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There is a greater potential for large spills in the Chukchi Sea region from drilling platforms diabetes prevention diet order losartan 25 mg amex. Exploratory drilling platforms are required to occult diabetes definition cheap 50 mg losartan with mastercard have containment ability in case of a blowout as part of their oil spill contingency plans diabetes prevention 5 tips for taking control order on line losartan, where the likelihood of a large release during the 5-year timeframe of these regulations remains minimal. Of the potential impacts to Pacific walruses and polar bears from Industry activity in the Chukchi Sea, the impacts from a very large oil spill is of the most concern during the duration of these regulations. Though not part of standard operating conditions, we have addressed the analysis of a very large oil spill due to the potential that a spill of this magnitude could significantly impact Pacific walruses and polar bears. During the next 5 years, offshore exploratory drilling would be the predominant source of a very large oil spill in the unlikely event one occurred. Multiple factors have been examined to compare and contrast an oil spill in the Arctic to that of Deepwater Horizon. In the event of a spill in the Chukchi Sea, factors that could limit the impact of a spill could include the drilling depth and the well pressures. The Deepwater Horizon blowout occurred in 5,000 ft (1,524 m) of water with well pressures of approximately 15,000 psi (approximately 103,421 kPa). The Chukchi Sea sites are calculated to have drilling depths of approximately 150 ft (46 m) and well pressures not to exceed 3,000 to 4,000 psi (approximately 20,684 to 27,579 kPa). With lower drilling depths and well pressures, well sites in the Chukchi Sea will be more accessible in the event of a spill. However, spill response and cleanup of an oil spill in the Arctic has not been fully vetted to the point where major concerns no longer remain. In 2012, the Service and representatives from oil companies operating in the Arctic conducted tests on polar bear fur to evaluate appropriate oil cleaning techniques specific to oil grades extracted from local Alaskan oil fields. In addition, capturing and handling of adult walruses is difficult and risky, as walruses do not react well to anesthesia, and calves have little probability of survival in the wild following capture and rehabilitation. In addition, many Alaska Native organizations are opposed to releasing rehabilitated marine mammals into the wild due to the potential for disease transmission. The contingency plans have a wildlife component, which outlines protocols to minimize wildlife exposure, including exposure of polar bears and walruses, to oil spills. Multiple factors will be considered when responding to an oil spill, including: the location of the spill; the magnitude of the spill; oil viscosity and thickness; accessibility to spill site; spill trajectory; time of year; weather conditions. As discussed above, large oil spills from Industry activities in the Chukchi and Beaufort seas and coastal regions that would impact walruses and polar bears have not yet occurred, although the exploration of oil and gas has increased the potential for large offshore oil spills. With limited background information available regarding the effects of potential oil spills on the Arctic environment, the outcome of such a spill is uncertain. For example, the extent of impacts of a large oil spill as well as the types of equipment needed and potential for effective cleanup would be greatly influenced by seasonal weather and sea conditions, including temperature, winds, wave action, and currents. Based on the experiences of cleanup efforts following the Deepwater Horizon and Exxon Valdez oil spills, where logistical support was readily available and wildlife resources were nevertheless affected, spill response may be largely unsuccessful in open-water conditions. Arctic conditions and the remoteness of exploration activities would greatly complicate any spill response. While it is extremely unlikely that a significant amount of oil would be discharged into the environment by an exploratory program during the regulatory period, the Service is aware of the risk that hydrocarbon exploration entails and that a large spill could occur in the development and production of oil fields in the future, where multiple operations incorporating pads and pipelines would increase the possibility of oil spills and impacts to walruses and polar bears. The Service will continue to work to minimize impacts to walruses and polar bears from Industry activities, including reducing impacts of oil spills. Potential Effects of Oil and Gas Industry Activities on Subsistence Uses of Pacific Walruses and Polar Bears the open-water season for oil and gas exploration activities coincides with peak walrus hunting activities in the Chukchi Sea region. The subsistence harvest of polar bears can occur yearround in the Chukchi Sea, depending on ice conditions, with peaks usually occurring in spring and fall. Noise and disturbances associated with oil and gas exploration activities have the potential to adversely impact subsistence harvests of walruses and polar bears by displacing animals beyond the hunting range (60 to 100 mi [96. Disturbances associated with exploration activities could also heighten the sensitivity of animals to humans with potential impacts to hunting success. Little information is available to predict the effects of exploration activities on the subsistence harvest of walruses and polar bears. Hunting success varies considerably from year to year because of variable ice and weather conditions. Changing walrus distributions due to declining sea ice and accelerated sea ice melt are currently affecting hunting opportunities. Current oil spill responses in the Chukchi Sea include three main response mechanisms, blowout prevention, in-situ burning, and chemical dispersants Each response has associated strengths and weaknesses, where the success would be mostly dependent on weather conditions.
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Despite efforts to date, the threat of child sexual exploitation remains very real, whether it takes place in the home, on the street, over the Internet, or in a foreign land. Because the sexual abuse and exploitation of children strikes at the very foundation of our society, it will take our entire society to combat this affront to the public welfare. Therefore, this National Strategy lays out a comprehensive response to protect the right of children to be free from sexual abuse and to protect society from the cost imposed by this crime. This Strategy will accomplish that goal by efficiently leveraging assets across the federal government in a coordinated manner. All entities with a stake in the fight against child exploitation-from federal agencies and investigators and prosecutors, to social service providers, educators, medical professionals, academics, non-governmental organizations, and members of industry, as well as parents, caregivers, and the threatened children themselves-are called upon to do their part to prevent these crimes, care for the victims, and rehabilitate the offenders. This Act requires the Department of Justice (the "Department") to formulate and implement a National Strategy to combat child exploitation. The Act also requires the Department to submit a report on the National Strategy (the "National Strategy" or "Report") to Congress every other year. The Act mandates that the National Strategy contain a significant 1 2 Nelson Mandela the Honorable John Adams, Northern District of Ohio, U. The Threat Assessment this Report attempts to marshal a massive amount of information about the nature of the child exploitation problem and the significant efforts being undertaken by federal, state, and local agencies to address this epidemic. In addition to conducting the Threat Assessment, the Department and the Library of Congress have gathered and reviewed an extensive amount of studies and research relevant to the field of child exploitation to help inform the Department and its partners of the most recent information available from academia on this subject. For example, investigators and prosecutors report dramatic increases in the number, and violent character, of the sexually abusive images of children being trafficked through the Internet. They also report the disturbing trend of younger children depicted in these images, even including toddlers and infants. Further, offenders have become proficient at enticing children to engage in risky behavior, like agreeing to meet for sexual activity, or even to display themselves engaging in sexual activity through images or webcams. In addition, the offenders have been able to master Internet technologies to better mask their identities. Child Pornography: the expansion of the Internet has led to an explosion in the market for child pornography, making it easier to create, access, and distribute these images of abuse. While "child pornography" is the term commonly used by lawmakers, prosecutors, investigators, and 3 4 See the Act, Section 101(c)(16-17). The child victims are first sexually assaulted in order to produce the vile, and often violent, images. They are then victimized again when these images of their sexual assault are traded over the Internet in massive numbers by like-minded people across the globe. The anonymity afforded by the Internet makes the offenders more difficult to locate, and makes them bolder in their actions. Investigations show that offenders often gather in communities over the Internet where trading of these images is just one component of a larger relationship that is premised on a shared sexual interest in children. This has the effect of eroding the shame that typically would accompany this behavior, and desensitizing those involved to the physical and psychological damage caused to the children involved. This self-reinforcing cycle is fueling ever greater demand in the market for these images. The individual collector who methodically gathers one image after another has the effect of validating the production of the image, which leads only to more production.