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The following is a collection of science fiction novels, comic books, films, television series and video games that take place significantly or partially underwater. They prominently feature maritime and underwater environments or other underwater aspects from the nautical fiction genre, such as in Jules Verne 's classic 1870 novel Twenty ...
Beyond the Aquila Rift is a 2016 collection of science fiction short stories and novellas by British author Alastair Reynolds, published by Gollancz, and edited by Jonathan Strahan and William Schafer. It contains works previously published in other venues.
Flood is a 2008 work of hard science fiction by English author Stephen Baxter.It describes a near future world where deep submarine seismic activity leads to seabed fragmentation, and the opening of deep subterranean reservoirs of water.
The book is set in a New York City suffering a 50-foot rise in sea-water. However, scientists suggest a rise between 3 and 15 feet (0.9 and 5 metres) is more likely by 2140. [ 5 ] [ 6 ] A rise on that scale would likely mean that some portions of Manhattan , Brooklyn , and Queens would be flooded, but not to the extent as featured in the novel ...
Science & Tech. Shopping. Sports. Weather. 24/7 Help. For premium support please call: 800-290-4726 more ways to reach us. ... Kansas accounts for about 10% of the water in the Aquifer, the third ...
Subterranean fiction is a subgenre of speculative fiction, science fiction, or fantasy which focuses on fictional underground settings, sometimes at the center of the Earth or otherwise deep below the surface. The genre is based on, and has in turn influenced, the Hollow Earth theory.
Ark is a 2009 hard science fiction novel by English author Stephen Baxter. It is a sequel to his 2008 novel Flood. Ark deals with the journey of the starship Ark One, and the continuing human struggle for survival on Earth after the catastrophic events of Flood. The series continues in three pendant stories, which are described in the plot ...
The first study was done in 2018, then updated in 2023 to estimate the rates at which water is currently being pumped out of the aquifer, along with how well the system could safely and naturally ...