Due to the rapid rate of occurrences it is possible that these incidents are having a harmful on the Newark Bay ecosystem and because of its current limited impact on human health and the environment but could to prove to be critical in the near future. The continuous release of chemicals into the bay can impact areas such as; reproductive impairment, depressed growth rates, aquatic marine organisms, depressed growth rates, mortality, and increased susceptibility to infectious and non-infectious diseases (Gunster, Gillis, Bonnevie, Abel, & Wenning, 1992). Newark is most vulnerable to spills due to its small and enclosed environment. Studies have shown that with a large spill materials can be confined to the bay and spread due to tidal circulation patterns. The effect of a hazardous chemical spill in the
Due to the rapid rate of occurrences it is possible that these incidents are having a harmful on the Newark Bay ecosystem and because of its current limited impact on human health and the environment but could to prove to be critical in the near future. The continuous release of chemicals into the bay can impact areas such as; reproductive impairment, depressed growth rates, aquatic marine organisms, depressed growth rates, mortality, and increased susceptibility to infectious and non-infectious diseases (Gunster, Gillis, Bonnevie, Abel, & Wenning, 1992). Newark is most vulnerable to spills due to its small and enclosed environment. Studies have shown that with a large spill materials can be confined to the bay and spread due to tidal circulation patterns. The effect of a hazardous chemical spill in the