GHHR: Physical Health Impacts of Nuclear Testing- Nuclear Weapons- Power Point Presentation Making Assignment Help

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Task: The Health Impacts of Nuclear Testing Scholars have exhibited efforts of understanding the physical health effects of nuclear testing. The increased popularity of nuclear weapons and power have led to increased exposure of human being to nuclear pollution and contamination(Ruff, 2013a). Individuals may receive exposure to radiation through inhalation, ingestion, and terrestrial radiation. High doses of the ionising radiation often trigger the development of radiation sickness causing individuals to develop a critical illness that prove to be fatal. Acute radiation sickness affects all internal body organs and causes vomiting, nausea, headache, diarrhoea, and limited appetite. Protracted doses of radiation may lead to critical adverse effects on the cardiovascular system, central nervous system, and the gastrointestinal tract. The process of recovery may prove too slow or difficult. Nuclear testing leads to high levels of radiation that may be extremely harmful to humans. Severe cases of radiation can affect body cells and trigger significant levels of cell damage(Ruff, 2013b). Moreover, radiation has the potential to destroy human tissues depending on the radiation doses. As a result, radiation leads to the development of different forms of cancer. People exposed to nuclear contamination exhibit a higher susceptibility to developing cancer. Various studies have demonstrated that radiation increases the cases of tumours, genetic damages, and a higher susceptibility to thyroid cancer(Ruff, 2015). There is evidence that increased exposure to radiation registers long-term effects on human health. Specifically, it may take several years for the affected people to develop various forms of cancer. On the other hand, the increased exposure to radiation triggers genetic damages that may lead to various forms of abnormalities. Pregnant women exposed to radiation increase the chances of giving back to babies with significant defects(Mittman and Burrinja (Dandenong Ranges Cultural Centre Inc.)., 2016). Women also become infertile due to the excessive exposure to radiation. All these adverse effects are evident in regions that have faced nuclear contamination in the past. The victims of nuclear contamination in Hiroshima and Nagasaki developed numerous health complications due to the extended effects of radiation(Ruff, 2013a). Children exposed to radiation are less likely to register normal developmental milestones. In the case of Nagasaki and Hiroshima, affected children succumbed to death before the age of ten. For this reason, children present an increased vulnerability to developing physical health effects associated with radiation. A critical analysis of the physical effects of radiation reveals that individuals may exhibit blood disorders in the long-term. For instance, the Japanese victims of nuclear bombing experienced a higher susceptibility to blood disorders after about ten years(Ness, Gurtov and ANU Press, 2017). The victims also developed cataracts and hair loss. The victims also exhibited an increased prevalence of keloid. Most of the long-term effects of exposure to radiation represent critical cases of health complications that increase mortality rates(Ness, Gurtov and ANU Press, 2017). Individuals who experience the exposure to radiation have a significantly shorter lifespan brought about by the numerous complication. Based on these factors, there is a need to support the United Nations Treaty on the Prohibition of Nuclear Weapons.