Climate change will have a variety of impacts that may increase the risk of exposure to chemical contaminants in food. For example, higher sea surface temperatures will lead to higher mercury concentrations in seafood, and increases in extreme weather events will introduce contaminants into the food chain through storm water runoff. d. Other Health
Higher temperatures will affect the growth of plants and Efficiency of the crops and forest in that area. Here is how climate change will effect the U.S. tropical islands. Sea level rise will threaten the amount freshwater, ecosystems, and infrastructure of U.S. tropical islands. Coral reefs, That are already being hurt by pollution, will probably get worse as the ocean gets warmer and absorbs more acid. Here is how climate change will effect the North East.
The absorption of the carbon dioxide is driving the ocean to have a more acidic and warm conditions, at the same time the ocean warming is having pronounced impacts on the composition, structure and functions of marine ecosystems. The impact of warming, acidification and deoxygenating are having a dramatic effect on the flora and fauna of the oceans with significant changes in the distribution of populations and the decline of susceptible species. The impacts of warming, acidification and deoxygenating are increased due to human activities such as pollution and over fishing. (N.p., 2017. Web.
Coral reefs provide home to a significant number of sea species and coral bleaching causes their habitats to destroy completely and effect the marine life adversely. Thus it is much better to prevent coral bleaching than to accomplish its recovery which may take many
“...increase in atmospheric carbon dioxide (CO2) levels change the ocean chemistry and threaten the entire marine food chain” (Brennan 1). If in the near future a solution does not arise, we could potentially harm and sabotage the future of these species. A major component that could help with our rising sea levels is by using effective ways to produce clean energy. With doing so, this could theoretically slow down the negative effects of global warming. The critical components that human-induced actions have impacted include damaging oceans, destroying wildlife habitats, destruction of coral reefs, and increased periods of drought (Brennan 1).
Once the ocean learns to speak, it is when mankind will finally listen. However, when humans continue to suffocate the ocean’s surface with carbon, it’s hard for this enormous body to scream for help. As a result, carbon dioxide emissions are a major contributor to acidifying ocean waters. Ocean acidification is a critical issue because it contaminates ocean water, endangers marine life, and puts seafood industries at risk. Fisherman say “the ocean will provide”, and it’s true.
Marine life is exposed, higher temperature causing more coral bleaching and more species move into deeper water to find new homes, furthermore, it is increasing ocean acidity and reducing oxygen level in deeper levels of the sea, that is all has a huge effect on marine life cycle, and behavior of marine species including its metabolism. However, the fact that mankind are responsible for climate fluctuation does not alter the danger we are in, as extreme heat, will lead to other serious issues. for example, heat waves, heavy downpours and flooding will affect infrastructure, sea level rise, health, air and water
The coastal margins are seen to be potential sources of hazardous trace elements, as the effluents are discharged into waterbodies and finally flushed out to the open ocean. About 17104 m3/day of effluents reach the Sea from various small and large scale industries situated along the southwest coast (Udayakumar et al., 2014). The symptoms are there to show considerable impact of deterioration of estuarine waters on the coastal ecosystem (Jayakumar et al., 2001). Hence, determining the level of metals in the coastal margins could provide a better understanding of possible sources, ecological risk, and transport
This will result in more infrastructures and waterways that were supposed to be natural are now used to drain off the run off water. In urban areas that are highly-urbanized, the rain becomes surface runoff. This run off from these urbanized areas can cause channel erosion, habitat damage to the animals, and clogged stream channels. These changes in the water cycle have great effects on the atmosphere. For example, clean water will be harder to find for fish, humans, and other wildlife.
It is believed that this increase in nutrients is connected to the increase in crown of thorns starfish population, which poses another threat to the reef by impacting coral cover (Amelia S. Wenger, 2015). Coral diversity, calcification, coral cover and coral development are all being impacted by chemicals reaching the reef (Amelia S. Wenger, 2015). If the amount of chemicals reaching the reef continues to increase, the reef will continue to diminish, coral species will become extinct and reef fish will lose their habitat, forcing them to relocate or
Negative Impacts Environmental Environmental impacts for example, Climate change, especially the rising ocean temperatures and Ocean Acidification is as of now influencing the Great Barrier Reefs Ecosystem. Coral bleaching coming about because of expanding ocean temperature and lower rates of calcification in skeleton-building life forms, for example, corals, because of sea acidification, are the impacts of most concern and are as of now obvious. Agricultural sources are adding to the waterfront and inshore territories of the Great Barrier Reef by expanded Nutrients, Sediments and different Pollutants in the catchment runoff. With the coastal population continuing to grow the coastal development grows which contributes to the modification