1) The presence of cyanide in the environment is an acute threat to organisms as well as to the normal function of the ecosystem. It is a severe threat since, in large concentrations, the chemical leads to brain damage and thyroid problems (Laitos, 34). In extreme cases, exposure to the chemical leads to death of the affected individuals thus loss of life. 2) Presence of cyanide in the environment is a chronic environmental threat since the chemical stays long in the air, water, and soil components before its effects reduce.
Therefore, one needs to remain cautious not to stay long in areas with the chemical since its effects are gradual when in low concentrations. 3) The element can be both chronic and acute depending on the level of concentration in the environment. In situations that it is of low or moderate concentrations, its effects may be felt gradually thus accumulating in the body (Stewart, 25). This eventually leads to the brain and nerve problems and later result in death in case the affected person does not seek medical attention immediately. 4 The presence of cyanide in the environment forms a threat to biodiversity and to the entire ecosystem as a whole.
When in the environment, cyanide exists in water, soil, and air, which forms ecosystem parts. Just like it affects human beings, exposure of the chemical to other living things leads to health problems and may eventually result in death. Death of such organisms lead to biodiversity loss and thus threatening the ecosystem integrity since other components are lost through death (Wilder, 19). Therefore, functions performed by the lost organisms become stopped, thus affecting energy flow and nutrient cycling. 5 However, the presence of cyanide does not target specific ecosystems or species.
This is because the effect of the chemical in the environment affects a wide variety of organisms ranging from one species to another and from one ecosystem to another. Therefore, the chemical forms a threat to the entire earth ecosystem as well as to the entire living organisms. This is because it affects vital organs such as the brain and thyroid glands in living organisms.
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