Oceanic Physical-biological Process
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High Quality Content by WIKIPEDIA articles! Due to the higher density of water (1,030 kg m-3 seawater) than air (1.2 kg m-3), the force exerted by the same velocity on an organism is 827 times stronger in the water. When waves crash on the shore, the force exerted on littoral organisms can be equivalent to several tons. Water flow can be described as laminar flow and turbulent flow. laminar flow is characterized by smooth motion: neighboring particles advected by such a flow will follow similar paths. turbulent flow is dominated by re-circulation, whorls, eddies and apparent randomness. In…mehr

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High Quality Content by WIKIPEDIA articles! Due to the higher density of water (1,030 kg m-3 seawater) than air (1.2 kg m-3), the force exerted by the same velocity on an organism is 827 times stronger in the water. When waves crash on the shore, the force exerted on littoral organisms can be equivalent to several tons. Water flow can be described as laminar flow and turbulent flow. laminar flow is characterized by smooth motion: neighboring particles advected by such a flow will follow similar paths. turbulent flow is dominated by re-circulation, whorls, eddies and apparent randomness. In such a flow particles which are neighbors at one moment can find themselves widely separated later.