Gobarganeshml,gobarganeshml wrote:That's a loaded question. That's like asking - provide me evidence that you are always truthful to your wife.
I think I can now understand what you are trying to do.

Best of luck!
Gobarganeshml,gobarganeshml wrote:That's a loaded question. That's like asking - provide me evidence that you are always truthful to your wife.
Oh Theo , you are touching raw nerve here. for most part you won't get info under RTI. It would be denined under clause 8(1)(a) of the RTITheo_Fidel wrote:Amber this is classic nuclear industry tactics.
You don't have any info to contribute so you attack those who do.
Did you even know that BARC has done a radiological study. You certainly don't have any info to contribute about it. I tried to file a RTI to get the info for Kudankulam but apparently most of NPCIL is exempt. I'm trying to file the Kalpakkam one as it is possible that one may be covered under RTI.
This is apparently the skirt you want to hide behind as well. Secrecy. One must wonder why. If this is your attitude please ignore my posts. We have nothing to say to each other.
If they give you some other reply do let me know. We can pull them up by reporting to Bredators here.8 (1)
Notwithstanding anything contained in this Act, there shall be no obligation to give any citizen,—
(a) information, disclosure of which would prejudicially affect the sovereignty and integrity of India, the security, strategic, scientific or economic interests of the State, relation with foreign State or lead to incitement of an offence;
Ramanaji - Fair question, let me address your rebuke to me.ramana wrote:AmberG, I dont know who you are basing your opinions on but I haven't been on this thread recently. And dont intend to.
I came here when it was pointed that you are taking my name in vain.
I see you are reporting Theo and not getting instant reponse throw my name gratitously. Is your case that some how, he is my buddy? Why tar the poor young man as you seem to have an opinion about me?
My singular point for the above quote, is to give an awareness that BRF is becoming visible...[his] sole mandate is to put out the EB viewpoint and annoy and bait EB-opponents with complete impunity: thanks to the shield erected around him by < an brf admin> . His angst against XXXXX, XXXXXX, the XXXXX, et al is probably because they constantly remind him of his ignorance. Beyond .net programming that is
As for me, I can still find quite a bit to learn from some posts here so I like to read the posts here and do my best to filter out the noise.I believe that a complete impasse has been achieved for a simple reason. Those who fear the "invisible danger" will not find solace in any amount of scientific reasoning. Similarly, those who reason, will never understand the irrationality of fear.
First, the accident was a result of the worst earthquake and tsunami in Japan’s modern history, an event which has caused the loss of over 20,000 lives and up to $300 billion in damages. Second, given the extraordinary magnitude of the initiating events (i.e. earthquake was 9.0 vs design 8.2, tsunami wave was 14 m vs design 5.7 m), the Fukushima-Daichii plant has performed relatively well in some respects and so far there is no evidence of major human errors in handling the crisis. It is noted that the containments at Units 1 and 3 have not failed, in spite of the exceptional loads they have been subject to, i.e. earthquake, tsunami, hydrogen explosions in the reactor buildings, steam discharges from the reactor pressure vessel, exposure to hot seawater, pressure above design limits for days. It is likely that there is a leak in the containment at Unit 2. The release of radioactivity from the plant has been large (with contributions also from containment venting and spent fuel pool overheating) and some workers have received significant radiation doses (>100 mSv whole-body equivalent), but health risks for them and the general population are expected to be negligible (see Appendix A). In fact, no loss of life has occurred as a result of the accident. Direct damage and casualties inflicted on Japan by the earthquake and tsunami far exceed any damage caused by the accident at the nuclear plant...
It also mentions: (Something which I tried to educate the aam janata here)The U.S. NRC called for a much larger evacuation zone for U.S. citizens around the Fukushima plant ("This is the same advice that the NRC would give if this incident were taking place in the United States, to evacuate beyond a 50-mile radius," NRC Chairman Jaczko, March 17, 2011). While precautionary, this call did not seem consistent with the magnitude of the radioactivity releases; it undermined the Japanese regulator’s credibility, and created anxiety and confusion in the media, local population and general public {it sure did ..even in BRF}.
In fact it says, for example:Communication of radiation levels to the public was made difficult by three factors: the use of three different scientific quantities (dose, dose equivalence and activity), the use of two systems of units (SI units used worldwide and the older units still in use in the U.S.), and a lack of context for understanding the meaning of these radiation levels. { This is why I tried to compare it with background radiation, banana dose etc - }
The report is worth reading in full. It describes measured health impact of radiation and other lessons learned. It also gives recommendations. If the technical data seems consistent with many of the posts here, it is not pro-nuke CT, it is just that the basic physics does not change. Of course, the situation is still evolving, so there may be more learning.Radiation risk during nuclear accidents should be communicated to the public using a qualitative, intuitive scale () vs. the traditional quantities of dose rate and activity. For example, the units of ‘natural background dose equivalence rate’ {Yes, 1/3 of background is much more intuitive than 1000 muSv} could be adopted. To avoid the necessity of adjusting for local background variations, the world average dose-rate from natural sources should be used: 2.4 mSv/year or 0.27 µSv/hr. Thus the elevated levels due to contamination would be presented in terms of the factor by which natural background
radiation is exceeded. ..... 10 times natural background is easier to grasp than
2.7 µSv/hr since no prior learning in a specialized field is required.
Closing thoughts:
The initial response of the nuclear industry and the U.S government to the Fukushima accident has been measured and rational (see Appendix. However, the risk of over-reacting to an accident, particularly one as dramatic as Fukushima, remains high. The industry is concerned about the near-term effect of Fukushima on the process of life extension of current plants and the support for new construction projects. Under the pressure of the public and the media, the government may be compelled to push for sweeping policy and regulatory changes, which may ultimately prove to be unnecessarily onerous on existing and future plants. Decision-making in the immediate aftermath of a major crisis is often influenced by emotion. Therefore, the following questions should be addressed after searching for vulnerabilities at existing plants, but before enacting significant changes in nuclear energy regulations and policy. Does an accident like Fukushima, which is so far beyond design basis, really warrant a major overhaul of current nuclear safety regulations and practices? If so, when is safe safe enough? Where do we draw the line? It seems that a rational approach to this question would need to be based on a riskinformed comparison of nuclear energy with other energy sources (particularly its most credible competitors, such as coal and natural gas), {GuruPrabhu's point} including their effects on climate change, global economy, stability and reliability of the energy supply, and geo-politics. But can the decision makers take a risk-informed approach to energy policy?
All engineered structures (e.g. power plants, bridges, skyscrapers, dams, highways) will fail if subjected to loads far enough beyond what they were designed for. The catastrophic failure of an irrigation water dam in the Fukushima prefecture, which occurred when the earthquake hit, went virtually un-reported in the media. {Amitji did mention it for perspective} What does this failure say about the safety of hydro power? Are the design basis selections of energy industry structures posing high environmental hazard, such as oil drilling platforms offshore, coal mines and water dams, consistent with those of nuclear plants? If not, are we as a society irrationally accepting higher risks from certain technologies than others?
Amitji - you may find this x-post interesting:amit wrote:The "decision to close down" bladerdash is a classic example of Fuk-D'ing with facts. In Japan one plant has been temporarily shut down pending building more robust defences against tsunamis and the Germans have been talking about closing down their old nuclear plants instead of going for a life extension that had been touted by Frau Merkel. But they haven't yet actually started the process of clsing down a single plant yet.the decision to close down plants in Japan, Germany and elsewhere is purely coincidental.
Absolutely.
Can you list the number of plants that have been closed down forever after Fukushima accident?
BTW all this is good entertainment.
Japan's Mitsubishi Heavy Industries (MHI) is still aiming to reach its goal of doubling its global nuclear power-related orders by 2014. The company's US subsidiary has announced plans for a new engineering centre in Charlotte, North Carolina.
Mitsubishi Nuclear Energy Systems (MNES) said that the Charlotte Engineering Centre will "expand the company's business in the US market of building new nuclear power plants and supplying replacement components for existing nuclear power plants." It added that the new centre "will be the core of the company's new-build projects in the United States."
The company said that it will invest some $4.1 million in the new facility, which is expected to create 135 jobs over the next five years.
<snip>
Global growth
MHI expects to meet its goal of doubling orders in the nuclear power business in the next few years, despite the accident at the Fukushima nuclear power plant in Japan. The company anticipates nuclear power orders worth ¥600 billion ($7.4 billion) in fiscal 2014, Kyodo News reported.
In the fiscal year ended March 2011, the company's nuclear business reported orders worth ¥310 billion ($3.8 billion), up 15% from the previous year. For fiscal 2012, MHI anticipates orders worth ¥400 billion ($5.0 billion).
Absolutely. BARCs FBR and other reactors don't follow the same laws of physics used in the west, SU & Japan. India has its own laws that supersedes it. When your brain is more massive than a neutron star and is computing faster than the speed of light, who knows what sort of technologies can be developed? We just need to be careful that our brains aren't so massive to become black holes like our ass holes.Sanku wrote:It appears that some people vehemently believe that if TEPCO and other western tech is shown to be broken, every one else must be in the same boat.
If they failed to read the basic scientific facts right, everyone else must be social science person too.
What hubris.
http://www.hindu.com/2011/06/05/stories ... 591800.htm
Preparations under way for hot run of Kudankulam nuclear reactor
Safety features
The Kudankulam reactors have state-of-the-art safety features in terms of the various passive safety systems backing the active safety systems. Twelve huge water tanks are installed inside the reactor building to ensure that the reactor is filled with water with boron in case of loss of water from the reactor fuel core. In addition, the reactor is cooled by way of natural circulation of air in the event of loss of electricity supply. Each reactor at Kudankulam is provided with four diesel generators of 6.3 MWe capacity each. Of the four diesel generators, only one is required to keep the reactor in a cool state under shutdown condition. The diesel generators were installed at a height of nine metres above the mean sea level, isolated from tsunami-like floods, Mr. Balaji said.
So what happens outside the 16 km zone?The Department of Atomic Energy (DAE), Atomic Energy Commission, Atomic Energy Regulatory Board (AERB), Bhabha Atomic Research Centre (BARC) and the Nuclear Power Company (NPC) would soon jointly give a fresh look at the safety and security measures currently in place at 20 reactors with total generation capacity of 4,760 Mw.
These agencies are expected to revisit emergency preparedness of the plants, the site and on and offsite disaster management to effectively tackle any Fukushima-like disasters and also biological, chemical and nuclear warfare.
This comes close on the heels of Prime Minister Manmohan Singh's meeting with the National Disaster Management Authority on Wednesday where the former emphasised the need to upgradation of beyond design basis accidents. Besides, a high-level committee comprising representatives from the ministries of defence, home affairs, intelligence agencies and DAE take a quarterly review of beyond design basis threats.
A BARC scientist, requesting anonymity, said as a matter of abundant caution, even some beyond design basis accidents are postulated for the nuclear power stations.
"It is only under such highly unlikely scenarios, that there is a possibility of a radiologicial emergency in the public domain. Response plans have also been drawn up for handling such emergencies in the public domain which are known as off site emergencies. These are in addition to the other types of emergency response plans in place within the facility to handle local emergencies. These plans, which are drawn up separately in detail for each site, which are under the jurisdiction of the local district administration, cover an area of 16 km radius around the plant or the off site emergency planning zone.”
Excellent question. For example, what is the plan for evacuating Guwahati in case of an accident at Kudankulam? Inquiring minds want to know. I doubt that we can trust the lazy bums of DAE to have thought this through.Theo_Fidel wrote: So what happens outside the 16 km zone?
India’s rapidly emerging nuclear power plants are seismically safe, but the country needs to ramp up its capacity to respond should an emergency strike, a top disaster management official warned on Wednesday.
The nuclear fallout from the earthquake and tsunami in Japan in March has in recent months turned the media spotlight onto India’s own nuclear energy expansion plans and the high risks it poses.
Following a meeting with Prime Minister Manmohan Singh to review the country’s level of preparedness to cope with a nuclear crisis, National Disaster Management Authority (NDMA) officials told a news conference they were satisfied with the construction and design of the country’s plants.
“Dr Banerjee, head of the Atomic Energy Regulatory Board (AERB), has reassured us that they are very confident that our facilities are safe,” said Shashidhar Reddy, NDMA’s vice chairman.
Citing disasters from the past where Indian nuclear plants have emerged relatively unscathed – the 7.9 magnitude quake which hit the western state of Gujarat in 2001 and the 2004 Indian Ocean tsunami – Reddy said it proved that such facilities could withstand a major natural disaster.
With an energy deficit of about 12 percent, power-starved India is rapidly establishing nuclear plants to fuel its economic growth. It currently has 22 plants across the country and at least six more are on the way.
BOOSTING RESPONSE
But the events at Japan’s Fukushima Daiichi plant have not only resurrected concerns from environmentalists and social activists over the need for nuclear power, but also whether due attention is being given to the risk of a nuclear fallout in the world’s second-most populous nation.
Reddy said while he believed the construction standards of nuclear facilities were safe, India still needed to prepare for the worst.
“Despite having a clean record, the government is very keen on taking all necessary preparedness measures to deal with any unlikely nuclear or radiological emergency,” he said, adding that plans for mass evacuations of affected populations and better detection of radiation were being examined.
This ministry of health has also produced a road map on improving response, which includes stockpiling medicines and equipment, training doctors and paramedics in dealing with nuclear and radiological injuries as well as investing in psychosocial care.
In districts where there are nuclear installations, the government hopes to pre-position specialised medical teams, upgrade and equip hospitals and create better awareness amongst the general public on how to protect themselves.
“The honourable prime minister has directed concerned officials of all the ministries to fast-track all these activities,” said Reddy. “I am very confident that we will be able make a lot of progress … so that we can instil confidence in the minds of the people of this country.”
Reuters AlertNet
YAW!Varoon Shekhar wrote:Thanks Sai. Some good news in this thread is overdue. The Kudankulam reactor going critical would be welcome news.
Well, seems they have...Often, we just need to ask people whose day job is to work on these issue...GuruPrabhu wrote:Excellent question. For example, what is the plan for evacuating Guwahati in case of an accident at Kudankulam? Inquiring minds want to know. I doubt that we can trust the lazy bums of DAE to have thought this through.Theo_Fidel wrote: So what happens outside the 16 km zone?
No its not about physics its about engineering.Mort Walker wrote:Absolutely. BARCs FBR and other reactors don't follow the same laws of physics used in the west, SU & Japan.Sanku wrote:It appears that some people vehemently believe that if TEPCO and other western tech is shown to be broken, every one else must be in the same boat.
If they failed to read the basic scientific facts right, everyone else must be social science person too.
What hubris.
I agree in fact, we can see them trying to pretend the meltdown didnt happen at Fuk-D when the really competent ones knew early enough.Mort Walker wrote:^^^But I doubt some people don't comprehend engineering and good engineering practices.
Ramana,ramana wrote:Guruprabhu. A request from me. Please follow the news about MMS preparing Indian cities for power plant events. Which cities, where are they etc.?
Reuters report:
In districts where there are nuclear installations, the government hopes to pre-position specialised medical teams, upgrade and equip hospitals and create better awareness amongst the general public on how to protect themselves.
Somnath-ji,somnath wrote:Well, seems they have...Often, we just need to ask people whose day job is to work on these issue...GuruPrabhu wrote: Excellent question. For example, what is the plan for evacuating Guwahati in case of an accident at Kudankulam? Inquiring minds want to know. I doubt that we can trust the lazy bums of DAE to have thought this through.
NDMA-AERB brought out this guideline document on nuclear emergencies, in 2009...
http://nidm.gov.in/PDF/guidelines/nucle ... encies.pdf
"trying to pretend the meltdown didnt happen" == "there was no evidence"Sanku wrote:I agree in fact, we can see them trying to pretend the meltdown didnt happen at Fuk-D when the really competent ones knew early enough.Mort Walker wrote:^^^But I doubt some people don't comprehend engineering and good engineering practices.
Very good post Somnagthji. It will indeed a loss to BRF if vuvuzelas drive out sensible contributers. {/quote]somnath wrote: <..
On the larger point, and I am digressing a bit here, this is a trend quite visible in the blogosphere, and unfortunately BR isnt immune to that...Increasingly there is a tendency here of some postors to simply take on a position, without having done elementary research/studies on the matter, and then post random news articles/data/chart which means absolutely nothing, or are plain incorrect to the point being made..
.
For example, a few posts back, Theo posted a NEERI reprots on "potential" radiologiccal discharges from Kudunkulum, and concluded that "actual" numbers would be higher..For good measure, he concluded that BARC does not release actual data...All that somone had to do was to check with AERB (whose day job is to do these things) - which is what I did, and posted the annual report with a full and granular analysis of actual radiological discharges, along with benchmarking of the same with ambient standards...Now Theo has this proclivity to make similar conclusions based on incorrect/non-contextual random data and erroeneous theoretical backgrounds - one has seen lots of them the "Economy thread" - where his "personal anecdotes" and "my father told me so" are used to arrive at judgements and conclusions...Unfortunaetly, Theo isnt the only one - there are lots of such postors, many of whom additionally also turn easily to personal comments/remarks to mask rank inadequacies in their logic/knowledge/understanding...
While the above may be inevitable, if I may, there is a lack of enough "expertise quotient" in the moderators community here, which IMO exacerbates the situation..
<snip>
My two pence, before going back to "lurk" mode - which is currently a "safer" way of trawling through BR!
Link:<link>Ramana wrote:...Incidently this is my 1001th post on BRF. I wanted it to be something meaningful and add to the collective memory of the Forum. I would like to confine myself to similar endeavours in future. I also will think twice before posting to see, if am adding value to the discussion without indulging in brutus fulmen.
We don't know that do we?...Now, none of us here are nobel winners
I suppose this topic has been discussed to death, but I have had questions about the "Pu sample from Chagai". Has anyone who is commenting (I don't mean on BRF) ever seen this data? Finding Pu in a U weapon test should not be unusual -- when you bombard U-238 (supposedly 5-8% in HEU) with neutrons you are bound to produce U-239, which decays to Neptunium which decays to Pu-239. After all, this is the basis of making maal in a reactor.Amber G. wrote: Let me quote the last few lines from an old message (from 20th century) , which I thought was very good, and it, justifiably, received many kudos.
Link:<link>
Someone mentioned that BRF is not parliament. There is nobody here with power to ban the bomb or ban the reactor. BRF is not the internet either. There are many other places on the internet to wage a campaign. BRF is not the place. There are other places to wage personal attacks. This thread has driven even moderators away.Please note that this isn't the Fukushima thread nor is it an anti-nuclear thread. Those on some Quixotic campaign should tilt at windmills elsewhere. This is all rather tedious.
Pakistan's alarming nuclear arsenalAman Malik, [email protected]
India could have 80-110 nuclear warheads today, up from 60-80 last year, while Pakistan may have increased its count from 70-90 to 90-110, Swedish think-tank Stockholm International Peace Research Institute (Sipri) said in its 2011 yearbook.
India does not officially release such data. Sipri’s estimates are based on calculations of the country’s inventory of weapons-grade plutonium as well as the number of operational nuclear-capable delivery systems.
“India and Pakistan continue to develop new ballistic and cruise missile systems capable of delivering nuclear weapons. They are also expanding their capacities to produce fissile material for military purposes,” said the report, released on Monday.
Pakistan operates two plutonium production reactors, and construction work on two more such facilities appears to be under way, the report said. It, however, added that “rumours of possible Chinese assistance in building the fourth reactor appear to have been unfounded.”
An analyst said these numbers would only go up in the coming years.
“While there is no credible information on how exactly the two countries define minimum deterrence, the Pakistani establishment will likely use the Indo-US nuclear deal as an excuse to further increase their stockpiles,” said Anit Mukherjee, analyst at the New Delhi-based Institute for Defence Studies and Analyses, referring to an agreement on civil nuclear cooperation between India and the US.
Sipri’s report said eight countries—the US, Russia, the UK, France, China, India, Pakistan and Israel—possess more than 20,500 nuclear weapons, a drop of more than 2,000 since 2009.
“More than 5,000 of these nuclear weapons are deployed and ready for use, including nearly 2,000 that are kept in a state of high operational alert,” it said.
It pointed out that while the US and Russia had agreed to modest cuts in their nuclear arsenals in August 2010, “both countries currently are either deploying new nuclear weapon delivery systems or have announced programmes to do so, and appear determined to retain their nuclear arsenals for the indefinite future.”
The report also said growing global demand for resources, led by emerging economies such as China and India, could destabilize international relations. Concerns linked to natural resources, particularly scarcities and competition created by climate change, could be exacerbated by intensifying global demand driven by the rise of China and India.
“This is due to the increasing needs of major new consumer and manufacturing countries—notably China and India—while existing industrialized nations in Asia, Europe and North America maintain already high levels of consumption. Together, these demands are seen as promoting intensifying global competition for access to natural resources,” the report said.
“Commodity markets and security risks are increasingly globalized—so we need cooperative international frameworks for resource governance that directly address security issues,” said Neil Melvin, director of Sipri’s programme on armed conflict and conflict management. “Links between resource questions and conflict can only be broken if consumer and producer states, industry and civil society, work together.”
Relevant articles.Bhaskar Balakrishnan
Share · Comment · print · T+
Its strategic objectives could go way beyond India, to take on Israel and support Saudi Arabia. Besides, nuclear devices could fall into the hands of non-state actors.
Pakistan's nuclear weapons programme has expanded considerably in recent years, far beyond what could be considered a minimum credible deterrent against India.
Key indications are — the rapid expansion in fissile material production, especially plutonium; moving ahead with warhead miniaturisation; development of MIRVs (multiple independently targeted re-entry vehicles); and medium range ballistic missiles (MRBM).
Pakistan has also blocked progress on the fissile materials cut-off treaty (FMCT) at the disarmament committee in Geneva, a clear sign that its drive to produce fissile material is in high gear. It benefits from technical and diplomatic support from China for its weapons programme, and has also been involved in smuggling of weapons technology and material to North Korea, Iran, and Libya.
Estimates of the number of nuclear warheads with Pakistan vary considerably, due to the secrecy of its nuclear programme. Some estimates put this figure at 100-120 warheads, probably larger than India, which has to manage a credible minimum deterrent against both China and Pakistan.
Pakistan has also developed and deployed the MRBM Shaheen II with a range of 2,500-3,500 km and payload of 1000 kg. A MIRV system is being developed for this missile.
AXIS WITH SAUDI ARABIA
Pakistan refuses to adopt a “no first use” policy on nuclear weapons, unlike India, thus clearly indicating that nuclear weapons would be used in case of defeat in a conventional war.
Fissile material production capability has been greatly expanded by a second heavy water reactor at Khushab, completed in 2010.
This enables Pakistan to produce enough plutonium for 40-50 warheads per year. In addition, the centrifuge plant at Kahuta has 10,000- 15,000 centrifuges and can produce highly enriched uranium. However, the mainstay of the weapons programme seems to be plutonium weapons (requiring only 2-4 kg of plutonium), miniaturised to fit on missiles and boosted with tritium to enhance yields by three to four times.
Given the size of Pakistan's nuclear and missile programme, experts have speculated that its strategic objectives could go way beyond India, to respond to perceived threats from Israel, Iran, and to include nuclear umbrella protection to other states such as Saudi Arabia, with which Pakistan has very close military, political, and religious linkages. In 2003, reports emerged about a secret nuclear cooperation agreement between Pakistan and Saudi Arabia. In 1986, Saudi Arabia acquired 36 CSS-2 intermediate range ballistic missiles from China, which could be used for delivering nuclear weapons.
Recently it was reported that Pakistan had sold two nuclear warheads to Saudi Arabia, kept separately under heavy guard in Pakistani bases for possible use in future, as well as Ghauri II Missiles with a range of 2300 km. These could provide Saudi Arabia with a deterrent against a nuclear Iran. Given the strong strategic, military, and political relations between Pakistan and Saudi Arabia, this type of cooperation would be seen as mutually beneficial. Financial support from Saudi Arabia for Pakistan's nuclear programme would also be an added benefit.
Weapons transfer
There is a precedent for such weapons transfers. The US has deployed hundreds of nuclear warheads in Europe, despite having signed the NPT. The arguments advanced were that this averted a nuclear arms development by European states, and did not violate the NPT, since the weapons remained under control of US personnel. Pakistan could follow the same route with Saudi Arabia, keeping the weapons on its soil.
Israel's strong capability in nuclear weapons, delivery systems, and anti- missile defensive systems and space-based platforms, make it more than a match for Pakistan in terms of nuclear deterrent.
However, the development of miniature warheads makes it possible for these to be smuggled and delivered by unconventional means, including by hard core terrorist elements. Such action could be denied by the Pakistani state, as happened with the Mumbai attacks. Here is where the real menace of Pakistan's nuclear programme lies.
Extremist elements such as the Tehrik-i-Taliban Pakistan and supporters of Al Qaeda have steadily eaten into the vitals of the Pakistani state. They have also infiltrated the military establishment, and have spread out into Pakistan's heartland.
The recent brazen killings of moderate political figures, the violent reactions to Osama Bin Laden's killing, and the daring attack on PNS Mehran naval base near Karachi, are a stark warning of things to come.
NON-STATE ACTORS
However confident the Pakistan military might be over security of nuclear materials and warheads, there is a very strong motivation and incentive for non-state actors to acquire a few nuclear weapons. This can be prevented by increased security, or by storing the warheads in disassembled and dispersed form. But this does not seem possible given the tensions with India and the nuclear deterrent scenario existing between China, India and Pakistan.
Indian policy makers should look at possible scenarios involving use of nuclear weapons by Pakistan against Indian targets, and take steps to protect its civil population. Even very basic civil defence measures against nuclear attacks can reduce civilian casualties and suffering considerably. However, there is no sign of any concrete measures being taken by the government in this direction.
With the rapid increase and sophistication and build up of nuclear warheads with the military establishment in Pakistan, there is always a risk that such devices may fall into the hands of non-state actors, or renegade extremist actors working for their own agendas within the state organs.
The international community would do well to consider how to deal with such a threat.
(The author is a former Ambassador of India. He has served in West Asia and Africa, including three years in Syria. [email protected]).
PARIS — International energy ministers and officials of nuclear agencies pledged support Tuesday for a global push to improve safety tests at nuclear power plants.
<snip>
Representatives attended from around 30 countries drawn from the G-8 and members of the Nuclear Energy Agency of the Organization for Economic Cooperation and Development.
<snip>
Srikumar Banerjee, the chairman of India’s Atomic Energy Commission, said his country had little choice but to turn to nuclear power, given that its energy demand is growing 10 percent or more a year. “This power demand is so genuine,” he said, “the only alternative is that we burn coal.” He said that India currently contributed 5 percent of global carbon emissions, but that would rise to 50 percent if it met its energy needs from coal. New Delhi, he added, was investing in solar energy, “but it cannot sustain a metropolis or a heavy industry.”
<snip>
amit wrote:Dear Amit, I really appreciate your bringing the light to poor Germans, don't even know how their country works, no doubt they have not figured out any of the above and.......
Wake me up when the Germans actually close down their nuke plants. We can discuss then.
.
Amber,Amber G. wrote:Amit:
Missed that, I know every country is different, and Germany is Germany.. but still just a perspective check:
About 30 years ago ( as a knee jerk reaction to Three Mile Island Incident ) Sweden voted to phase out its 12 nuclear power plants by 2010. Eleven of them still operate today![]()
(In June 2010, the Swedish Parliament adopted a decision allowing the replacement of the existing reactors with new nuclear reactors, starting from 1 January 2011)
Added later: You may also like to look at the posts I made in the other thread regading
WP Post oped about Merkel's "flip flop" and WSJ story about Nuclear Exit Fails to Give Merkel's Party a Boost