The Greenhouse Effect On Earth

The Great Barrier Reef is one of the seven wonders around the world. It is approximately 344,400 kilometers long. The Great Barrier Reef is home to many marine organisms. More than 1,500 species of fish live in the Great Barrier Reef. The coral that forms The Great Barrier Reef is made of polyps. Billions of living coral polyps are attached to the reef. The colour of these polyps range from blue, green, purple, red and yellow. As the largest living structure on the planet, the Great Barrier Reef is incredibly plentiful and various. Stretching 2300 kilometers, this natural icon is so large it can even be seen from outer space. While it’s known mostly for its large maze of colorful reefs, its intricate architecture also provides a home for a huge number of plants and creatures. There are multiple reasons as why the Great Barrier Reef is important, as it helps protect coastlines from the detrimental effects of waves and storms, provides habitats and protection for many marine organisms, help in nutrient recycling and is the source of nitrogen and other essential foods for marine food chains.

The greenhouse effect is how the Earth naturally warms up. During the greenhouse effect, the sun radiates it heat into our atmosphere. From there, most of the heat gets trapped in the Earth’s surface, which is later released back into our atmosphere. At the lower atmosphere, water vapor and carbon dioxide are the gases that absorb most

The Great Barrier Reef is an oceanic/costal ecosystem off the coastline of Port Douglas, Australia. There are man costal systems that are significant to the role of the Reef including coral reefs, wetlands, and rainforests etc. The reef consists of many diverse corals and is a home for over 1,500 different species of fish. The reef is unique for many distinctive reasons; a reason that is unique is that it is acknowledged as one of the most imperative biological possessions. The Reef is a complex ecosystem with numerous organisms trusting on each other for nourishment and endurance. Broadly all collections of maritime plants and animals are extravagantly signified in the Reef. The animals range from dugongs

Coral reefs are natural formations that host around twenty-five percent of the world’s marine species, however, these reefs are majorly threatened (“Air”). The Great Barrier Reef in particular is an important marine location, home to major marine diversity with over 3,000 reefs over 1,400 miles (“Great” World Book). The Great Barrier Reef is a limestone formation made of coral polyps and algae, and lays off the coast of Queensland, Australia. For many years, this reef has been exposed to several threats. The threats facing the Great Barrier Reef include pollution, invasive species, and climate change.

Easily the most well-known natural World Heritage Site in Australia, the Great Barrier Reef, which is the world’s most extensive coral reef ecosystem, was inscribed with UNESCO in 1981. The site covers approximately 348,000 square kilometers and includes a wide range of depths, comprising of shallow inshore, mid-shelf, and even extending into oceanic waters 2,000 meters deep. The Great Barrier Reef is actually made up of around 2,500 individual reefs, encompassing some 400 different species of coral, which makes for some of the most remarkable underwater scenery in the world. The massive size and varying depths allows for a wide array of ecological habitats and species, making the reef one of the most complex ecosystems on the planet.

Most of the CO2 that enters the atmosphere dissolves into the ocean, as close to a third of the CO2 produced from human activities since 1800 and approximately half produced by burning fossil fuels are consumed into the ocean (Sabine et al. 2004). Increased CO2 in the atmosphere is one of the main causes of our changing climate change (NOAA, 2011). Global ocean temperatures have risen by 0.74oC (1.3oF) since the late 19th century. With the increasing rate of CO2 and other greenhouse gas emissions have been predicted to rise to approximately 4.0oC (7.2oF) this century (NOAA, 2016). Just the tropical upper oceans alone have warmed more than 0.01oC per year over the past 50 years and the warming rate is still increasing (NOAA, 2010).

The Great Barrier Reef is one of the seven wonders of the world. It extends more than 1,300 miles through the coral sea off northeastern Australia and it is even visible from outer space. It is also home to more than 400 types of coral and 1,500 species such as the tropical fish, birds, dolphins, and reptiles. The reef is not only home to the coral but it is also breeding ground for humpback whales and a habitat for endangered species. The Great Barrier Reef was listed as a protected site by the World Heritage Trust in 1981 to help maintain it’s beauty allowing for tourists to keep wanting to visit, which greatly affects the economy in Australia and more specifically to keep the marine life alive. However, the reef is undergoing huge

As one of the Seven Wonders of the World, the Great Barrier Reef has for years draw both scientists and tourists to its dynamic beauty. The Great Barrier Reef has a long history that has developed vast ecosystems and is home to thousands of marine life, such as corals, mollusks, turtles, and even sharks. Contrary to popular belief, the Great Barrier Reef is made up of thousands of reefs, connecting over 1,400 miles (“Facts”) of the Earth together. However, as a naturally occurring landmark, the reefs are vulnerable to environmental threats and require management for preservation.

The Great Barrier Reef is located in the southern hemisphere, off the coastline of Queensland in northeastern Australia (18°S, 147°E). The Great Barrier Reef is 344’400km² in area. It is noted to be the most elaborate ecosystem in the world. A variety of organisms live in the Great Barrier Reef, around 1500 species of fish and about 2900 different coral reefs. It is known to be the largest coral reef system in the world, the reef includes many attributes other than the living organisms, like canyons, channels, and plateau’s. There are around 70 wide scale habitats in the Great Barrier Reef and more than 2000km² of mangroves, and around 6000km² of seabeds. There are also about 1050 islands that range from being small coral cays to large

Greenhouse is a process where some trace gases like main carbondioxide, warm the earth surface. This characteristic effect is called greenhouse effect. In this process when energy form sun comes to earth some are absorbed rest are reflect back. The energy which is absorbed warm the earth surface as well as atmosphere and its lead to various environmental problem like climate

Greenhouse gases, carbon dioxide and methane, absorb energy radiated by the Earth and then send it back into our atmosphere as heat. This is called the greenhouse effect. During the last

Climate change and Global warming is a big issue in the world today. One big thing is the Greenhouse Effect. The Greenhouse Effect is the capturing of the sun's warmth in the planet's lower atmosphere due to the greater transparency of the atmosphere to visible radiation from the sun than to infrared radiation given off from the planet's surface. Greenhouse gases affect the temperature here on Earth by sunlight hitting the Earth. Then, carbon dioxide reflects the heat from the sun and traps the heat, keeping it on the Earth causing a rise in temperature.

Some of the heat from the greenhouse gases goes into space, while some of it burns along the atmosphere, and a small amount of it finds its way into the Earth’s surface (Rinkesh. "Causes of the Greenhouse Effect - Conserve Energy Future."). Because of this the Earth’s temperature is raised (Rinkesh. "Causes of the Greenhouse Effect -

The Earth’s climate is determined by the receipt and distribution of the radiation received from the sun (Dunne, 2013). Light from the sun undertakes three corridors: 25% is absorbed by the atmosphere, 30% is reflected back into space and 45% is absorbed by the Earth’s surface (Dunne, 2013). The light absorbed by the Earth’s surface is converted into energy and used for the various biological processes. In the atmosphere, some gases have strong infrared radiation absorption ability and are able to absorb the infrared emitted by the Earth’s surface, and re-emit this infrared to the Earth’s surface, thus warming the Earth’s surface more than it otherwise would be (Botkin & Keller, 2014). These gases are referred to as greenhouse gases and this warming of the Earth’s surface is referred to as “The Greenhouse Effect”. Figure 1 below presents an illustration of this greenhouse effect. The greenhouse gases cause heat to become trapped between the atmosphere and the Earth’s surface, similar to how air is trapped in a greenhouse. It must be noted that the greenhouse effect is a naturally occurring phenomenon but it has been amplified by the addition of greenhouse gases to the atmosphere from human activities (Anderson, Hawkins & Jones, 2016). The natural greenhouse effect ensures that the Earth’s temperature is kept at a comfortable average of 140C, rather than the otherwise -210C (Anderson et al, 2016).

The greenhouse effect is what allows life on Earth and the atmosphere contains trace gases which are designed to retain heat. The gases that are present in the atmosphere are water vapor, carbon dioxide, methane, ozone, and nitrous oxide. These gases act as a global insulator and help control the Earth’s atmosphere. It all begins with sunlight which is a form of energy that is mostly absorbed by land, oceans, and a portion of the sunlight is reflected back to the atmosphere. Once the earth warms up, it then gives off energy in a different form which is called infrared radiation or electromagnetic radiation. The planet need some of the greenhouse gases because without them the