noah was a righteous man, and perfect in his generation," Rabbinic commentators intimate two very different interpretations:1
"In his generation, R[abbi] Yochanan pointed out, but not in other generations. However, according to Resh Lakish, the verse intimates that even in his generation Noah was a righteous man, all the more so in other generations."
On the first of these interpretations, Noah is only relatively righteous; that is, relative to his perverse contemporaries, he looks very good, but this does not mean that he would be judged good by any absolute standard. This interpretation coheres with other rabbinic commentaries which emphasize that Abraham was, morally speaking, far superior to Noah.2
The other interpretation, however, is more germane to our topic. According to Resh Lakish, if Noah was capable of remaining righteous in the midst of the unbridled perversity that surrounded him on all sides, how much more so would he have been in a community in which morally adequate conduct was the norm! At work in Resh Lakish's observation is the insight that our moral outlook and conduct are, in the normal course of events, strongly influenced by the culture that surrounds us; and that, therefore, the person who is capable of arriving at moral insights that go beyond - and indeed defy - what is the norm in his or her culture, or who is able to maintain integrity in the midst of a perverse community, is a most extra-ordinary human being -- much more so than the one who behaves well in the midst of a community in which the norm is good conduct.
Interestingly, Plato expresses a very similar idea in a famous passage of the Republic:
Is not the same principle true of the mind, Adeimantus: if their early training is bad, the most gifted turn out the worst...Or do you hold the popular belief that, here and there, certain young men are demoralized by the instructions of some individual sophist? Does that sort of influence amount to much? Is not the public itself the greatest of all sophists, training up young and old, men and women alike, into the most accomplished specimens of the character it desires to produce?
Whenever the populace crowds together at any public gathering, in the Assembly, the law courts, the theatre or the camp, and sits there clamouring its approval or disapproval, both alike excessive, of whatever is being said or done....In such a scene what do you suppose will be a young man's state of mind? What sort of private instruction will have given him the strength to hold up against the force of such a torrent, or will save him from being swept away down the stream, until he accepts all their notions of right and wrong, does as they do, and comes to be just such a man as they are? And I have said nothing of the most powerful engines of persuasion which the masters in this school of wisdom bring to bear when words have no effect. As you know, they punish the recalcitrant with disenfranchisement, fines, and death.
How could the private teaching of any sophist avail in counteracting theirs? It would be great folly even to try; for no instruction aiming at an ideal contrary to the training they give has ever produced, or will ever produce, a different type of character -- on the level, that is to say, of common humanity....[Y]ou may be sure that, in the present state of society, any character that escapes and comes to good can only have been saved by some miraculous interposition.3
It is noteworthy that in this passage Plato identifies three critical variables that jointly give rise to the moral character of a human being: native traits (or what we might call genetic endowment or pre-dispositions); early childhood experience; and, finally, the surrounding culture. For our purposes, Plato's reference to innate traits that bear on our moral development, while interesting, is not immediately relevant. More relevant are the points pertaining to early childhood experience and to the power of the surrounding culture.
Let us begin with the power of the surrounding culture. Much like Resh Lakish, Plato offers the social psychological insight that the overwhelming majority of individuals will prove incapable of resisting the voice of the culture that surrounds them: in the typical case, their values, their beliefs, indeed, their very perceptions will tend to mirror those of the surrounding culture. To be sure, some individuals may at times find themselves in social contexts (like certain educational or religious settings) that enable them to take a step back from the culture's norms and to apprehend and affirm moral values that diverge from the culture's drift; but such counter-cultural values are unlikely to survive in a meaningful way when these individuals re-enter day-to-day life in the culture.
Viewed against the background of Nazi Germany and some of the other horrors of the twentieth century, Plato's suggestion that an individual is unlikely to maintain his or her value- commitments and moral givens in the face of a surrounding culture that represents and rewards different values rings all-too-true; and it may threaten to engulf us in pessimism concerning the human future. For this reason, it is important to note that Plato's perspective is not as pessimistic as one might think at first. Note, first, that along with its darker implications Plato's insight concerning the power of culture to shape our outlook and conduct also carries the more comforting implication that if the culture surrounding us embodies and rewards conformity to desirable social norms, it will tend to call forth conduct in the individual that is coherent with these norms; it can lead us to behave much better than we otherwise would, stilling or in any case muting less desirable impulses that might, in the absence of the culture's pull, lead us to reprehensible conduct.
It is, secondly, noteworthy that Plato qualifies his claims concerning the power of culture over the individual in an important respect which is worthy of careful attention; for he intimates that there is one kind of person who may be capable of withstanding the culture's pull! Who is this exceptional individual? It is the person who, having been born with the right native endowment, has also been properly brought up. A sound education in childhood offers, Plato suggests, a measure of protection in adulthood against the countervailing power of the culture!
This sounds like a very promising qualification of Plato's general view; but, as we shall see, it proves much less hopeful than one might initially think. The reason for this is that, for Plato, a proper up-bringing is impossible in the absence of a morally adequate cultural environment. And this brings us face-to-face with the problem of early childhood education as understood by Plato.
For if it is true that adults are powerfully influenced towards conformity with the culture that surrounds them, all the more so young children! In their case, the surrounding culture does not challenge and overpower their pre-existing values and dispositions, for these do not yet exist; rather, the culture creates these values and dispositions! Hence, Plato's insistence that the culture that surrounds young children in the form of real and fictional role-models represent ideals of conduct that are proper to a human being.
Then we must compel our poets, on pain of expulsion, to make their poetry the express image of noble character; we must also supervise craftsmen of every kind and forbid them to leave the stamp of baseness, license, meanness, unseemliness, on painting and sculpture or building...We would not have our Guardians grow up among representations of moral deformity, as in some foul pasture where, day after day, feeding on every poisonous weed they would, little by little gather insensibly a mass of corruption in their very souls. Rather we must seek out those craftsmen whose instincts guides them to whatsoever is lovely and gracious; so that our young men, dwelling in a wholesome climate, may drink in good from every quarter, whence, like a breeze bearing health from happy regions, some influence from noble works constantly falls upon eye and ear from childhood upward, and imperceptibly draws them into sympathy and harmony with the beauty of reason, whose impress they take.4
Thus, Jerusalem and Athens speak with one voice on the question of the role of culture in the moral life: culture is enormously powerful, tending to shape individual human beings in its image. Embedded in this view is a sharp critique of those who hold that "moral education", understood as formal classes designed to promote moral growth, has the power to nurture moral attitudes, dispositions, and sensibilities that improve on what day-to-day life in the culture encourages. How quickly, says Socrates, will the learning acquired at the hands of a teacher dissolve in the face of the allure and the threats presented by the crowd (the culture!). Do not, then, expect much help from courses in ethics designed to stimulate moral growth; and do not expect much from listening to, and even being temporarily moved by, the stirring insights of a moral sage. Such influences do not amount to very much so long as they are incoherent with the moral messages being forcefully and continuously communicated by the cultural environment.5
It follows from this analysis that rather than trying to strengthen direct instruction in the schools, our efforts should be directed towards weaving around the children of the community a cultural totality that will nurture them with images of moral goodness which will seep deeply and enduringly into their souls. When we do this, says Plato,
rhythm and music sink seep into the recesses of the soul and take the strongest hold there, bringing that grace of body and mind which is only to be found in one who is brought up in the right way. Moreover, a proper training in this kind makes a man quick to perceive any defect or ugliness in art or in nature. Such deformity will rightly disgust him. Approving all that is lovely, he will welcome it home with joy into his soul and, nourished thereby, grow into a man of a noble spirit (Plato, 1966, p. 90).
Unfortunately, this solution is itself seriously problematic: for it would appear to be naively unrealistic to think that we have the capacity to reshape the larger culture in such a way that the child is surrounded and nurtured by a worthy moral ideal; for better and/or for worse, we are far from knowing how to re-shape cultural attitudes and dispositions in accordance with our wishes. Indeed, those who seek the kind of cultural transformation that is being suggested as a condition of adequate moral education often turn to education to launch this transformation.
We have, it would appear, a chicken-and-egg problem: education is the key to the transformation of the culture's attitudes regarding morality; but, if Plato is right, the effectiveness of such education depends on a culture that supports the message delivered by educational institutions. Is there a way out of this vicious -- a term particularly appropriate, give our subject-matter -- circle?

An Approach to the Problem

To my way of thinking, there may -- and I use the word "may" deliberately to signify something short of full confidence -- be a way out of this dilemma. This way out is grounded in the insight that schools and families are not just vehicles of "direct instruction", but are themselves cultures. That is, they are social institutions in which are embedded a rich array of norms, customs, and ways of thinking. While it may true that schools, thought of as vehicles of direct instruction, are not in a position to compete with the beliefs and values that suffuse the larger culture, it may be that the culture of the school, if organized around a moral vision that improves on what is available in the larger culture, would prove a worthy competitor.
This distinction between schools as vehicles of direct instruction and schools as cultures and the suggestion that the power of schools as educating institutions lies largely in their influence as cultures are forcefully articulated by John Dewey in his classic book Democracy and Education. Commenting on the desirability of bringing about a culture in which work is so organized that 1) a better fit obtains between aptitudes and interests, on the one hand, and occupational role, on the other, and 2) workers experience work as an arena in which to grow and to contribute to the life of the community, Dewey turns to education as the path towards this ideal. But in doing so, he explicitly disavows the suggestion that education can accomplish this mission via direct instruction. He writes:
Success or failure [in achieving a more adequately organized society] depends more upon the adoption of educational methods calculated to effect the change than upon anything else. For the change is essentially a change in the quality of mental disposition - an educative change. This does not mean that we can change character and mind by direct instruction, apart from a change in industrial and political conditions. Such a conception contradicts our basic idea that character and mind are attitudes of participative response in social affairs. But it does mean that we may produce in schools a projection in type of the society we should like to realize, and by forming minds in accord with it gradually modify the larger and more recalcitrant features of adult society.6
What this means concretely for Dewey is that it would be futile to attempt to nurture, say, the spirit of social cooperation or the expectation that work is an arena for personal growth through any kind of direct instruction. There is, however, some likelihood of success if such values are woven into the very fabric, or organization, of day-to-day life in the school community, so that students encounter and absorb them as a matter-of-fact by-product of participating in the life of this community.
More generally, so long as the power of education to shape basic moral beliefs and dispositions is identified with isolated efforts to impart skills, understandings, and insights, there is little reason to think it can compete with the larger culture that surrounds the child -- especially if the cultures of educating institutions themselves don't cohere with the contents of direct instruction. But the moment we begin thinking of educating institutions as themselves forms of culture in which the child is immersed, the situation changes dramatically. Of course, one should not be naive about our ability shape the ethos of a school-culture in accordance with our aspirations; this too, as many an educational innovator and reformer will attest, can be most difficult. Nonetheless, it is significantly more manageable than the effort to directly transform the culture of the larger community. And if the culture of the school-community can thus be shaped, there is reason to hope that it will influence the young in ways that will endure even in the face of a larger culture that is at variance with the school-based dispositions and attitudes that they are acquiring.
"There is reason to hope" -- but hope is not the same as certainty or even great confidence. Imagine a school-community that successfully embodies a culture that is at one with our highest moral aspirations, and that throughout the life of this school -- in the teachers, in the curriculum, in the hallways, in the lunchroom, on the bulletin boards, etc. -- these moral aspirations live as social reality. It remains an open question whether a child who goes through such a school but continues to inhabit a larger culture that is at variance with the school- culture will be decisively influenced by the school-culture, rather than by the larger culture; and skeptics may also wonder whether whatever good is accomplished in such an environment will rapidly wash-out when graduates enter an adult world that is unsupportive and punishing of the attitudes and dispositions encouraged by the school. Such doubts are important and serve to caution us against the kind of naive optimism that might lead us to hold that the school can solve our problems.
But if, as just suggested, it is appropriate to avoid a dogmatic conviction that schools are adequate to the challenge of nurturing moral sensibilities and dispositions that challenge what is the norm in the larger society, it is also important to avoid assuming in advance that because of the concerns just raised schools are necessarily powerless in this arena. There is no strong empirical basis for such a view, and it is a view which discourages the very educational experiments that have the potential to give us data that will speak to this question.
There is also an additional (and very different kind of) consideration that augurs well for the power of the school relative to the larger culture. The suggestion that the larger culture will overpower whatever the child learns through the culture of the school may be built on an assumption which, though not identified and challenged in this discussion, is, at least in our own society, questionable. This is the assumption that the "the larger culture" is singular rather than made up of multiple voices. While this may be reasonably true of some cultures, it is arguable that in an open, multi-cultural society like our own the child encounters a multitude of cultural voices in the course of growing up, many of which are at cross-purposes. Because the effect of these voices may be, if not to cancel each other out, at least to weaken each one, the voice of the school-culture, if it represents a compelling moral outlook in a consistent way over many years, may prove very powerful -- in the same way even a small minority coalition may powerfully affect the course of a society if various other and possibly much larger political parties cancel each other out.7
But even if this question concerning the power of educational institutions relative to that of the larger culture can be satisfactorily addressed, it must be noted that there are other significant questions in need of addressing that I have largely bypassed in this discussion. For example: 1) is it even possible to develop an educational environment that is radically at variance with the larger culture of the community? And assuming it is possible to develop a few demonstration-sites of this kind, is it realistic to imagine such institutions on a mass-scale in a country like the United States? 2) Even if principle we agree that schools can and should be created that are organized around a moral ideal that is different from what is accepted in the larger culture, what is this moral ideal -- and who in a democratic society that is grounded in the Constitution and that is home to heterogeneous groups representing a diversity of moral outlook should be empowered to determine educational policy in this area? Though the beyond the scope of this paper, such questions are important and need to occupy an important place in our communal and educational agenda.

Notes

1 Hayim Nachman Bialik, and Yeshoshua Ravnitzky, The Book of Legends (New York: Schocken Books, 1992), p. 27.
2"Noah walked with God (Gen. 6:9). R[abbi] Judah said: The phrasing may be understood from the parable of a king who had two sons, one grown up ad the other a child. To the child he said, Walk with me; but to the adult, Walk before me. Likewise to Abraham whose [spiritual] strength was great, he said, "Because you are whole-hearted, walk before me" (Gen. 17:1). But to Noah, whose [spiritual] strength was feeble, Scripture says, "Noah walked with God." Cited in Bialik and Ravnitzky, ibid., p. 27.
3 Plato's Republic, trans. by F. M.Cornford (New York: Oxford University Press, 1966), pp. 199-200.
4 Plato's Republic, ibid., p. 90. In his commentary on the Republic, Allan Bloom offers a contemporary statement of the Platonic view:
"Men's views about the highest beings and their choice of heroes are decisive for the tone of their lives. He who believes in the Olympian gods is a very different man from the one who believes in the Biblical God, just as the man who admires Achilles is different from the one who admires Moses or Jesus. The different men see very different things in the world and, although they may partake of a common human nature, they develop very different aspects of that nature; they hardly seem to be of the same species, so little do they agree about what is important in life...If poetry is so powerful, its character must be a primary concern of the legislator." Allan Bloom, "Plato's Republic: An Interpretive Essay," in The Republic 0f Plato, trans. by Allan Bloom (New York: Basic Books, 1968), p. 351.
5 Though it is beyond the scope of this paper to discuss contemporary discussions of the influence of culture on the development and expression of our character, it is noteworthy that the perspective I have identified with Jerusalem and Athens is generally at one with the findings of contemporary child development and social psychology.
6 John Dewey, Democracy and Education (New York: Macmillan Company, 1916), p. 370.
7 I am indebted to Francis Schrag and Amy Shuffelton for calling my attention, in an earlier draft, to the fact that American culture is more plural than my account suggested; and this paragraph is intended to call the reader's attention to this point. While this is an important point to consider, I want to suggest that within the diversity of cultural influences a human being encounters in American society, there may nonetheless be certain voices representing particular values that speak very loud across these differences. To this extent, it would not be the case that the presence of multiple cultural voices in American society would operate to increase the strength of the school-culture.

WORK IS WORSHIP

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The Role of Culture in Moral Development

 WORK IS WORSHIP

The highest man cannot work, for there is no binding element, no attachment, no ignorance in him. A ship is said to have passed over a mountain of magnet ore, and all the bolts and bars were drawn out, and it went to pieces. It is in ignorance that struggle remains, because we are all really atheists. Real theists cannot work. We are atheists more or less. We do not see God or believe in Him. He is G-O-D to us, and nothing more. There are moments when we think He is near, but then we fall down again. When you see Him, who struggles for whom? Help the Lord! There is a proverb in our language, "Shall we teach the Architect of the universe how to build?" So those are the highest of mankind who do not work. The next time you see these silly phrases about the world and how we must all help God and do this or that for Him, remember this. Do not think such thoughts; they are too selfish. All the work you do is subjective, is done for your own benefit. God has not fallen into a ditch for you and me to help Him out by building a hospital or something of that sort. He allows you to work. He allows you to exercise your muscles in this great gymnasium, not in order to help Him but that you may help yourself. Do you think even an ant will die for want of your help? Most arrant blasphemy! The world does not need you at all. The world goes on you are like a drop in the ocean. A leaf does not move, the wind does not blow without Him. Blessed are we that we are given the privilege of working for Him, not of helping Him. Cut out this word "help" from your mind. You cannot help; it is blaspheming. You are here yourself at His pleasure. Do you mean to say, you help Him? You worship. When you give a morsel of food to the dog, you worship the dog as God. God is in that dog. He is the dog. He is all and in all. We are allowed to worship Him. Stand in that reverent attitude to the whole universe, and then will come perfect non-attachment. This should be your duty. This is the proper attitude of work. This is the secret taught by Karma-Yoga.
 
Meaning of ‘Work is Worship': Every man is born with two hands and a mouth. It means God wants us to work. We have to work to satisfy our needs. When a man works sincerely, he gets success in life. When he works half-heartedly, he is bound to fail. As is the case with work so is the case with worship. A worshipper worships with some aim in mind. He wants to be free from sufferings. He does not worry about the obstacles on the way. A worshipper can find God if he worships sincerely. A worker can succeed if he works honestly. So work and worship are similar in nature.
Discoveries and inventions: The man who works hard brings happiness to the earth. We have many immediate needs to meet. Man discovered fire to cook his food. He discovered clothes to protect himself against cold. He had no shelter. So he built huts and houses. Man invented machines to produce things faster. Man kept on inventing one thing after another. He succeeded in his efforts only when he worked day in day out. Columbus discovered America despite all difficulties. Marconi invented radio after devoting all his life-time to it. So work and worship are of the same type.
Happiness: Both work and worship aim at ending sufferings. They try to create happiness on earth. Man invented machines. They are of different kinds and for different purposes. What we did with hands is now being done by machines. We do not have to work slowly and painfully. Machines work faster and better. All this shows the truth of the saying that “Work is Worship”. Man’s work aims at creating better and happier conditions in society. A worshipper wants to be free from want, hunger and sorrows. A man who works for improving the living conditions of human beings is also a worshipper.
Conclusion: But too much of everything is bad. “All work and no play make Jack a dull boy”. So we should both work and play. Where work is creating, it is worship. It is a blessing to mankind. But wicked work like starting war, looting people, black-marketing, smuggling etc. is not worship. Work which is done for the welfare of human beings is worship.

Local Weather Report and Forecast For: Kakinada Dated :Mar 23, 2015

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Local Weather Report and Forecast For: Kakinada    Dated :Mar 23, 2015
Kakinada
Past 24 Hours Weather Data
Maximum Temp(oC)36.3
Departure from Normal(oC)1
Minimum Temp (oC)23.7
Departure from Normal(oC)-1
24 Hours Rainfall (mm)NIL
Todays Sunset (IST)18:12
Tommorows Sunrise (IST)06:03
Moonset (IST)21:18
Moonrise (IST)08:18
Today's Forecast:Sky condition would be partly cloudy. Maximum and minimum temperatures would be around 36 & 25 degrees celsius respectively.
Date Temperature ( o C ) Weather Forecast
Minimum Maximum
24-Mar 25.0 36.0 Partly cloudy sky
25-Mar 25.0 36.0 Partly cloudy sky
26-Mar 25.0 36.0 Partly cloudy sky
27-Mar 25.0 37.0 Partly cloudy sky with Thundery development
28-Mar 25.0 37.0 Partly cloudy sky with Thundery development
29-Mar 25.0 37.0 Partly cloudy sky with Thundery development






Actual
Average
Record
Temperature

Mean Temperature
30 °C
-

Max Temperature
36 °C
-
- ()
Min Temperature
23 °C
-
- ()
Cooling Degree Days
20


Growing Degree Days
36 (Base 50)


Moisture

Dew Point
23 °C


Average Humidity
67


Maximum Humidity
89


Minimum Humidity
38


Precipitation

Precipitation
0.0 mm
-
- ()
Sea Level Pressure

Sea Level Pressure
1010.25 hPa


Wind

Wind Speed
2 km/h ()


Max Wind Speed
9 km/h


Max Gust Speed
-


Visibility
7.0 kilometers


Events
 



T = Trace of Precipitation, MM = Missing Value
Source: Averaged Metar Reports


Daily Weather History Graph

Daily Weather History Graph



Time (IST)Temp.Dew PointHumidityPressureVisibilityWind DirWind SpeedGust SpeedPrecipEventsConditions
2:30 AM25 °C23 °C84%1010 hPa4 kmCalmCalm--Scattered Clouds
5:30 AM24 °C22 °C89%1010 hPa4 kmCalmCalm--Scattered Clouds
8:30 AM28 °C24 °C75%1012 hPa10 kmCalmCalm--Scattered Clouds
11:30 AM34 °C22 °C42%1012 hPa10 kmSW5.6 km/h /  --Clear
2:30 PM36 °C23 °C38%1009 hPa10 kmSW9.3 km/h /  --Clear
5:30 PM32 °C25 °C58%1008 hPa10 kmSSW7.4 km/h /  --Scattered Clouds
8:30 PM28 °C24 °C73%1010 hPa4 kmSSW3.7 km/h /  --Clear
11:30 PM27 °C24 °C79%1011 hPa4 kmCalmCalm--Scattered Clouds


Monthly

Max
Avg
Min
Sum
Temperature

Max Temperature
36 °C
34 °C
26 °C
Mean Temperature
30 °C
28 °C
26 °C
Min Temperature
25 °C
23 °C
19 °C
Degree Days

Heating Degree Days (base 65)
0
0
0
0
Cooling Degree Days (base 65)
21
18
13
431
Growing Degree Days (base 50)
36
33
28
787
Dew Point

Dew Point
26 °C
22 °C
15 °C
Precipitation

Precipitation
0.0 mm
0.0 mm
0.0 mm
0.00 mm
Snowdepth
-
-
-
-
Wind

Wind
9 km/h
1 km/h
0 km/h
Gust Wind
-
-
-
Sea Level Pressure

Sea Level Pressure
1017 hPa
1013 hPa
1008 hPa

 Monthly Weather History Graph


Material safety data sheet

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Material safety data sheet

A material safety data sheet (MSDS), safety data sheet (SDS),or product safety data sheet (PSDS) is an important component of product stewardship and occupational safety and health. It is intended to provide workers and emergency personnel with procedures for handling or working with that substance in a safe manner, and includes information such as physical data (melting point, boiling point, flash point, etc.), toxicity, health effects, first aid, reactivity, storage, disposal, protective equipment, and spill-handling procedures. MSDS formats can vary from source to source within a country depending on national requirements.
SDSs are a widely used system for cataloging information on chemicals, chemical compounds, and chemical mixtures. SDS information may include instructions for the safe use and potential hazards associated with a particular material or product. These data sheets can be found anywhere where chemicals are being used.
There is also a duty to properly label substances on the basis of physico-chemical, health and/or environmental risk. Labels can include hazard symbols such as the European Union standard black diagonal cross on an orange background, used to denote a harmful substance.
An SDS for a substance is not primarily intended for use by the general consumer, focusing instead on the hazards of working with the material in an occupational setting.
In some jurisdictions, the MSDS is required to state the chemical's risks, safety, and effect on the environment.
The SDS follows a 16 section format which is internationally agreed and for substances especially, the SDS should be followed with an Annex which contains the exposure scenarios of this particular substance. T
The 16 sections are
  • SECTION 1: Identification of the substance/mixture and of the company/undertaking
    • 1.1. Product identifier
    • 1.2. Relevant identified uses of the substance or mixture and uses advised against
    • 1.3. Details of the supplier of the safety data sheet
    • 1.4. Emergency telephone number
  • SECTION 2: Hazards identification
    • 2.1. Classification of the substance or mixture
    • 2.2. Label elements
    • 2.3. Other hazards
  • SECTION 3: Composition/information on ingredients
    • 3.1. Substances
    • 3.2. Mixtures
  • SECTION 4: First aid measures
    • 4.1. Description of first aid measures
    • 4.2. Most important symptoms and effects, both acute and delayed
    • 4.3. Indication of any immediate medical attention and special treatment needed
  • SECTION 5: Firefighting measures
    • 5.1. Extinguishing media
    • 5.2. Special hazards arising from the substance or mixture
    • 5.3. Advice for firefighters
  • SECTION 6: Accidental release measures
    • 6.1. Personal precautions, protective equipment and emergency procedures
    • 6.2. Environmental precautions
    • 6.3. Methods and material for containment and cleaning up
    • 6.4. Reference to other sections
  • SECTION 7: Handling and storage
    • 7.1. Precautions for safe handling
    • 7.2. Conditions for safe storage, including any incompatibilities
    • 7.3. Specific end use(s)
  • SECTION 8: Exposure controls/personal protection
    • 8.1. Control parameters
    • 8.2. Exposure controls
  • SECTION 9: Physical and chemical properties
    • 9.1. Information on basic physical and chemical properties
    • 9.2. Other information
  • SECTION 10: Stability and reactivity
    • 10.1. Reactivity
    • 10.2. Chemical stability
    • 10.3. Possibility of hazardous reactions
    • 10.4. Conditions to avoid
    • 10.5. Incompatible materials
    • 10.6. Hazardous decomposition products
  • SECTION 11: Toxicological information
    • 11.1. Information on toxicological effects
  • SECTION 12: Ecological information
    • 12.1. Toxicity
    • 12.2. Persistence and degradability
    • 12.3. Bioaccumulative potential
    • 12.4. Mobility in soil
    • 12.5. Results of PBT and vPvB assessment
    • 12.6. Other adverse effects
  • SECTION 13: Disposal considerations
    • 13.1. Waste treatment methods
  • SECTION 14: Transport information
    • 14.1. UN number
    • 14.2. UN proper shipping name
    • 14.3. Transport hazard class(es)
    • 14.4. Packing group
    • 14.5. Environmental hazards
    • 14.6. Special precautions for user
    • 14.7. Transport in bulk according to Annex II of MARPOL73/78 and the IBC Code
  • SECTION 15: Regulatory information
    • 15.1. Safety, health and environmental regulations/legislation specific for the substance or mixture
    • 15.2. Chemical safety assessment
  • SECTION 16: Other information

Kjeldahl method

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 Kjeldahl method

The Kjeldahl method or Kjeldahl digestion (Danish pronunciation: [ˈkʰɛld̥æːˀl]) in analytical chemistry is a method for the quantitative determination of nitrogen in chemical substances developed by Johan Kjeldahl in 1883.

Contents

    1 Method
    2 Applications
        2.1 Total Kjeldahl nitrogen
        2.2 Conversion factors
        2.3 Sensitivity
        2.4 Limitations
    3 See also
    4 References
    5 External links

Method

The method consists of heating a substance with sulfuric acid, which decomposes the organic substance by oxidation to liberate the reduced nitrogen as ammonium sulfate. In this step potassium sulfate is added to increase the boiling point of the medium (from 337 °C to 373 °C) . Chemical decomposition of the sample is complete when the initially very dark-colored medium has become clear and colorless.

The solution is then distilled with a small quantity of sodium hydroxide, which converts the ammonium salt to ammonia. The amount of ammonia present, and thus the amount of nitrogen present in the sample, is determined by back titration. The end of the condenser is dipped into a solution of boric acid. The ammonia reacts with the acid and the remainder of the acid is then titrated with a sodium carbonate solution by way of a methyl orange pH indicator.

    Degradation: Sample + H2SO4 → (NH4)2SO4(aq) + CO2(g) + SO2(g) + H2O(g)
    Liberation of ammonia: (NH4)2SO4(aq) + 2NaOH → Na2SO4(aq) + 2H2O(l) + 2NH3(g)
    Capture of ammonia: B(OH)3 + H2O + NH3 → NH4+ + B(OH)4−
    Back-titration: B(OH)3 + H2O + Na2CO3 → NaHCO3(aq) + NaB(OH)4(aq) + CO2(g) + H2O

In practice, this analysis is largely automated; specific catalysts accelerate the decomposition. Originally, the catalyst of choice was mercuric oxide. However, while it was very effective, health concerns resulted in it being replaced by cupric sulfate. Cupric sulfate was not as efficient as mercuric oxide, and yielded lower protein results. It was soon supplemented with titanium dioxide, which is currently the approved catalyst in all of the methods of analysis for protein in the Official Methods and Recommended Practices of AOAC International.http://upload.wikimedia.org/wikipedia/commons/thumb/e/ee/Kjeldahl%27s_distillation.svg/800px-Kjeldahl%27s_distillation.svg.png
                           Kjeldahl digestion                                                                        Kjeldahl distillation
Applications
The Kjeldahl method's universality, precision and reproducibility have made it the internationally recognized method for estimating the protein content in foods and it is the standard method against which all other methods are judged. It is also used to assay soils, waste waters, fertilizers and other materials. It does not, however, give a measure of true protein content, as it measures nonprotein nitrogen in addition to the nitrogen in proteins. This is evidenced by the 2007 pet food incident and the 2008 Chinese milk powder scandal, when melamine, a nitrogen-rich chemical, was added to raw materials to fake high protein contents. Also, different correction factors are needed for different proteins to account for different amino acid sequences. Additional disadvantages, such as the need to use concentrated sulfuric acid at high temperature and the relatively long testing time (an hour or more), compare unfavorably with the Dumas method for measuring crude protein content.
Total Kjeldahl nitrogen

Total Kjeldahl nitrogen or TKN is the sum of organic nitrogen, ammonia (NH3), and ammonium (NH4+) in the chemical analysis of soil, water, or wastewater (e.g. sewage treatment plant effluent).

Today, TKN is a required parameter for regulatory reporting at many treatment plants, and as a means of monitoring plant operations.
Conversion factors

TKN is often used as a surrogate for protein in food samples. The conversion from TKN to protein depends on the type of protein present in the sample and what fraction of the protein is composed of nitrogenous amino acids, like arginine and histidine. However, the range of conversion factors is relatively narrow. Example conversion factors, known as N factors, for foods range from 6.38 for dairy and 6.25 for meat, eggs, maize (corn) and sorghum to 5.83 for most grains; 5.70 for wheat flour, and 5.46 for peanuts.
Sensitivity

The Kjeldahl method is poorly sensitive in the original version. Other detection methods have been used to quantify NH4+ after mineralisation and distillation, achieving improved sensitivity: in-line generator of hydride coupled to a plasma atomic emission spectrometer (ICP-AES-HG, 10–25 mg/L),[6] potentiometric titration (>0.1 mg of nitrogen), zone capillary electrophoresis (1.5 µg/ml of nitrogen),and ion chromatography (0.5 µg/ml).
Limitations

Kjeldahl method is not applicable to compounds containing nitrogen in nitro and azo groups and nitrogen present in rings (e.g. pyridine) as nitrogen of these compounds does not convert to ammonium sulfate under the conditions of this method.


References

Kjeldahl, J. (1883) "Neue Methode zur Bestimmung des Stickstoffs in organischen Körpern" (New method for the determination of nitrogen in organic substances), Zeitschrift für analytische Chemie, 22 (1) : 366-383.
Julius B. Cohen Practical Organic Chemistry 1910 Link to online text
AOAC International
Dr. D. Julian McClements. "Analysis of Proteins". University of Massachusetts Amherst. Retrieved 2007-04-27.
http://www.fao.org/docrep/006/y5022e/y5022e03.htm
A.M.Y. Jaber, N.A. Mehanna, S.M. Sultan. Determination of ammonium and organic bound nitrogen by inductively coupled plasma emission spectroscopy. Talanta, 78 (4-5) 1298-1302, 2009. [1]
http://blog.pharmaphysic.fr/ecz-dosage-azote-kjeldahl/#more-592

Scaffolding collapse in Vietnam leaves at least 14 workers dead and 28 injured

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Scaffolding collapse in Vietnam leaves at least 14 workers dead and 28 injured

Workers and rescuers gather at the site of collapsed scaffolding Photo: Workers and rescuers gathered at the site of collapsed scaffolding which killed 14 people. (AFP: Vietnam News Agency)
Map: Vietnam
At least 14 workers have been killed and dozens more injured after scaffolding collapsed at a steel plant in central Vietnam, officials said, as rescue teams searched for bodies still trapped in the wreckage.
The labourers were building concrete blocks as part of a seawall project when the accident took place late in the coastal province of Ha Tinh, said Le Minh Dao, office manager of the provincial People's Committee.
"We have pulled out 12 bodies. Two other bodies will soon be rescued from the rubble," Mr Dao said.
He said that around 700 people were mobilised overnight to help rescue workers at the site, where at least 28 people were injured.
State media reported that many of the injured were recovering at a local hospital, with some in critical condition.
It was not immediately clear why the scaffolding had collapsed but an investigation would be launched, Mr Dao said.
According to local officials, the industrial complex is owned by Taiwanese group Formosa Plastics.
State media also said the construction project had been sub-contracted to a local labour supply company, with investment from Samsung C&T, a subsidiary of South Korean giant Samsung.
Formosa Plastics has been building a large steel complex in the Vung Ang industrial zone in Ha Tinh.
The $8-billion site was the target of anti-Chinese riots last May after Beijing deployed an oil rig in waters that Vietnam claims.
Formosa's Ha Tinh complex was looted, vandalised and partially burned down by rioters, leaving at least two Chinese workers dead and more than 100 others — both Chinese and Vietnamese — injured.
The project recently came under fire in Vietnam's state-controlled media for violating local labour laws by employing too many Chinese workers.
Deadly accidents are common at construction sites in Vietnam, where labour and safety regulations are sometimes ignored.

How to Evaluate Soil Texture: Organic Gardening

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How to Evaluate Soil Texture: Organic Gardening
Definition of soil texture:
Texture indicates the relative content of particles of various sizes, such as sand, silt and clay in the soil. Texture influences the ease with which soil can be worked, the amount of water and air it holds, and the rate at which water can enter and move through soil.
Throw-the-ball test
Take a handful of moist soil and squeeze it into a ball
Throw the ball into the air about 50 cm
If the ball falls apart, it is poor soil with too much sand
If the ball sticks together, it is probably good soil with enough clay in it
Squeeze-the-ball test
Take a handful of soil and wet it, so that it begins to stick together without sticking to your hand;
Squeeze it hard, then open your hand …
If the soil retains the shape of your hand, there is probably clay in it
If the soil does not retain the shape of your hand, there is too much sand in it.
How to find the approximate proportions of sand, silt and clay
This is a simple test which will give you a general idea of the proportions of sand, silt and clay
present in the soil.
The Bottle Test
Put 5 cm of soil in a bottle and fill it with water;
At the bottom is a layer of sand;
· In the middle is a layer of silt;
· On the top is a layer of clay. If the water is still not clear, it is because some of the finest clay is still mixed with the water;
· On the surface of the water there may be bits of organic matter floating;
· Measure the depth of the sand, silt and clay and estimate the approximate proportion of each.
Stir the water and soil well, put the bottle down, and do not touch it for an hour. At the end of an hour, the water will have cleared and you will see that the larger particles have settled;

Local Weather Report and Forecast For: Kakinada Dated :Mar 26, 2015

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Local Weather Report and Forecast For: Kakinada    Dated :Mar 26, 2015
Kakinada
Past 24 Hours Weather Data
Maximum Temp(oC)34.6
Departure from Normal(oC)0
Minimum Temp (oC)24.8
Departure from Normal(oC)0
24 Hours Rainfall (mm)NIL
Todays Sunset (IST)18:13
Tommorows Sunrise (IST)06:00
Moonset (IST)---
Moonrise (IST)10:53
Today's Forecast:Sky condition would be partly cloudy. Maximum and minimum temperatures would be around 35 & 25 degrees celsius respectively.
Date Temperature ( o C ) Weather Forecast
Minimum Maximum
27-Mar 25.0 35.0 Partly cloudy sky
28-Mar 25.0 35.0 Partly cloudy sky
29-Mar 25.0 35.0 Partly cloudy sky
30-Mar 24.0 34.0 Partly cloudy sky
31-Mar 24.0 34.0 Partly cloudy sky
01-Apr 24.0 35.0 Partly cloudy sky







Actual
Average
Record
Temperature

Mean Temperature
29 °C
-

Max Temperature
34 °C
-
- ()
Min Temperature
24 °C
-
- ()
Cooling Degree Days
20


Growing Degree Days
35 (Base 50)


Moisture

Dew Point
24 °C


Average Humidity
67


Maximum Humidity
85


Minimum Humidity
44


Precipitation

Precipitation
0.0 mm
-
- ()
Sea Level Pressure

Sea Level Pressure
1013.75 hPa


Wind

Wind Speed
1 km/h ()


Max Wind Speed
6 km/h


Max Gust Speed
-


Visibility
7.0 kilometers


Events
 



T = Trace of Precipitation, MM = Missing Value
Source: Averaged Metar Reports
Daily Weather History Graph









Monthly

Max
Avg
Min
Sum
Temperature

Max Temperature
36 °C
34 °C
27 °C
Mean Temperature
30 °C
28 °C
26 °C
Min Temperature
26 °C
23 °C
19 °C
Degree Days

Heating Degree Days (base 65)
0
0
0
0
Cooling Degree Days (base 65)
21
18
14
493
Growing Degree Days (base 50)
36
33
29
894
Dew Point

Dew Point
26 °C
23 °C
15 °C
Precipitation

Precipitation
0.0 mm
0.0 mm
0.0 mm
0.00 mm
Snowdepth
-
-
-
-
Wind

Wind
9 km/h
1 km/h
0 km/h
Gust Wind
-
-
-
Sea Level Pressure

Sea Level Pressure
1017 hPa
1013 hPa
1008 hPa

Monthly Weather History Graph






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