Tooth bleaching

and climate change. The greatest threat is climate change caused by global warming, due to greenhouse gases resulting from human activities. Rising temperatures are warming the ocean, and due to the rise in temperature coral reefs are bleaching. During coral bleaching the corals turn white, because they lose pigment due to expelling the algae zooxanthellae. The research being done is vital because we get a better understanding of coral reefs and how we can better manage corals and if they can adapt

The chance to recover these reefs is now. One example of it already being too late is in Hong Kong, Singapore, Manila. All these locations had thriving beautiful reefs a long time ago, but human impact has destroyed the infrastructure of the reefs and there is just a barren wasteland except for select hardy fish that live off of what is left. When I say human impact, an example of this is the sale of coral skeletons. The residents of China and surrounding areas would go out into the reef with dynamite

last coral bleaching event killed 35% of the reef’s coral. The Great Barrier Reef is constantly changing due to coral bleaching. If the people of the world are not careful they may lose one of the world’s seven natural wonders. The Great Barrier reef is the largest reef in the world.( It holds 2,800 reef’s total, and in some places the reef is 400 feet thick- compound). The reef generates $5 billion and employs 700,000 workers to keep the reef clean. The reef has had three massive bleaching events

Additionally, Fiji presents numerous opportunities to volunteer in the community and conduct research within marine eco-systems. One passion of mine has always been assisting the disadvantaged and understanding the steps that I can personally take to reduce the various global disparities. In particular, I am extremely fascinated with aquatic species and those on the edge of extinction or in extreme danger. As a child, one of my most treasured experiences was when I had the incredible opportunity

with coral bleaching being the main, underlying cause (Lukoschek et al., 2013). Coral bleaching is part of the natural evolution of coral, however several mass bleaching incidences have occurred in recent decades due too human activity (Lesser, 2007). A mass global bleaching event in 2010 sparked the attention of scientists around the world as to the impact coral bleaching has on the surrounding environment and urged scientists to further pursue possible methods to overcome coral bleaching. This essay

How Marine Ecosystems are being devastated by the Sun’s Ultraviolet Rays? A community and the interactions of living and nonliving things in an area are commonly referred to as an ecosystem. Being a part of the Earth’s vast ecosystems, the marine ecosystem is among the largest on Earth; having such unique characteristics that make this ecosystem so unique; such as Coral Reefs, Polar Regions, and the Deep Sea. All of these levels of the marine ecosystem are widely used by the aquatic marine life

Coral reefs are created in shallow tropical waters. The coral reefs make skeletons for itself, and eventually the skeletons build up to create coral reefs. Coral reefs provide habitat for lots of fish and other ocean creatures. By 2050 coral reefs are thought to be extinct due to warmer water damaging the corals. Although the warmer weather causes damage to the coral, coral reefs grow best in water that range between 70-85 fahrenheit. Moss Moss grows in large areas at a time in order to protect

gives sugar back to the coral through photosynthesis. As time goes on, there are less coral reefs and more algal reefs. In the Caribbean, coral has decreased from a 50% coverage to a low 5-10% across the entire basin; this is caused by overfishing, bleaching, disturbance, eutrophication, and disease. Changing the number of herbivores and nutrient availability, changes the amount of algal and coral growth over time. If there is a low number of herbivores and high nutrient availability this causes fleshy

As mentioned several times above, coral growth is the key to a formation of any type of reef. Free-swimming coral larvae find homes on submerged rocks or stable surfaces nearby the edges of land. Colonies of coral form as calcium carbonate skeletons accumulate and begin to be bounded by surrounding corals. The polyps continues to secrete calcareous skeletons that form protective structures they will reside in. The protective structure is like a sort of cup the polyp sits under, and new hard skeletons

On the ocean floor of tropical waters around Asia, Africa, and Australia, you may see a diverse array of ocean plants, but not all are what they seem. Some of these plants aren’t plants at all, they’re actually small tube-like creatures called Garden Eels. These eels bob up and down in their burrows, and together as a colony to look like sea grass swaying in the warm currents of the Indo-Pacific region. Identification Looking like a straw these eels can grow up to 30 centimeters long, but are on