Sandra Beltran

Humans drill to the bottom of the ocean Atlanteans: Ok, that's it! SOMEONE'S gonna pay for wrecking our home, might as well start with these chumps. Make a burj kalifa on water please. ¡ÈPrequel of the MEG?¡É. Free stream underwater fish. What happened to your TV? we had a disagreement ???. If people would stop making monster movies pg13 Im sure these would get Wayy better scores. Jake: looking for things Also Jake: Im now one with the fish( swims with a school of fish. Free stream underwater light. I thought it was a The Sphere remake as I watched the trailer.

?????????????????????????OMG?????????????????????????????????????????????????????. Evolve or die ? Fear the Cambrian explosion! Enlarge / The game in all its glory on the table. North Star Games Welcome to Ars Cardboard, our weekend look at tabletop games! Check out our complete board gaming coverage at. I once spotted a barracuda while scuba diving. It darted in close, shimmering silver, its features reminiscent of a high school bully: lean, sharp, with an underbite that jutted forward in defiance of both authority and band kids. If I were to build that creature in Oceans, the latest card game from North Star Games, its traits would be Speed, Apex Predator, and Scare The Crap Out Of Fourteen-Year-Old Dan. (That last one is a promo card. It isn¡Çt available, so don¡Çt request it. ) Evolution redux? The first thing people ask about Oceans is whether it¡Çs different enough from Evolution, North Star¡Çs previous game, to warrant a look. ( Read our review of that game. ) This is a valid question. Both games revolve around similar concepts and mechanics, right down to the processes of evolution itself. Creatures are assembled from trait cards, resulting in wacky (but feasible) creations like filter-feeding parasites or tentacled schools of transparent fish. As they¡Çre developed, those creatures are set loose into an ecosystem of your fellow players¡Ç swimmers, predators, scavengers, and octo-things, where they need to eat. Like its predecessor, Oceans is about gathering the most food, though certain creatures would rather take their food out of your tail than graze from the reef. That is, until you evolve a defense?at which point your pursuer may try to evolve around your evolution. The game is effectively an arms race, except that the ¡Èarms¡É under development are sleeker fins, sharper teeth, and the ability to squirt ink when startled. With so many similarities, it¡Çs natural to wonder if Oceans is just Evolution with bluer illustrations. In practice, however, differences assert themselves almost immediately?and for the most part, they result in a more confident and interesting game. One of the big advantages of Evolution was its scalability. Because its most involved gameplay segments could be performed almost simultaneously, the time investment wasn¡Çt much different whether sitting down with two people or six. Evolution was also an incredibly punitive game, both for herbivores and for predators. Getting eaten by a hungry carnivore could mean early extinction; so could realizing your killer species had been out-evolved and wouldn¡Çt be snacking on any voles that millennium. By contrast, Oceans initially comes across as more traditional. Turns are turns rather than shared phases. Extinction is possible, but it only happens when you are negligent or significantly outplayed. And the regular edition caps at four players rather than six because each additional player adds further playtime. (The expanded version offers two additional players, but I can¡Çt recommend the additional drag. ) But that¡Çs as far as Oceans could be described as ¡Ètraditional. ¡É Everything else about it is a radical departure from what this series has shown us in the past. Enlarge / The open ocean... Dan Thurot Fear the Cambrian Explosion Here¡Çs the big change: Oceans is two very different games layered one over the other. The first is familiar. There¡Çs a big deck of trait cards that you¡Çll evolve your creatures from, but it has only twelve types of traits, so you¡Çre always aware of what to expect. Filter Feeders suck up nutrients from the reef, Apex Predators and Parasites steal what¡Çs been foraged by other creatures (yes, by eating them), while Bottom Feeders, Symbiotic Species, and Whale and Shark Cleaners glean the leftovers. Toss in some other modifiers, like Speed, Tentacles, and Schooling, and you have hundreds of possible combinations to consider. This portion of the game is deliberate?even plodding at times. Each player only employs a single card on their turn, feeds a single species, and then ¡Èages¡É all of their species at once, removing one fish apiece into their hidden stash of victory guppies. Over time, everyone is likely to gain somewhere between two and four species that are more or less stable and that interlock with everyone else¡Çs personal ecosystems. Then something major happens. Whenever a species forages, it consumes food from the reef, the first of four boxes packed with little guppy tokens. When a species ¡Ègains, ¡É meaning that it earns food by some means other than foraging or attacking, that food instead comes from those other three boxes?the ocean. Over time, these boxes will also empty, sparking various events and eventually the end of the game. But first, the Cambrian Explosion is going to rock everyone¡Çs world. It goes like this. Everyone is taking turns, laying the foundations for their species, eating from one those food sources. Around the game¡Çs midpoint, the first ocean box is emptied and the Cambrian Explosion arrives. Now the speed of play doubles. Two cards per turn. Two guppies age from each species. And, far more importantly, you can play ¡Èdeep¡É cards. Unlike the stuff found in the regular deck, deep cards are capable of shaking up play dramatically. What¡Çs on them? It would take longer than my word limit to list everything, but you can count on massive super-predators, tiny bodies beneath anyone¡Çs notice, parasites that steal points straight out of opposing player stashes, regenerating limbs, warm blood, big brains and infinite lifespans and coprophagia and poisonous ink and... Look, the point is that every card in the deep deck is unique, powerful, and potentially upsetting to the careful balance all those competing species struck in the first half of the game. The tradeoff for all this power is that deep cards represent a devil¡Çs bargain, only purchasable as traits if you pay ¡Èvictory guppies¡É out of your stash. Every card is therefore an investment, prompting you to ask whether it will recoup its cost before the game comes to a finish. And naturally, they can cause real damage to your final score if someone figures out how to evade or disrupt your expensive new trait. Food available form the reef and from the ocean. Dan Thurot The scoring guppies! The game before deep cards come into play. Some of the game's "deep" cards. Choosing which deep card to use. The game after deep cards have come into play. Smash the glass The careful arrangements made in those first few rounds might sound vestigial compared to the game¡Çs tumultuous second half, but nothing could be further from the truth. If anything, the beauty of Oceans is that both halves of the game are essential. Early moves are about establishing a foundation for success, with the right mix of species to safeguard or support the deep traits you¡Çll use later on. This is a tightrope act. You¡Çre allowed to draw from the deep deck from the very first turn; it¡Çs just that those cards will sit in your hand like sea cucumbers until the Cambrian Explosion rolls around. But by drawing early and planning for the eventual appearance of your future traits, it¡Çs possible to develop a game-long strategy within the first few turns. With a methodical foundation and a furious second act, Oceans is the best of both worlds, rewarding both careful mastery and a willingness to smash the glass at the aquarium if it means victory. Like Evolution before it, Oceans deserves to be a hit?and, far more importantly, it is as sleek and sharp as a barracuda.
If your reading this then I just want you to know your amazing, and you should have a day just like you An amazing one ?. Free stream underwater world. I feel like I'm more attracted to robots now... The script was leaked on r/Cloververse a while back, revealing that at the end of the film, the protagonists witness a giant creature walking by across the ocean floor which is described extraordinarily similar to Clover of Cloverfield, even including the smaller parasitic creatures attached to the side of its body. In addition, there¡Çs also the fact that its stars include John Gallagher Jr. and T. J. Miller (of 10 Cloverfield Lane and Cloverfield respectively), and that Abner Marín is returning as Creature Designer.
???????????? ????? ???????? Tech travel eat. Haris ikka?. This looks suspiciously like the old 80's Peter Weller movie Leviathan.

Free stream underwater pool.

Free stream underwater lights. Free stream underwater animals. Found Sunken Drug Plane in the Ocean! Explored for Treasure) Drug Plane Explored For Treasure. Free stream underwater movies. Free stream underwater video.

Hola? broder?. Free stream underwater. Its illegal to kill and octopus over a certain weight limit or size. and these are definitely over the size. screw u. TJ Miller's voice does not work for horror/ suspense.

They all look like krapp. "Under water" redirects here. For the term relating to finance, see Negative equity. "Undersea" redirects here. For the EP by The Antlers, see Undersea (EP). The Underwater environment refers to the region below the surface of, and immersed in, liquid water in a natural or artificial feature (called a body of water), such as an ocean, sea, lake, pond, reservoir, river, canal, or aquifer. Some characteristics of the underwater environment are universal, but many depend on the local situation. Liquid water has been present on Earth for most of the history of the planet. The underwater environment is thought to be the place of the origin of life on Earth, and it remains the ecological region most critical to the support of life and the natural habitat of the majority of living organisms. Several branches of science are dedicated to the study of this environment or specific parts or aspects of it. A number of human activities are conducted in the more accessible parts of the underwater environment. These include research, underwater diving for work or recreation, and underwater warfare with submarines. However, the underwater environment is hostile to humans in many ways and often inaccessible, and therefore relatively little explored. Extent [ edit] The world ocean is the most visible part of Earth from space Three quarters of the planet Earth is covered by water. Most of the planet's solid surface is abyssal plain, at depths between 4, 000 and 5, 500 metres (13, 100 and 18, 000?ft) below the surface of the oceans. The solid surface location on the planet closest to the centre of the geoid is the Challenger Deep, located in the Mariana Trench at a depth of 10, 924 metres (35, 840?ft). There is a smaller part of the surface covered by bodies of fresh water and a large volume of underground water in aquifers. The underwater environment is hostile to humans in many ways and therefore little explored. It can be mapped by sonar, or more directly explored via manned, remotely operated, or autonomous submersibles. The ocean floors have been surveyed via sonar to at least a coarse resolution; particularly-strategic areas have been mapped in detail, to assist in navigating and detecting submarines, though the resulting maps may be classified. [ citation needed] Oceans and seas [ edit] Clouds over the Atlantic Ocean An ocean is a body of water that composes much of a planet 's hydrosphere. [1] On Earth, an ocean is one of the major conventional divisions of the World Ocean. These are, in descending order by area, the Pacific, Atlantic, Indian, Southern (Antarctic), and Arctic Oceans. [2] [3] The word "ocean" is often used interchangeably with "sea" in American English. Strictly speaking, a sea is a body of water (generally a division of the world ocean) partly or fully enclosed by land, [4] though " the sea " refers also to the oceans. Saline water covers approximately 361, 000, 000?km 2 (139, 000, 000?sq?mi) and is customarily divided into several principal oceans and smaller seas, with the ocean covering approximately 71% of Earth's surface and 90% of the Earth's biosphere. [5] The ocean contains 97% of Earth's water, and oceanographers have stated that less than 5% of the World Ocean has been explored. [5] The total volume is approximately 1. 35 billion cubic kilometers (320 million cu mi) with an average depth of nearly 3, 700 meters (12, 100?ft). [6] [7] [8] Lakes, ponds, and rivers [ edit] A lake is an area filled with water, localized in a basin, that is surrounded by land, apart from any river or other outlet that serves to feed or drain the lake. [9] Lakes lie on land and are not part of the ocean, and therefore are distinct from lagoons, and are also larger and deeper than ponds, though there are no official or scientific definitions. [10] Lakes can be contrasted with rivers or streams, which are usually flowing. Most lakes are fed and drained by rivers and streams. Natural lakes are generally found in mountainous areas, rift zones, and areas with ongoing glaciation. Other lakes are found in endorheic basins or along the courses of mature rivers. In some parts of the world there are many lakes because of chaotic drainage patterns left over from the last Ice Age. All lakes are temporary over geologic time scales, as they will slowly fill in with sediments or spill out of the basin containing them. Many lakes are artificial and are constructed for industrial or agricultural use, for hydro-electric power generation or domestic water supply, or for aesthetic, recreational purposes, or other activities. A pond is an area filled with water, either natural or artificial, that is smaller than a lake. [11] It may arise naturally in floodplains as part of a river system, or be a somewhat isolated depression (such as a kettle, vernal pool, or prairie pothole). It may contain shallow water with marsh and aquatic plants and animals. [12] Ponds are frequently man-made, or expanded beyond their original depth and bounds. Among their many uses, ponds provide water for agriculture and livestock, aid in habitat restoration, serve as fish hatcheries, are components of landscape architecture, may store thermal energy as solar ponds, and treat wastewater as treatment ponds. Ponds may be fresh, saltwater, or brackish. A river is a natural flowing watercourse, usually freshwater, flowing under the influence of gravity towards an ocean, lake, another river, or into the ground. Small rivers can be referred to using names such as stream, creek, brook, rivulet, and rill. There are no official definitions for the generic term river as applied to geographic features, [13] Rivers are part of the hydrological cycle; water generally collects in a river from precipitation in a drainage basin from surface runoff and other sources such as groundwater recharge, springs, and the release of stored water in natural ice and snow. Potamology is the scientific study of rivers, while limnology is the study of inland waters in general. Subterranean water [ edit] Typical aquifer cross-section An aquifer is an underground layer of water -bearing permeable rock, rock fractures or unconsolidated materials ( gravel, sand, or silt). The study of water flow in aquifers and the characterization of aquifers is called hydrogeology. If an impermeable layer overlies the aquifer, pressure could cause it to become a confined aquifer. Aquifers may be classified as porous or karst, where a porous aquifer contains the water in the spaces between the grains of a loose sediment or rock (typically sand or sandstone), while a karst aquifer contains water mainly in relatively large voids in relatively impermeable rock, such as limestone or dolomite. Water filled caves can be classified as active and relict: active caves have water flowing through them; relict caves do not, though water may be retained in them. Types of active caves include inflow caves ("into which a stream sinks"), outflow caves ("from which a stream emerges"), and through caves ("traversed by a stream"). [14] Artificial bodies of water [ edit] A reservoir is, most commonly, an enlarged natural or artificial lake, pond or impoundment created using a dam or lock to store water. Reservoirs can be created in a number of ways, including controlling a watercourse that drains an existing body of water, interrupting a watercourse to form an embayment within it, through excavation, or building retaining walls or levees. Canals are artificial waterways which may have dams and locks that create reservoirs of low speed current flow. Physical characteristics [ edit] Water is a transparent, tasteless, odorless, and nearly colorless chemical substance. Its chemical formula is H 2 O, meaning that each of its molecules contains one oxygen and two hydrogen atoms, connected by covalent bonds. Water is the name of the liquid state of H 2 O at standard ambient temperature and pressure. Water at the surface of the Earth moves continually through the water cycle of evaporation, transpiration ( evapotranspiration), condensation, precipitation, and runoff, usually reaching the sea. Water seldom exists in a pure form, it almost always contains dissolved substances, and usually other matter in suspension. Density [ edit] Density of ice and water as a function of temperature The density of water is about 1 gram per cubic centimetre (62?lb/cu?ft) The density varies with temperature, but not linearly: as the temperature increases, the density rises to a peak at 3. 98?¡ëC (39. 16?¡ëF) and then decreases; this is unusual. [15] Regular, hexagonal ice is also less dense than liquid water?upon freezing, the density of water decreases by about 9%. [16] These effects are due to the reduction of thermal motion with cooling, which allows water molecules to form more hydrogen bonds that prevent the molecules from coming close to each other. [15] While below 4?¡ëC the breakage of hydrogen bonds due to heating allows water molecules to pack closer despite the increase in the thermal motion (which tends to expand a liquid), above 4?¡ëC water expands as the temperature increases. [15] Water near the boiling point is about 4% less dense than water at 4?¡ëC (39?¡ëF). [16] [a] Temperature distribution in a lake in summer and winter The unusual density curve and lower density of ice than of water is vital to life?if water were most dense at the freezing point, then in winter the very cold water at the surface of lakes and other water bodies would sink, the lake could freeze from the bottom up, and all life in them would be killed. [16] Furthermore, given that water is a good thermal insulator (due to its?heat capacity), some frozen lakes might not completely thaw in summer. [16] The layer of ice that floats on top insulates the water below. [17] Water at about 4?¡ëC (39?¡ëF) also sinks to the bottom, thus keeping the temperature of the water at the bottom constant (see diagram). [16] The density of sea water depends on the dissol
Free stream underwater maps. 36:37 that sound when you smash the ketchup. Thats cool but I would be scared to ever go into the deep sea because its just as big and dark as outer space and the not knowing what Ill find or see is fascinating yet scary ???¡ê?? ??. I feel like Hollywood writers have just given up at this point. Theyre riding on the coattails of visual effects and good music. Why is it that water in resin looks so beautiful.

Dove non c'è la mano dell'uomo si vede.???.

Reporter: Andrew Dawson
Bio: Henderson State Aulm

Underwater
9.8 (92%) 194 votes
Underwater