Coral

play Away by Michael Gow shoes the character of Coral to be in need of change in her distinctive world. Discuss how this applies to the play. Michael Gow’s play “Away” presents Coral as a character that is in urgent need to undergo profound change. At the introduction of the play, Coral is introduced to the audience as an emotionally unstable and isolated character. Through the use of stage directions, “Coral doesn’t respond”, it is clear that Coral is in her own distinctive world and alienated from

The dissolution of coral reefs is a growing consequence of human activities. While efforts toward regulation of anthropogenic factors and of ocean acidification project small feats of improvement, time is essential to determine whether or not reduction of these factors correlate with restoration of coral reefs. Coral transplantation as a direct solution to this coral reef dissolution can thus be explored, as it effectively aims to return coral ecosystems by _______. Human activity such as overfishing

Coral Reefs Coral reefs are arguably the world’s most beautiful habitats. Coral reefs have been called the rainforests of the oceans, because of the rich diversity of life they support. Scientists have not yet finished counting the thousands of different species of plants and animals that use or live in the coral reef. There are three types of coral reefs: fringing reefs, barrier reefs, and atolls. Fringing reefs are located close to shore, separated from land by only shallow water. Barrier reefs

Coral reefs are underwater ecosystems that are held together by calcium carbonate that is secreted by corals. They are usually built by colonies of tiny animals that are in marine water containing some nutrients (McCook, Jompa & Diaz-Pulido, 2001). Coral reefs are mainly built by the stony corals consisting of polyps that are in groups. These polyps belong to groups of animals called the Cnidarian that includes the sea anemones and jellyfish. Coral reefs mainly grow in warm, shallow, sunny and agitated

life as coral reefs. However, this is all soon to change due to human negligence. Human activity and stupidity is leading to the destruction of the vast majority of coral reefs and is expected to continue to do so until coral reefs, as well as the species that reside in and around them, are a thing of the past. Coral reefs are extremely biologically and environmentally important (7). Not only are they home to over a million species of fish, invertebrates, and algae currently occupying coral reefs but

Coral bleaching is a natural, but harmful phenomenon. As you read this report on coral bleaching, you will understand how and why this can and is harming the ecosystem and our lives. Something you should know about coral bleaching is that it has and is happening as you are reading this. The term coral bleaching doesn’t sound that important and harmful, but it is and here is why. Coral Bleaching is the cause of the warming temperatures in the oceans. Though many think that this is a good thing they

Summary: The international trade in corals today mainly focuses on live corals for the marine reef aquarium trade. The purpose of this study is to understand the overall trends over time (in this instance, 21 years between 1990-2010) as coral species enter the trade and become more commercially popular. Another reason was to assess the impact that increased aquaculture production of corals has on the trade, and predict how changes in the trade of live corals may impact coral reef ecosystems. Trade increased

The coral reef of the Bahamas is home to a large variety of different organisms including sponges, fish, anemones, sea stars, and crustaceans. They all use the reef as a form of resource for food, protection from predators, or a place to live (Harborne et al. 2006). However, coral reefs all around the world are in danger of depletion and destruction more now than ever (Richardson 1998). Damage to the coral reef is caused by a number of factors such as increasing temperatures or reduction of sea pH

some algae living in corals to tolerate higher ocean temperatures than others. The problem of coral bleaching is becoming more urgent throughout the world, so Australian scientists decided to study it on a genetical level. The genes could act as markers to understand the risk of coral bleaching in different areas of tropical reefs including the Great Barrier Reef. According to the latest research of scientist team led by the University of New South Wales (UNSW), tropical corals cannot survive without

Coral bleaching occurs when the microscopic plants (zooxanthellae) are expelled by rising ocean temperature. When there are no microscopic plants such as zooxanthellae, the coral turns white and die. The studies show that throughout the worlds ocean, from the Florida Keys to the Great Barrier Reef of the Australia have been evidence of unique coral bleaching caused by the rising of ocean temperature. In the early 1980s the coral bleaching event has increased because of rapid increase of sea water