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+==Advantage – Artic == |
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+ |
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+====Submarine activity in the arctic increasing ==== |
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+Prof. Paul Arthur **Berkman 15**, Research Professor, University of California Santa Barbara, 4-6-2015, "," Huffington Post, a href="http://www.huffingtonpost.com/prof-paul-arthur-berkman/escalating-tensions-chall_b_7002970.html"http://www.huffingtonpost.com/prof-paul-arthur-berkman/escalating-tensions-chall_b_7002970.html/a |
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+The result is an escalating action-reaction process in which each side claims to |
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+AND |
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+readiness with one of the biggest displays of force since the Cold War. |
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+ |
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+ |
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+====Increased activity in the Arctic will lead to increased environmental disaster==== |
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+Clay **Dillow**, Special To Cnbc **15**, 9-24-2015, "The world is facing this $43 trillion calamity," CNBC, a href="http://www.cnbc.com/2015/09/24/a-melting-arctic-the-world-is-skating-on-thin-ice.html"http://www.cnbc.com/2015/09/24/a-melting-arctic-the-world-is-skating-on-thin-ice.html/a |
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+In building up its military presence along its northern shore, Russia is both attempting |
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+AND |
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+or set up a forward operating base. The infrastructure is very limited." |
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+ |
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+ |
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+==+ Accidents == |
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+ |
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+ |
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+====Submarines risk ocean contamination – historically proven==== |
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+Hans M. **Kristensen 16**, 2-3-2016, "Declassified: US Nuclear Weapons At Sea," Federation Of American Scientists, a href="https://fas.org/blogs/security/2016/02/nuclear-weapons-at-sea/"https://fas.org/blogs/security/2016/02/nuclear-weapons-at-sea//a |
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+Dozens of nuclear weapons were lost at sea over the decades because they were on |
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+AND |
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+with 32 nuclear warheads, surfaced immediately and presumably limped back to port. |
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+ |
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+ |
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+====Future accidents are inevitable – empirically proven ==== |
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+Hans M. **Kristensen 16**, 2-3-2016, "Declassified: US Nuclear Weapons At Sea," Federation Of American Scientists, a href="https://fas.org/blogs/security/2016/02/nuclear-weapons-at-sea/"https://fas.org/blogs/security/2016/02/nuclear-weapons-at-sea//a |
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+The declassified information, when correlated with the many accidents and incidents that nuclear- |
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+AND |
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+have accidents in the future. (See here for the most recent.) |
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+ |
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+ |
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+====Nuclear waste causes mass species loss – empirics==== |
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+Elizabeth **Grossman** is the author of Chasing Molecules: Poisonous Products, Human Health, and the Promise of Green Chemistry, High Tech Trash: Digital Devices, Hidden Toxics, and Human Health, and other books. Her work has appeared in Scientific American, Salon, The Washington Post, The Nation, Mother Jones, Grist, and other publications, 4/7/**11**, ~~Yale: Environment360, "Radioactivity in the Ocean: Diluted, But Far from Harmless", http://e360.yale.edu/feature/radioactivity_in_the_ocean_diluted_but_far_from_harmless/2391/~~ |
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+Over the past half-century, the world has seen its share of incidents |
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+AND |
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+health until the flow of radioactive water into the sea can be stopped. |
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+ |
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+ |
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+====Ecosystems are interlinked species lost means extinction==== |
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+**U.S. Department of State, April 2001**, "The Problem of Biodiversity," International Information Programs, http://usinfo.state.gov/products/pubs/biodiv/ |
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+In addition, whole ecosystems, such as riverine estuaries, coral reefs, montane |
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+AND |
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+generations, before the richness of life on this planet is diminished forever. |
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+ |
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+ |
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+==Advantage Indo-Pakistan == |
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+ |
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+ |
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+====India already is developing nuclear powered submarines ==== |
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+**Rt International 16**, 4-19-2016, "India tests 1st nuclear-propelled ballistic missile submarine," RT International, a href="https://www.rt.com/news/340146-arihant-nuclear-submarine-trial/"https://www.rt.com/news/340146-arihant-nuclear-submarine-trial//a |
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+India's first submarine capable of firing nuclear ballistic missiles, the INS Arihant, is |
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+AND |
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+-4 missiles or 12 smaller short-range K-15 missiles. |
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+ |
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+ |
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+====Two countries close to war – US pressure is key to peace. ==== |
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+Tom **Hussain 16**, journalist and Pakistan affairs analyst based in Islamabad., 3-3-2016, "Are India and Pakistan heading for a nuclear showdown?," No Publication, a href="http://www.aljazeera.com/indepth/opinion/2016/03/india-pakistan-heading-nuclear-showdown-160303053541342.html"http://www.aljazeera.com/indepth/opinion/2016/03/india-pakistan-heading-nuclear-showdown-160303053541342.html/a |
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+Thus South Asia is being transformed into a strategic theatre containing three nuclear powers, |
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+AND |
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+wilted under immense pressure from the US, which had just invaded Afghanistan. |
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+ |
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+ |
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+====*A war in South Asia remains eminent as a result of dehumanization caused by nuclear development ==== |
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+Tom **Hussain 16**, journalist and Pakistan affairs analyst based in Islamabad., 3-3-2016, "Are India and Pakistan heading for a nuclear showdown?," No Publication, a href="http://www.aljazeera.com/indepth/opinion/2016/03/india-pakistan-heading-nuclear-showdown-160303053541342.html"http://www.aljazeera.com/indepth/opinion/2016/03/india-pakistan-heading-nuclear-showdown-160303053541342.html/a |
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+India has since muddied the waters by talking up a military doctrine called "Cold |
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+AND |
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+that a nuclear exchange in South Asia is merely a matter of time. |
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+ |
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+ |
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+====Even a limited nuclear change would cause soot release- killing agriculture and billions of people as a result. My evidence is very specific to Indo/Pak. Toon et al^^ ^^ '08==== |
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+Figure 3a indicates changes in global average precipitation and temperature as a function of soot emission, as calculated with the help of a modern version of a major US climate model.6,8 A relatively modest 5 ~~teragrams~~ of soot, which could be generated in an exchange between India and Pakistan, ~~and~~ would be sufficient to produce the lowest temperatures Earth has experienced in the past 1000 years—lower than during the post-medieval Little Ice Age or in 1816, the so-called year without a summer. With 75 Tg of soot, less than half of what we project in a hypothetical SORT war, temperatures would correspond to the last full Ice Age, and precipitation would decline by more than 25 globally. Calculations in the 1980s had already predicted the cooling from a 150-Tg soot injec- tion to be quite large.3 Our new results, however, show that soot would rise to much higher altitudes than previously believed—indeed, to well above the tops of the models used in the 1980s. As a result, the time required for the soot mass to be reduced by a factor of e is about five years in our simula- tions, as opposed to about one year as assumed in the 1980s. That increased lifetime causes a more dramatic and longer- lasting climate response. The temperature changes represented in figure 3a would have a profound effect on mid- and high-latitude agriculture. Precipitation changes, on the other hand, would have their greatest impact in the tropics.6 Even a 5-Tg soot injection would lead to a 40 precipitation decrease in the Asian mon- soon region. South America and Africa would see a large diminution of rainfall from convection in the rising branch of the Hadley circulation, the major global meridional wind sys- tem connecting the tropics and subtropics. Changes in the Hadley circulation's dynamics can, in general, affect climate on a global scale. Complementary to temperature change is radiative forc- ing, the change in energy flux. Figure 3b shows how nuclear soot changes the radiative forcing at Earth's surface and com- pares its effect to those of two well-known phenomena: warming associated with greenhouse gases and the 1991 Mount Pinatubo volcanic eruption, the largest in the 20th century. Since the Industrial Revolution, greenhouse gases have increased the energy flux by 2.5 W/m2. The transient forcing from the Pinatubo eruption peaked at about −4 W/m2 (the minus sign means the flux decreased). One implication of the figure is that even a regional war between India and Pakistan can force the climate to a far greater degree than the greenhouse gases that many fear will alter the climate in the foreseeable future. Of course, the durations of the forcings are different: The radiative forcing by nuclear-weapons-gen- erated soot might persist for a decade, but that from green- house gases is expected to last for a century or more, allow- ing time for the climate system to respond to the forcing. Accordingly, while the Ice Age–like temperatures in figure 3a could lead to an expansion of sea ice and terrestrial snow- pack, they probably would not be persistent enough to cause the buildup of global ice sheets. Agriculture responds to length of growing season, tem- perature during the growing season, light levels, precipita- tion, and other factors. The 1980s saw systematic studies of the agricultural changes expected from a nuclear war, but no such studies have been conducted using modern climate models. Figure 4 presents our calculations of the decrease in length of the growing season—the time between freezing temperatures—for the second summer after the release of soot in a nuclear attack.6,8 Even a 5-Tg soot injection reduces the growing season length toward the shortest average range observed in the midwestern US corn-growing states. Earlier studies concluded that for a full-scale nuclear conflict, "What can be said with assurance . . . is that the Earth's human pop- ulation has a much greater vulnerability to the indirect effects of nuclear war ~~including damage to the world's agricultural, transportation, energy, medical, political, and social infra- structure~~, especially mediated through impacts on food pro- ductivity and food availability, than to the direct effects of nu- clear war itself." As a result, "The indirect effects could result in the loss of one to several billions of humans."4 Because the soot associated with a nuclear exchange is in- jected into the upper atmosphere, the stratosphere is heated and stratospheric circulation is perturbed. For the 5-Tg injec- tion associated with a regional conflict, stratospheric temper- atures would remain elevate~~ temperatures~~ by 30 °C after ~~for~~ four years.6–8 The resulting temperature and circulation anomalies would re- duce ozone columns by 20 globally, by 25–45 at middle latitudes, and by 50–70 at northern high latitudes for per- haps as much as five years, with substantial losses persisting for an additional five years.7 The calculations of the 1980s gen- erally did not consider such effects or the mechanisms that cause them. Rather, they focused on the direct injection of ni- trogen oxides by the fireballs of large-yield weapons that are no longer deployed. Global-scale models have only recently become capable of performing the sophisticated atmospheric chemical calculations needed to delineate detailed ozone-de- pletion mechanisms. Indeed, simulations of ozone loss fol- lowing a SORT conflict have not yet been conducted. |
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+O/W: |
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+specific to indo/pak conflict |
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+isolates multiple independent |
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+AND |
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+theories are have just as much margin of falsity as mine. |
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+Extend |