What are geothermal pools or hot lakes gas variables pogil worksheet answers

#

Like many other geothermal pools all over the world, Boiling Lake is a huge tourist attraction. Dominica specializes in ecotourism, making it a perfect home for the Boiling Lake. Despite its physically and emotionally grueling hike, Boiling Lake is the second most recommended tourist attraction in Dominica and is just one example of the strange power that geothermal pools have to attract visitors from all over the world.​ Iceland’s Blue Lagoon

The Blue Lagoon is another geothermal pool renowned for attracting visitors from all over the world. Located in southwestern Iceland, the Blue Lagoon geothermal spa is one of Iceland’s top tourist destinations. This luxury spa is also occasionally used as a unique concert venue, for example for Iceland’s famous weeklong music festival, Iceland Airwaves.

The Blue Lagoon is fed from the water output of a nearby geothermal power plant. First, superheated water at a scorching 460°F (240°C) is drilled from approximately 220 yards (200 meters) beneath the Earth’s surface, providing a source of sustainable energy and hot water to the citizens of Iceland. After exiting the power plant, the water is still too hot to touch so it is then is mixed with cold water to bring the temperature to a comfortable 99 to 102°F (37 to 39°C), just above body temperature.

These milky blue waters are naturally rich in algae and minerals, such as silica and sulfur. Bathing in these inviting waters are said to have health benefits such as cleaning, exfoliating, and nourishing one’s skin, and are particularly good for those afflicted with certain skin diseases. Wyoming’s Grand Prismatic Pool

This visually stunning hot spring is the largest geothermal pool in the United States and the third largest in the world. Located in the Midway Geyser Basin of Yellowstone National Park, the Grand Prismatic Pool is over 120 feet deep and has a diameter of approximately 370 feet. In addition, this pool expels an immense volume of 560 gallons of mineral-rich water every minute.

This jaw-dropping array is the product of microbial mats. Microbial mats are multilayer biofilms made up of billions of microorganisms, such as archaea and bacteria, and the slimy excretions and filaments that they produce to hold the biofilm together. Different species are different colors based on their photosynthetic properties. The center of the spring is too hot to support life and is therefore sterile and a beautiful shade of dark blue due to the depth and purity of the lake water.

Microorganisms that are able to live in the extreme temperatures, such as those in the Grand Prismatic Pool, are a source of heat-tolerant enzymes used in an extremely important microbiological analysis technique called Polymerase Chain Reaction (PCR). PCR is used to make thousands to millions of copies of DNA.

PCR has innumerable applications including disease diagnosis, genetic counseling, cloning research for both living and extinct animals, DNA identification of criminals, pharmaceutical research, and even paternity testing. PCR, thanks to organisms found in hot lakes, has truly changed the face of microbiology and the quality of life for humans in general.

Geothermal pools are found throughout the world in the form of natural hot springs, flooded fumaroles, or artificially fed pools. These unique geologic features are often mineral-rich and house unique temperature resistant microbes. These hot lakes are extremely important for humans and provide a swath of ecosystem goods and services, such as tourist attractions, health benefits, sustainable energy, a source of hot water, and probably most importantly, a source of thermostable enzymes that enable the use of PCR as a microbiological analysis technique.