is there proof of a world wide flood?

Question

please post as much as you can on this subject.

Answer 1

yes there is check out www.drdino.com. There is a lot of evidence of the world wide flood. Which by the way happend about 4000 years ago.

Answer 2

No, there isn't enough water on the earth in the earth or in the sky to raise the sea level the five miles needed to cover Mt. Everest.

Adding the extra weight would fling the earth out of orbit.

Altering the salinity of the oceans and lakes would kill any fish that couldn't live in the new mixture. Adding that much water would jack up the water pressure on bottom dwelling creatures and crush them.

The added water would saturate the lower atmosphere with so much water vapor that any terrestrial organisms that breathed would drown without being immersed in liquid water.

Assuming the added pressure of all the water vapor's weight didn't crush them first.

The Flood myths of the areas surrounding the middle east are a cultural memory fragment of a catastrophic event that happened at the dawn of agriculture. A freshwater lake, rimmed with settlements, was flooded by water from the rising Mediterranean, becoming a sea. The dispersed people carried the story of their past out into the surrounding lands giving rise to the flood myths of Babylon, Sumeria, Israel, Greece etc.

Answer 3

there have been many "flood" cycles on the earth

there was probably some exposed land during each of the floods though

evidence is the widespread marine sediments that are found around the earth during past geologic eras

Answer 4

No. Nor of any subspecies of reindeer with glowing noses.

Answer 5

you go and make your homework yourself, hehe.

and what you mean by "worl wide"
that for me means like the movie "Water World"
where EVERYTHING is under water.
so I can tell, you, I got gorund under my feet.

now serious:
The Ice is growing back, because its getting warmer.
Less ice means more water.

Answer 6

sure, just look at the Grand Canyon

Answer 7

A flood (in Old English flod, a word common to Teutonic languages; compare German Flut, Dutch vloed from the same root as is seen in flow, float) is an overflow of water, an expanse of water submerging land, a deluge. In the sense of "flowing water", the word is applied to the inflow of the tide, as opposed to the outflow or "ebb". The Flood, the great Universal Deluge of myth and perhaps of history is treated at Deluge in mythology.


Flooding in Asheville, North Carolina in July 1916Contents [hide]
1 Main causes
2 Flood defenses, planning, and management
3 Significant modern floods
4 See also
5 External links



[edit]
Main causes
The main cause of floods is not any geological or weather, but the distribution of human populations near water. Since Mesopotamia, man has built cities and communities by the sea or rivers for the access to cheap and quick transportation and access to food sources and trade. However fertile soil in a river delta is subject to regular inundation from normal variation in precipitation.

Floods from the sea can cause overflow or overtopping of flood-defences like dikes as well as flattening of dunes or buffs. Land behind the coastal defence may be inundated or experience damage. Floods from sea may be caused by heavy storm (storm surge), high tide, a tsunami or a combination thereoff. As most urban communities are located near the coast, this is a major threat around the world.

Many rivers that flow over relatively flat land border on broad flood plains. When heavy rainfall or melting snow causes the river's depth to increase and the river to overflow its banks, a vast expanse of shallow water can rapidly cover the adjacent flood plain. Flooding deposits silt on the flood plain, improving its fertility. Throughout history, this has attracted agriculture and other human development. In order to preserve these farms and cities, some rivers prone to flooding have had extensive and elaborate systems of dikes constructed along their shores and surrounding nearby cities. Unfortunately, by restraining flood waters, these dikes can result in much greater flooding downstream and in locations where they break. Because of the dikes the difference between water-level during flood and the surface of the inland increases and the potential devastation of the flood increases. The control of annual flooding, by dikes and by dams, also prevents the deposition of silt on the rich farmlands and can result in their eventual depletion. The annual cycle of flood and farming was of great significance to many early farming cultures, most famously to the ancient Egyptians of the Nile river and to the Mesopotamians of the Tigris and Euphrates rivers .


Flooding caused by a severe thunderstorm in Hialeah, FloridaA flood happens when an area of land, usually low-lying, is covered with water. The worst floods usually occur when a river overflows its banks. An example of this is the January 1999 Queensland floods, which swamped south-eastern Queensland. Floods happen when soil and vegetation cannot absorb all the water ; water then runs off the land in quantities that cannot be carried in stream channels or kept in natural ponds or man-made reservoirs.

Periodic floods occur naturally on many rivers, forming an area known as the flood plain. These river floods usually result from heavy rain, sometimes combined with melting snow, which causes the rivers to overflow their banks. A flood that rises and falls rapidly with little or no advance warning is called a flash flood. Flash floods usually result from intense rainfall over a relatively small area. Coastal areas are occasionally flooded by high tides caused by severe winds on ocean surfaces, or by tidal waves caused by undersea earthquakes. There are often many causes for a flood.

Monsoon rainfalls can cause disastrous flooding in some equatorial countries, such as Bangladesh, due to their extended periods of rainfall. Heavy rain caused substantial damage across eastern Europe in the summers of 2003 and 2005. Normally riverine floods occur only in winter as a result of heavy rain in combination with melting of snow and glaciers in spring.

A flood can also occur when a volcanic eruption melts a large amount of ice and snow quickly. The Icelandic term "jökulhlaup" (literally "glacier-run") refers to the burst of water released by an eruption under a glacier. In the case where a snow-capped volcano erupts, the meltwater often picks up substantial amounts of volcanic ash and other debris to become a lahar.


Flooding caused by Hurricane Wilma in the Florida Keys.Hurricanes have a number of different features which, together, can cause devastating flooding. One is the storm surge (sea flooding as much as 8 metres high) caused by the leading edge of the hurricane when it moves from sea to land. Another is the large amounts of precipitation associated with hurricanes. The eye of a hurricane has extremely low pressure, so sea level may rise a few metres in the eye of the storm. This type of coastal flooding occurs regularly in Bangladesh.

In Europe floods from sea may occur as a result from heavy Atlantic storms, pushing the water to the coast. Especially in combination with high tide this can be damaging.

Under some rare conditions associated with heat waves, flash floods from quickly melting mountain snow have caused loss of property and life.

Undersea earthquakes, eruptions of island volcanos that form a caldera, (such as Thera or Krakatau) and marine landslips on continental shelves may all engender a tidal wave called a tsunami that causes destruction to coastal areas. See the tsunami article for full details of these marine floods.

Floods are the most frequent type of disaster worldwide. Thus, it is often difficult or impossible to obtain insurance policies which cover destruction of property due to flooding, since floods are a relatively predictable risk.

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Flood defenses, planning, and management

Autumn mediterranean flooding in Alicante (Spain), 1997.In western countries, rivers prone to flooding are often carefully managed. Defenses such as levees, bunds, reservoirs, and weirs are used to prevent rivers from bursting their banks. Coastal flooding has been addressed in Europe with coastal defenses, such as sea walls and beach nourishment.

London is protected from flooding by a huge mechanical barrier across the River Thames, which is raised when the water level reaches a certain point (see Thames Barrier).
Venice has a similar arrangement, although it is already unable to cope with very high tides, and will become increasingly inadequate if anticipated rises in sea level occur.
The biggest and most elaborate flood defences can be found in the Netherlands, where they are referred to as Delta Works with the Oosterscheldedam as its crowning achievement. These works were built in response to the North Sea flood of 1953 of the south western part of the Netherlands. The Dutch had already build one of worlds largest dams in the north of their country: the Afsluitdijk (closing occurred in 1932) in response to a flooding in 1916.
Flood-prone areas typically are the same ones with high population density, such as parts of the Netherlands, England, and New Orleans and Mississippi River Delta, planning laws have been used to prevent building on flood plains. In some cases, pressure from developers has caused these controls to be eroded, with an increasing number of new developments reliant on artificial defences for protection from floodwaters.

Bangladesh has not experienced catastrophic coastal flooding since 1995, but the country relies heavily on foreign support and technology to combat flooding. The United States has donated hurricane shelters to the country, and India provides the Bangladesh government with weather forecasting to give the country time to plan its response to hurricanes. Over the years small cults have formed called "Flood Patrol". These are groups of mostly young men out on the rural roads searching for the next flooded ditch or creek to drive through. Although not very safe, these few brave individuals risk their well being to bring you some of the best pictures of floods available.

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Significant modern floods
The Mid-Atlantic States flood of 2006 in the eastern United States.
In India, Tamil Nadu, Andhra Pradesh many of the villages turned into islands due to heavy rain in the month of November caused by low pressure areas formed in the Bay of Bengal.
80% of New Orleans, Louisiana, USA was flooded due to the failure of several floodwalls in August 2005 in the aftermath of Hurricane Katrina.
Flooding in Mumbai India in July 2005 left over 700 dead. Some areas went under 15 feet of water.
One of Canada's most devastating floods happened in southern Alberta, Canada in June 2005. The flooding affected many major metropolitan areas including Calgary. After 3 weeks of flooding, 72 people died.
The 2002 European flood was a flooding disaster that affected many countries including Czech Republic, Germany and Poland. Historical cities like Prague and Dresden were partly flooded. In Germany the so called "Jahrhundertflut" (flood of century) caused a 22.6 billion Euro damage.
In June 2001, floods from Tropical Storm Allison killed over 30 people in the Houston area.
The 2000 Mozambique flood, caused by heavy rains followed by a cyclone, covered much of the country for three weeks, killing thousands, leaving the country devastated for years afterwards.
The Red River Flood of 1997 was a major flood that occurred in April and May 1997, along the Red River of the North in North Dakota, Minnesota, and Manitoba. It was the most severe flood of the river since 1826.
The Great Flood of 1993 was one of the most destructive floods in United States history.
In 1982 the river Jucar (Valencia, Spain) broke Tous's reservoir provoking an avalanche of 16.000 m3/seg. and more than 30 dead men. The flood was called "La pantanada".
On Sunday, November 6, 1977, around 1:30am the Kelly Barnes Dam, located above Toccoa Falls Bible College near Toccoa, Georgia, USA fails, killing 39.
In 1975 Typhoon Nina destroyed over sixty dams in China's Henan Province, killing over 200,000 people. (see Banqiao Dam)
In 1972 Hurricane Agnes caused 122 deaths, mostly from the overflowing of rivers in New York and Pennsylvania.
In 1965 Hurricane Betsy flooded large areas of New Orleans drowning around 40 people.
In 1957, storm surge flooding from Hurricane Audrey killed about 400 people in southwest Louisiana.
The Hunter Valley floods of 1955 in New South Wales destroyed over 100 homes and caused 45,000 to be evacuated.
The North Sea Flood of 1953 caused over 2,000 deaths in the Dutch province of Zeeland and the United Kingdom and led to the construction of the Delta Works and the Thames Barrier.
The 1931 Huang He flood caused between 800,000 and 4,000,000 deaths in China, one of a series of disastrous floods on the Huang He.
The Great Mississippi Flood in 1927 was one of the most destructive floods in United States history.
The 1916 Clermont flood caused 61 deaths in central Queensland due to a small but intense cyclone.
The storm early January 1916 in the Zuiderzee caused severe damage along the coast of Noord-Holland, Utrecht, Gelderland, Overijssel and Friesland in the Netherlands.
On September 8, 1900, a storm surge associated with an unnamed hurricane killed between 6,000 and 8,000 people in Galveston, Texas.
Johnstown Flood disaster (or Great Flood of 1889), May 31, 1889. Heavy rains and the failure of the South Fork Dam near Johnstown, Pennsylvania released 20-million gallons of water, causing the death of over 2,200 people and $17 million (USD)in damage. It was the first major disaster relief effort handled by the new American Red Cross, led by Clara Barton. Support for victims came from all over the United States and 18 foreign countries. It remains one of the greatest disasters in U.S. history.
Although nature is normally blamed for the damage, the people are at least partly responsible for the presence of human activities in areas prone to the hazard of floods. Prevention is often aimed at containing floods with defenses, often increasing the potential damage in the long run. Nowadays, strategies to deal with floods more and more include evacuation strategies to avert damage.


On the left is a photo taken during the 1998 floods in Swifts Creek in Australia. On the right is the same location 8 years later