Dead Zone in the Gulf of Mexico Essay

When referring to Arizona’s water Kris Mayes, chairwoman of the state’s utility regulatory panel once said, “How do you say just how valuable water is in an arid state like Arizona?” she said. “It’s like the credit-card commercial-it’s priceless” (McKinnon). She was right, because in a dry state like Arizona, water is pretty important. To say water is ‘pretty important’ for the world is an understatement. We use water to function. And when we think of water we think of saving it. Keep the faucets from dripping or turn off the water while brushing your teeth. There are numerous tips for water conservation, but people don’t often think of the damage that is already done. Damages like ‘dead zones’. Dead zones in the ocean have been around for

Throughout many decades there has been a huge environmental problem, not only putting marine life at risk but also human health. Ocean pollution is a big threat to the habitat and still today we haven’t stopped throwing trash, chemicals or toxins into the oceans. During the 1940’s, a technical service

Earth's oceans are dying. “About 80% of the ocean around the world is polluted with chemicals industrial and residential waste, all of which comes from the land” (“Marine Problems…”).  Pollution is mainly coming from the people. Marine pollution should be stopped because it is the cause of many problems and if something is done about it, people will see an increase in sea life and healthier waters. It makes its way into the ocean and kills marine life. Ocean pollution is affecting the way of fisherman and their everyday lives. It is also very bad on the community because pollution is very bad on tourism. Ocean pollution should be stopped because it is poorly affecting marine life, it is not good for fishermen, and is very bad on tourism.

Final Course Project Erica M. Lanier DeVry University HIM 410-60895 Course Project On the coast of Texas just outside of Houston is a county called Galveston County. People like to vacation here throughout the year even if it is just the Houstonians getting away from the city. There is plenty for

With oxygen levels in the dead zone being so low during the summer months marine life is almost nonexistent. This not only hurts the wild life of Louisiana’s coast but, also its economy and fishing based culture. In the future with the normal levels of oxygen returning to our gulf we can hope to see wild life slowly but surely returning. Also there is hope for the conservation and growth of the wetlands through the nutrient rich canals developed, enhancing Louisiana’s economy, culture, and

The Chesepeake Bay Dead Zones THE CHESAPEAKE BAY DEAD ZONES This is an article written by the Daily Press titled "The Chesapeake Bay dead zone this summer worst since 2014". The theme is how marine life can be affected by these dead zones and how we will find a way to fix this issue with the farmers. If we don't find a way to fix how many dead

As humanity continues to prosper agriculturally, industrially, and in population, companies, as well as local communities, have obsessively used the Ocean to toss their waste without consequences. The formation of dead zones has been intensified by the increase runoff of fertilizers and the burning of fossil fuels. Enhanced primary production

Many have described the post-spill Gulf as a gigantic chemical experiment, with as yet unknown effect on its delicate ecosystem. By July 2010, one third of the Gulf’s fishing area—more than 80,000 square miles—had been closed, affecting the livelihood of thousands in coastal Louisiana and Mississippi.

The Gulf Stream is a warm ocean current that originates at the tip of Florida and travels along the coast of the eastern most United States before crossing through the Atlantic Ocean. This powerful current has a strong northward accelerating current that at a point ends up slitting the direction of the stream into two: a northern stream that crosses to northern Europe and a southern stream that circulates off West Africa. Due to these properties the Gulf Stream has a major affect on the western coast of Europe and the eastern coast of North America.

(Helsel & Mueller, 2009). Sediment collected from the riverbank as the river flows downstream is also a problem; it increases the turbidity of the river, and this makes it difficult for plants to receive the necessary sunlight needed for survival. When these plants die, there is less food for fish and other river animals. Bacteria levels also rise in the water, because it can cling to sediment very easily. When there is more sediment, there are more places for the bacteria to collect. (Helsel & Mueller, 2009). All of these problems are occurring as the water is flowing along the river banks, collecting even more sediment, and pollutants as it travels downstream and deposits into the Gulf of Mexico. When all of this sediment, nitrogen and bacteria flow into the Gulf of Mexico, it causes changes in the water there. The increase in the level of nitrogen causes plankton to grow faster. When the plankton decomposes it takes a large amount of oxygen out of the water. The bacteria break down the decomposed plankton, which releases carbon dioxide, taking increasing levels of oxygen out of the water in the Gulf. Eventually the level of oxygen decreases to a point where most living organisms cannot survive. Some animals flee while other plants and animals that cannot leave usually die. This is referred to as the Dead Zone in the Gulf of Mexico. (Gulf of Mexico; NOAA, 2009). With an expected increase in the size

The Gulf Stream is one of the largest and fastest ocean currents on earth covering approximately 10,000 km (The Gulf Stream Explained, n.d). The Gulf Stream originates from a warm water current transported to the Gulf of Mexico by the Southeast Trade Winds (The Gulf Stream Explained, n.d). Once in the Gulf of Mexico this mass of water heats up and fueled by the Westerly Winds it starts to move towards Europe passing along the U.S East coast (The Gulf Stream Explained, n.d). While traveling on its path the Gulf Stream regulates the temperature on the east coast of the U.S and in some parts of Europe. It also contributes to the migration of many species from the Caribbean Sea to the north (The Gulf Stream Explained, n.d).

The e Deepwater Horizon oil spill at the Macondo well began on April 20, 2010, in the Gulf of Mexico on the BP-operated Macondo Prospect. An explosion on the Deepwater Horizon drilling rig on 20 April 2010 killed 11 people and caused almost 5 million barrels of oil to flow

The oceans of the world seem to be under attack from mankind and nature itself. Global warming is causing the melting of the polar ice causing the level of the oceans to rise. Garbage patches of plastic particles are floating in huge areas with some settling to the ocean floor. Acidification of the ocean water from fertilizer use is causing large so called dead zones where oxygen deprivation kills off plant and aquatic life. Many areas of the ocean have been dumping grounds for garbage, whether sludge like, solid, or chemical in nature. This paper will concentrate on the dead zones of the oceans, their causes, and the possible solutions to this problem.

2.2.3 Fishermen, Activists and Environmentalists With the huge impact of the oil spill on marine life and coastal regions, fishing and tourism industries of the places affected in the Gulf Coast severely declined. In the fishing industry, the incident led to an approximate $2.5 billion loss, while tourist industries experienced a loss of a predicted $23 billion (Jarvis, 2010). In addition, the moratorium placed on deep water drilling left 58,000 workers unemployed (ibid).

Majestic animals that live in the ocean are rapidly dying and subsequently washing up on numerous shorelines that touch the Pacific Ocean’s waters. Disposal of a variety of toxins and damaging waste finding a path into our oceans are to blame for the deaths, which are largely preventable. Sharks, sea turtles, whales, dolphins and birds are just fraction of the marine life that are suffering because they are becoming sick or are dying of starvation. Their food sources are diminishing or disappearing as the cycle of destruction continues on down to the tiny, minute plankton that are the core of the food chain in the ocean. Contamination is causing the sudden increase of marine life deaths in the Pacific Ocean. The most recent reports of dead sea animals found washed up on shorelines don’t state scientific evidence of the cause of the mysterious deaths.