How the Australian Great Barrier Reef Succeeds at Preservation and Sustainable Use and How it Applies to a Worldwide Problem

Most reef-building corals contain photosynthetic algae, termed zooxanthellae, that live in their tissues. The corals and algae have a mutualistic association. The coral provides the algae a environment and compound

Corals build colonies that secrete calcium carbonate to form ocean reefs. When they're healthy, coral reefs provide shelter and food for animals all along the food chain, including the top: us. Across the planet, half a billion people rely, directly and indirectly, on corals for their living. That's why what happens to the 9,000-year-old Great Barrier Reef, as well as to other reefs worldwide, is critical. The floods in Queensland have hurt the Great Barrier Reef by funnelling into the ocean vast plumes of freshwater and agricultural runoff that could severely damage the coral. Besides the extreme rain that sparked the floods, rising ocean temperatures, changes to the ocean's chemistry and the global trade in natural resources — all symptoms of our fossil-fuel economy — are waging a multiform war on the marine

The Great Barrier Reef is known as one of the Seven Wonders of the World. It is believed to be one of the most incredible places on this earth. This reef is the largest living organism on this planet and the only living thing on earth visible from space (2011). The warm waters of the southwest Pacific Ocean are the perfect environments to create the world's largest system of coral reefs. The Great Barrier Reef is in such pristine condition that it was listed by the World Heritage Trust as a protected site and is therefore, managed by the Great Barrier Reef Marine Park Authority to ensure that its beauty is maintained for many travelers and sightseers (Edgar 2010). Due to the complexity of this natural phenomenon, human practices have led

Because the GBR is such a highly visited tourist attraction for snorkeling and diving, there has been a large number of human structures that have been built in natural areas. Every five years, the Australian government publishes an Outlook Report that examines the Great Barrier Reef’s health, pressures, and likely future. “The report is required under Great Barrier Reef Marine Park Act 1975 (section 54) and aims to provide a regular and reliable means of assessing reef health and management in an accountable and transparent way.” The report shows the actions that have been taken since 2009, including the focus on improving the quality of water that runs off the land. The increased freshwater run-off is in direct relation to the coastal development that has occurred since the major bleaching events have begun. The report released in 2009, states that the greatest risks to the Reef are still climate change, land-based runoff, coastal development, and some remaining impacts of fishing and illegal fishing and poaching. The report points out climate change as being the main cause of the destruction or bleaching of the reef (Department of Environment and Energy 2017). Most observers conclude that the climate change is a direct result of human

Coral reefs exist all over the world and are generally known as being one of the most diverse, intricate and beautiful of all existing marine habitats. They have many varying structures which are developed by algae and are symbiotic with various reef building corals which are referred to as, zooxanthellae (algae). There are many other factors such as, coralline algae, sponges and other various organisms that are combined with a number of cementation processes which also contribute to reef growth, (CORAL REEFS, 2015).

The Great Barrier Reef is under threat due to many human impacts and natural impacts. These impacts lead to other consequences that may harm our society as well. For example, if the Great Barrier Reef was to be damaged by pollution, tourism levels would decrease, which can lead to a drop in the economic stance of Australia. For these reasons, it is important to keep our ecosystems safe and protected. Some of the human impacts towards the Great Barrier Reef include:

While government officials looked the other way, half of the coral has disappeared from along the length of the Great Barrier Reef. Additionally, vast areas of the reef’s coral have suffered serious degradation. It isn’t surprising that the area’s unique level of biodiversity is being threatened by the damage as well.

Since the beginning of time man has shown a desire to alter his physical surroundings based on his perception of inequalities, injustices, survival or even due to his own innovations. Perhaps it stems from the primal instinct to survive and along with that a common theme behind this desire seems to be an effort to make the world a better place, either more aesthetically pleasing, or easier to survive in. Technological advances for human survival and comfort may come at the expense of animals, climate, air, land and sea. Human ignorance often leads to the natural wonders of our world being destroyed due to these technological advances and human arrogance. Humans have wiped out many species that they come in contact with and almost destroyed other natural environments and ecosystems. Along the northeast coast of Australia is a cluster of reefs known as the Great Barrier Reef, the most diverse underwater phenomenon in our world. This natural wonder is not being cared for and everyone needs to take responsibility for what is happening to this reef, especially in adjacent locations and help in as many ways as possible. The Australian Government is responsible for the protection of the natural resources within their country. They need to act as the main spokesperson for the Great Barrier Reef. The government needs to be more proactive because if nothing is done the Great Barrier Reef will no longer exist. Even though it is not just the Australian Government that is to blame for

The Great Barrier Reef is the largest reef In the world being at 345, 000 square kilometres in size. This huge amount of reef is home to 1,500 species of fish, 30 species of whales and dolphins, and 133 species of sharks and rays (Act.greenpeace.org, 2018). Imagine you were one of these fish and your home was just dying off leaving you without food and having to move to different areas. We are the ones causing The Great Barrier Reef to die! Not only does the reef provide homes and food for all of these animals but it also provides the ocean and earth with large amounts of oxygen.

One of the most diverse and biologically rich marine ecosystems is the coral reef. Almost every ecosystem has a greater purpose, coral reef are no exception. For instance they serve as barriers for hurricanes, and other catastrophic storms, their chemicals treat diseases, and one of the most important function is they are a major source of food for humans. But that is just the benefits for humans, they provide shelter and food for numerous organisms, such as fish, turtles, dolphins, and several other marine life.

The outlook indicated that the reef had various stressors such as climate change, overfishing, pollutant runoff from industrial and agricultural sites and coastal development was still having a significant impact on the reefs biodiversity (Great Barrier Reef Marine Park Authority, 2013). In response to this the Great Barrier Reef conservation strategy of 2013 (GBRCS) was developed and implemented by NSW and QLD governments, community, industry, and indigenous groups in order to incorporate a national management initiative to ensure the ecological sustainability of GBR resources by prioritizing, addressing and reducing major threats (Great Barrier Reef Marine Park Authority, 2013). The Great Barrier Reef conservation strategy of 2013 is significant on a local, state and federal

The Great Barrier Reef is a huge, complex ecosystem located off the east coast of northern Queensland and is considered as an ecosystem at risk. It stretches approximately 2300km from Papua New Guinea’s Fly River in the north (8⁰S) to Fraser Island in the south (24⁰S) and has become the largest World Heritage site in the world. It has 1500 of the worlds 13 000 fish species in it area, 200 bird species, 5oo species of seaweed, 600 species of echinoderm, 125 species of shark and ray and around 360 species of hard coral.

Coral reef ecosystems around the globe are threatened by human interferences and climate change. This has led to many scientists conducting studies on global coral reef ecosystems to gain a better understanding of the cause and effects of coral reef damage. In both Hodgson’s (1999) and Carpenter et al.’s (2008) studies, they are aware of the continuous degradation of global coral reef ecosystems. Hodgson's study involved conducting a survey on global coral reef ecosystems to see whether human actions were affecting the health of supposed pristine Coral reefs. Carpenter et al. incorporated Hodgson’s study into a compiled study about the possible extinction of reef building corals due to climate change and anthropogenic effects. Carpenter’s

Australia’s scientists have released its comprehensive map of the Great Barrier Reef’s bleached corals revealing that less than 36% of the areas explored have not been severely bleached yet. The bleaching is caused by abnormally hot waters due to El Niño and climate change. These high temperatures cause corals’ symbiotic algae, which is their crucial food source, to become scarce and toxic, forcing the corals to expel it. Removing the algae turns the coral bone white and the coral begins to starve. Of the 911 individual reefs that researchers surveyed, a large 93%-843 reefs-experienced some kind of bleaching. Furthermore, the Great Barrier Reef is home to more than 1,500 different kinds of fish, 6 of the worlds remain seven marine turtle species

Coral reefs around the world are in danger. One of the causes is global warming, which has been increasing the temperature of the ocean water resulting in coral bleaching. This essay will focus on damage occurring to the Great Barrier Reef.