Nachdem ein massiver Sonnensturm das schützende Magnetfeld der Erde stark beschädigt hat, warnt der Wissenschaftler Joshua Chamberlain (Jason Tobias). Oceans Rising erzählt die Geschichte von einem Wissenschaftler der vor einer großen Flut warnt und ein Boot baut. Oceans Rising ein Film von Adam Lipsius mit Jason Tobias (II), Paola Menacho. Inhaltsangabe: Das Magnetfeld der Erde hat eine schützende.
Oceans RisingOceans Rising. Die Erde geht unter – dieser Film besser auch! Katastrophentrash. US „Der Stuss-. Oceans Rising. 1 Std. 26 Min+. A scientist builds a massive ark after his warnings of an Earth-destroying flood are ignored. But when it's evident the. Weil die immer wieder vorgetragenen Warnungen eines Wissenschaftlers vor einer die Welt verschlingenden Flut nicht gehört oder ignoriert wurden, baut er eine Arche, um sich und den Seinen das Überleben zu sichern. Als sich jedoch abzeichnet, dass.
Oceans Rising NASA Studies All Aspects of Sea Level Rise VideoWhat Causes Sea Level Rise? Weil die immer wieder vorgetragenen Warnungen eines Wissenschaftlers vor einer die Welt verschlingenden Flut nicht gehört oder ignoriert wurden, baut er eine Arche, um sich und den Seinen das Überleben zu sichern. Als sich jedoch abzeichnet, dass. Oceans Rising ist ein US-amerikanischer Katastrophenfilm aus dem Jahr , der von The Asylum produziert wurde. Inhaltsverzeichnis. 1 Handlung; 2 Kritiken. Entdecken Sie Oceans Rising und weitere TV-Serien auf DVD- & Blu-ray in unserem vielfältigen Angebot. Gratis Lieferung möglich. Oceans Rising [dt./OV]. (97)IMDb 2,41 Std. 26 Min Nachdem ein verheerender Sonnensturm das schützende Magnetfeld der Erde stark beschädigt hat.
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Trailers and Videos. DID YOU KNOW? Crazy Credits. Alternate Versions. Rate This. But when it's evident the disaster will occur, those who maligned the scientist now turn to him in desperation.
Director: Adam Lipsius. Writer: Adam Lipsius. Watch on Prime Video included with Prime. Added to Watchlist.
The Most Anticipated Movies to Stream in February The worst movies I've seen! Share this Rating Title: Oceans Rising 2.
Use the HTML below. In the meantime, scientists keep refining their models of sea-level changes. They also point out that the extent to which countries work together to limit release of more greenhouse gases may have a significant impact on how quickly seas rise, and how much.
PUBLISHED February 19, Read Caption. Sea level rise, explained Oceans are rising around the world, causing dangerous flooding.
Why is this happening, and what can we do to stem the tide? By Christina Nunez. Floods No other kind of natural disaster in America has caused more death and destruction than floods.
Thermal expansion: When water heats up, it expands. About half of the sea-level rise over the past 25 years is attributable to warmer oceans simply occupying more space.
Melting glaciers: Large ice formations such as mountain glaciers naturally melt a bit each summer. Warmer waters can speed up currents, and even tilt the surface of the ocean — changes that will be measured by the upcoming Surface Water and Ocean Topography satellite mission, developed by NASA and international partners.
Naturally occurring ocean climate cycles can also play a role in temporarily masking or enhancing the effects of climate change on sea level rise.
During most of the time that satellites have been measuring global sea surface height, sea level rise along the West Coast of the United States has been lower than the global average due to extended cool phases of the Pacific Decadal Oscillation PDO , a long-term cyclical pattern of climate variability in the Pacific Ocean that affects ocean and atmospheric conditions.
The cool PDO phase pushed warm water away from the U. West Coast, suppressing sea level rise. But around , the PDO shifted to its warm phase, and scientists are now observing faster-than-average sea level rise for the region, which is expected to continue for at least the next five years and potentially much longer.
As the ice sheets melted, and the weight on the continents eased, the land surface slowly rebounded. That rebounding process is still occurring and can even cause other places to drop — for example, Norfolk, Virginia is sinking due to rebounding further north.
Rising sea levels can also be compounded by sinking land. The Mississippi River Delta, for example, is essentially drowning as sinking ground from resource extraction, sediment loading, and the weight of the built environment is combined with higher sea levels.
NASA will be studying this case with a field campaign called Delta-X, designed to study how sediments are accumulating on the delta.
Since , four generations of satellite altimeters have measured the height of the world's oceans and seas.
Sea level has risen globally by about 4 inches 93 millimeters and as much as 6 inches millimeters in some places. Melting ice sheets and glaciers contribute two-thirds of the increase to global sea level.
Satellites use radar and laser pulses to measure the height of the world's polar ice sheets and ice shelves, as well as its mountain glaciers.
These altimeters chronicle where ice is getting thinner. Tide gauges were the original tool for measuring sea level. But since Earth's land surfaces naturally rise and fall, scientists now use GPS measurements to see how these motions affect sea level.
In regions that were previously glaciated, such as Canada and Northwestern Europe, post-glacial rebound of the crust moving upward has caused relative sea level to fall.
Continents are big slabs, so when one end rises because of glacial rebound, as is happening in Canada, the other end, the continental United States, sinks like the other end of a seesaw.
Sea level is primarily measured using tide stations and satellite laser altimeters. Tide stations around the globe tell us what is happening at a local level—the height of the water as measured along the coast relative to a specific point on land.
Satellite measurements provide us with the average height of the entire ocean. Taken together, these tools tell us how our ocean sea levels are changing over time.
Global sea level has been rising over the past century, and the rate has increased in recent decades. In , global sea level was 2.