Evidence for Global Flood
Scientists from NASA/Goddard Space Flight Center and Columbia University have uncovered evidence that confirms there was once a massive flood in the northern hemisphere. According to their computer models, the flood occurred approximately 8,200 years ago and resulted in climate changes that decreased the temperature. Their report noted:
The last major abrupt climate change occurred at ~8.2 kiloyears before present (kyr) and is recorded in multiple proxy records across the Northern Hemisphere. Contemporaneously, glacial Lakes Agassiz and Ojibway catastrophically drained into the Hudson Bay, possibly delivering enough freshwater into the North Atlantic to affect the ocean circulation (LeGrande, et al., 2006, 103:837).
Could this discovery be pointing back to the Noahic Flood?
Scientists had previously documented changes in isotope, aerosol, and methane levels—all of which pointed to a major cooling event. The group used a fully coupled atmosphere/ocean general circulation model in an effort to determine what could have caused the climate changes. Their computer model used a flow of water that was equal to between 25 and 50 times the flow of the Amazon River in twelve model runs that took more than a year to complete. While none of the scientists involved in this study would suggest that this data supports the idea of the global Flood they did indicate that the effects of this event were “clearly expressed” in Greenland and Ammersee, Germany. The scientists suggested this catastrophic flood was caused by retreating glaciers. Interestingly, they documented significant decreases in temperature in the northern hemisphere—something that creationists have long suspected would have occurred after the global Flood. Multiple evidences demonstrate that the Earth’s climate has changed, and fossil records indicate that the Earth was once covered with water. The logical conclusion that incorporates all of the available evidence is the global Flood—as recorded in the book of Genesis.
LeGrande, A.N., G.A. Schmidt, et al., (2006), “Consistent Simulations of Multiple Proxy Responses to an Abrupt Climate Change Event,” Proceedings of the National Academy of Sciences, 103:837-842.