Oceanography

The thick slime on the ocean floor is commonly referred to as marine mucilage. Marine mucilage is a gelatinous substance formed by the aggregation of organic matter in seawater, and it can harm marine life by depleting oxygen levels as it decomposes.

well there is 30% in the salt water but is that the natural water is more fresh

The bioluminescent organisms in the ocean, such as certain types of algae and plankton, emit light through a chemical reaction called bioluminescence. When disturbed, these organisms produce a blue-green light, causing the ocean to glow blue at night.

Salinity and temperature are conservative properties of seawater that directly affect the density of seawater. This is an extremely important property because it in turn directly affects upwelling and downwelling of oceans and some major oceanic currents. This is because if a denser body of water is sitting on top of a less dense body of water, the denser part of the water column will turn over (sink) to get to a more stable water column state. This leads to water mixing of nutrients and oxygen for organisms living in the water column. Typically the saltier the water, the higher the density and also the colder the water, the higher the density. So because of this, cold and salty water (Antarctic and Arctic) are the most dense bodies of water and typically stay towards the bottom of the ocean floor.

Yes, a biome is larger in scale than a community. A biome encompasses a larger geographic area that shares similar climate, vegetation, and animal life, while a community refers to the interacting populations of different species within a specific ecosystem.

Most oceanographers have at least a bachelor's degree in marine science, oceanography, biology, geology, or a related field. Advanced research positions typically require a master's or doctoral degree in oceanography or a specialized area within the field.

Oceanography is a branch of physical geography. Independently it study about the ocean related fields , including study about various ocean relief features. Such as bottom relief configuration , canyons , islands and most important about oceanography,s various scope. Important works ,researches on marine fields , quality of ocean feature are the current topics for research now.

The three oceans in the northern hemisphere are the Arctic Ocean, the Atlantic Ocean, and the Pacific Ocean.

The four main stages in the history of oceanography are exploration and mapping, scientific exploration and discovery, technological advancements, and modern interdisciplinary oceanography. Oceanography has evolved from early exploration by ancient civilizations to a systematic study of the ocean's physical, chemical, and biological characteristics using advanced technologies and collaborative research efforts.

An ocean wave is a disturbance on the surface of the ocean caused by energy transfer from wind. As the wind blows across the ocean, it creates ripples that develop into waves. The energy from the wind is transferred to the water, causing it to move in a circular motion, creating the characteristic rolling motion of waves.

Walking on the ocean floor along areas of the bay typically refers to low tide conditions where the water level is shallow enough to allow you to walk on the exposed seabed. This can give you a unique opportunity to explore marine life and geological features that are usually underwater. It's important to be cautious and aware of tide timings to avoid getting stranded or caught by rising waters.

The Amazon basin is made up of several different geological areas. There are two upland areas know as shields which are as high as 1000 meters, and these shields are separated by the main river to the east. The shields which are ancient uplands are the Brazilian shield and the Guiana Shield. The rest of the region is a sedimentary basin, that is lower than 1000 meters in elevation, and accounts for 35% of the basins drainage. In some areas the sediment has built up to depths of over 5000 meters. For the source and more detailed information concerning this subject, click on the related links section (The Amazon) indicated below this answer box.

Changes in temperature as water flows from one location to another cause it to expand and contract.

This constant expansion and contraction pushes water in other areas in another direction thus causing it to change temperature and continue the cycle.

Tide shifting also has some effect. The tides (shifting of water from lunar gravity) can often initiate shifts in ocean currents. But it is temperature that has the largest effect on a global scale.

Some would say the wind also has some effect, but most of that is the side effect of the wind changing the temperature of an area as it carrys in a hot or cold front. Wind itself is mostly a side effect of temperature change.

In effect, wind is the side effect of temperature change in the air, much like ocean currents are the side effect of temperature change in water.

Temperature changes as the sun passes over various things cause them to expand or contract, this is the base cause of nearly any shifting or flowing of anything on a global scale such as wind and water.

Any other influence is minimal compared to temperature.

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edit note: whoever keeps changing this to just say "wind" has not researched the subject at all.

Roger Randall Dougan Revelle (March 7, 1909 to July 15, 1991) was one of the first scientists to study global warming. Revelle co-authored a paper with Hans Suess, (published in 1957) that suggested that the Earth's oceans would absorb excess carbon dioxide at a much slower rate than previously predicted by geoscientists, thereby suggesting that human gas emissions might create a 'greenhouse effect' that could cause global warming.

That special area is called oceanography, which focuses on studying the physical and biological aspects of the ocean, including waves, currents, and tides. Oceanographers use various tools and technologies to analyze ocean dynamics and ecosystems, helping to understand and predict changes in marine environments.

No, the ocean is salty primarily due to the presence of dissolved minerals like sodium and chloride from weathering of rocks on land and volcanic activity. Fish semen would not be a significant contributing factor to the salinity of the ocean.

Modern oceanography as a scientific discipline began in the mid-19th century with the Challenger Expedition (1872-1876), which was the first expedition dedicated to studying the world's oceans. However, humans have been exploring and utilizing the oceans for thousands of years for transportation, fishing, and trade.

The force that causes ocean tides is primarily the gravitational pull of the moon and to a lesser extent, the sun. As the Earth rotates on its axis while orbiting the sun, the gravitational pull of these celestial bodies causes the water on Earth to bulge, creating high and low tides.

The ocean temperature at Seaside Heights, NJ varies throughout the year. In the summer months, it can range from around 70-75°F (21-24°C), while in the winter months, it can drop to around 35-40°F (2-4°C). It's best to check a current local source for the most up-to-date information.

The ocean depth at Grand Cayman can vary, but in general, it ranges from shallow waters near the shore to over 20,000 feet in the deeper parts. The Cayman Trench, located near the island, is one of the deepest parts of the Caribbean Sea.

Tides typically rise and fall twice in a 24-hour period. This cycle of two high tides and two low tides is known as a semidiurnal tide pattern.

It is highly unlikely that California will become an island in the foreseeable future. The state is located on the North American tectonic plate and is not currently drifting away to become an island.

Waves can occur in bodies of water as small as a pond due to wind, passing boats, or other disturbances. The size and frequency of the waves will depend on the size of the body of water, wind strength, and other factors. Generally, larger bodies of water like oceans and seas tend to have more consistent and larger waves.