50 cent - Window Shopper dirty (lyrics subtitled on video)
50 cent - Window Shopper (dirty) with the lyrics subtitled on the video. Video, sound and lyrics are nót made by me, only the subtitles are made by me. Greetz, B
Added: June 9, 2010, 11:33 am
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50 Cent - Window shopper "HD Sound"
Enjoy the Hip Hop...
Added: June 9, 2010, 11:33 am
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Added: June 9, 2010, 11:33 am
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????
Added: June 9, 2010, 11:33 am
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50 Cent Window Shopper ENJOY!
Added: June 9, 2010, 11:33 am
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This is Window Shopper by 50 cent Owned by UMG Please comment
Added: June 9, 2010, 11:33 am
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Dec 26th Tsunami Reefs, Remembrance & Renewals - 2004
From http://www.AGuaPictures.com - This video is a unique and exclusive video documentary of 3-4 months of underwater ocean cleanup efforts after the 2004 Tsunami, in the Andaman Seas in Thailand. It highlights the problems & damages caused by the Tsunami to the effected shorelines and underwater in 2004 in the Andaman Seas, as well as the restoration efforts from over 500 volunteer divers from January until April 2005 to restore these areas. It shows the damages underwater, coral damage to the reefs, garbage from land engulfed into the oceans by the Tsunami, the efforts by volunteers to restore the latter & efforts by the Thai government to encourage & promote the rehabilitation of these reefs by implanting nurseried giant clams, an endangered species in the Earth's oceans. -------------------------------- One day, one quake, hundreds of thousands killed, and an uncountable amount of damage incurred, on land and underwater. But what was unstoppable proved likewise for the spirits of 500 plus Thai volunteer divers recruited by the Thai Ministry of Natural Resources (MNR). Thai seas were hit seriously after the Tsunami of 2004, but within a couple weeks of the December 26th date, Government and volunteers had already assembled together for cleanups throughout the Andaman Seas. Right after work on a Friday and trying to sleep on an overnight bus ride from Bangkok to the Andaman Sea was just the start. On arrival early Saturday morning, 80 plus divers would roll out onto a pier to dive as many times as the compressors could fill the tanks over the weekend, only to board the bus Sunday evening to arrive back in time for a shower at home and then to start work again in Bangkok on a Monday morning. For many of these divers, this was their weekend routine for 3-4 weekends a month...for 4 consecutive months. Tiring to say the least, but the spirits of the divers was nothing more than enthusiastic and energetic every weekend. Over the 4 months of cleanup, each weekend covered a location from as far north as the Burma border to the southern reaches of Trang, Hin Daeng and Hin Muang. In the end, the amount of land debris collected just after the Tsunami totaled over 24,000 tonnes. Towards the end of the Tsunami cleanup project that was carried out by the Thai Department of Marine and Coastal Resources (DMCR), the last phase was to have the volunteer divers transplant over 2000 nurseried Giant Clams, an endangered species, back onto the reefs to promote the rejuvenation of the reef system. Giant Clams prevent the occurrence of fish toxins and influence the reef in other positive ways. They are also considered indicators of reef health. Since that time, this department has released over 1000 Giant Clams every year all throughout Thai waters with the continual help of regular volunteer divers. Three years now after the Tsunami, the damages to the coral reefs have fully recovered with the help of all the volunteers who united in efforts, spirits and comradery. And with the support of regular divers like you the reader and continual monitoring and cleaning of our oceans, Thailand's coral reefs remain one of the country's prized natural wonders. ----------------- Project figures released by DMCR Director Mr. Niphon Phongsuwan. For more reports of cleanup activities in Thailand http://aguapictures.com/Gallery/THAILAND/REEFCLEANUPS and knowledge on maintaining coral reefs please visit the website: http://www.greenfins-thailand.org
Added: June 9, 2010, 11:32 am
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Added: June 9, 2010, 11:32 am
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Before and After Satellite Images of Tsunami 2004
Added: June 9, 2010, 11:32 am
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weird unknown shark, what is this? mystery fish, dogfish? watch in HQ
while fishing on the beach on a very foggy day we were catching little bonnetheads which are a type of hammerhead, we caught this weird little shark. it had teeth like a sting ray and it twisted on the way in and tangled it's self up in the line. it was very flexible and strong. it had cat eyes!!!!!!!!!!!!!!!!!! what is this?
Added: June 9, 2010, 11:32 am
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Giant Octopus Eats Sharks at Aquarium
http://www.FreeScienceLectures.com The giant octopus is extremely common throughout the Pacific North West and they held a regular spot on display of the Seattle Aquarium over the years. But when the keepers decided to move one into a larger tank with sharks and other big fish they assumed that octopus' strength and camouflage would keep it safe. As it turns out they were tragically mistaken. What was happening in aquarium was a mystery. Each week keepers were finding shark carcasses in the bottom of the tank. Week after week the three to four feet sharks kept vanishing. So one night someone staid up to see who the culprit was... --- It's Never too Late to Study: http://www.FreeScienceLectures.com --- Notice: This video is copyright by its respectful owners. The website address on the video does not mean anything. ---
Added: June 9, 2010, 11:32 am
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Worlds deepest living fishes survives under pressure
fishes survives under the largest pressure during millions of years. peixe das profundezas sobrevive sob a maior pressao do mar durante milhões de anos. Prehistoric fish are various groups of fishes that lived before recorded history. A few, such as the coelacanth still exist today and are considered living fossils. The first fish and the first vertebrates, were the ostracoderms, which appeared in the Cambrian Period, about 510 million years ago, and became extinct at the end of the Devonian, about 350 million years ago. Ostracoderms were jawless fishes found mainly in fresh water. They were covered with a bony armor or scales and were often less than 30 cm (1 ft) long. The ostracoderms are placed in the class Agnatha along with the living jawless fishes, the lampreys and hagfishes, which are believed to be descended from the ostracoderms. The first fish with jaws, the acanthodians, or spiny sharks, appeared in the late Silurian, about 410 million years ago, and became extinct before the end of the Permian, about 250 million years ago. Acanthodians were generally small sharklike fishes varying from toothless filter-feeders to toothed predators. They were once often classified as an order of the class Placodermi, another group of primitive fishes, but recent authorities tend to place the acanthodiaes or that both groups share a common ancestor. The placoderms, another group of jawed fishes, appeared at the beginning of the Devonian, about 395 million years ago, and became extinct at the end of the Devonian or the beginning of the Mississippian (Carboniferous), about 345 million years ago. Detailed anatomical studies of fossil remains by the Swedish scientist Erik Stensiö strongly suggest that the placoderms were closely related to sharks. Placoderms were typically small, flattened bottom-dwellers, however, many, particularly the arthrodires, were active midwater predators. Dunkleosteus was the largest and most famous of these. The upper jaw was firmly fused to the skull, but there was a hinge joint between the skull and the bony plating of the trunk region. This allowed the upper part of the head to be thrown back, and in arthrodires, this allowed them to take larger bites. The cartilaginous-skeleton sharks and rays, class Chondrichthyes, which appeared about 370 million years ago in the middle Devonian, are generally believed to be descended from the bony-skeleton placoderms. The cartilaginous skeletons are considered to be a later development. The modern bony fishes, class Osteichthyes, appeared in the late Silurian or early Devonian, about 395 million years ago. The early forms were freshwater fishes, for no fossil remains of modern bony fishes have been found in marine deposits older than Triassic time, about 230 million years ago. The Osteichthyes may have arisen from the acanthodians. A subclass of the Osteichthyes, the ray-finned fishes (subclass Actinopterygii), became and have remained the dominant group of fishes throughout the world. It was not the ray-finned fishes, however, that led to the evolution of the land vertebrates. The ancestors of the land vertebrates are found among another group of bony fishes called the Choanichthyes or Sarcopterygii. Choanate fishes are characterized by internal nostrils, fleshy fins called lobe fins, and cosmoid scales. The choanate fishes appeared in the late Silurian or early Devonian, more than 390 million years ago, and possibly arose from the acanthodians. The choanate fishes include a group known as the Crossopterygii, which has one living representative, the coelacanth (Latimeria). During the Devonian Period some crossopterygian fishes of the order (or suborder) Rhipidistia crawled out of the water to become the first tetrapods. The story of vertebrate evolution started in the seas of the Cambrian period, when jawless, toothless, soft-bodied fishlike creatures wriggled through the water, sucking up microscopic food particles. Only after tough, non-decaying bone was developed (initially as a scaly outer covering and later within the body) did fossils form and become preserved in the rocks. And only then could paleontologists take up the story with any certainty. The earliest traces of bony scales are found in rocks of the Late Cambrian period, and the first recognizable vertebrate fish has been found in Australian rocks of Early Ordovician age. So, the first chapter in the vertebrate evolution starts with the ancient Arandaspis, a fish about 6in/15cm long with no jaws, no teeth and no fins other than a tail. It did, however, have gills and a stiffening rod of cartilaginous material (the notochord) that served as a backbone. w1tv 10 minutes. http://w1tv.sites.uol.com.br
Added: June 9, 2010, 11:32 am
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