ray
And how am I under cutting my argument by pointing to the effects of storm surge? Is it the simplistic notion that, "we've always had weather events?"
The fact is that, yes, there have always been severe weather that creartes storm surges and waves. Lisbon was destroyed about 1580 for instance... Anchorage Alaska heavily damaged in the fifties... New Jersey and new York not many months ago suffered severe damage.
The point about the atmosphere warming and the oceans both warming and growing in size is that both reactions create the potential for larger storms and greater wave action. Meaning that severe weather events are going to happen with greater frequency.
Pointing to the damage a "once in two hundred years event" like Gavelston and asking you to consider what life is like on the coast lines when these events are happening once a decade ...
doesn't undercut my argument. It should illustrate that the potential changes aren't losing a foot or two of beach. Its the damage that comes when the storm surge reaches 40 to 100 feet further inland.
ray
Of course. In terms of where Floridians live ....
The US Army Engineering Corp have done a study of the probable effects of increasing storm surge to coastal areas
S
s http://www.climatecentral.org/news/u.s. ... rise-17428
It's always good to not be on the same side of the issue as Ricky. He has a way of undercutting his own arguments.
And how am I under cutting my argument by pointing to the effects of storm surge? Is it the simplistic notion that, "we've always had weather events?"
The fact is that, yes, there have always been severe weather that creartes storm surges and waves. Lisbon was destroyed about 1580 for instance... Anchorage Alaska heavily damaged in the fifties... New Jersey and new York not many months ago suffered severe damage.
The point about the atmosphere warming and the oceans both warming and growing in size is that both reactions create the potential for larger storms and greater wave action. Meaning that severe weather events are going to happen with greater frequency.
Pointing to the damage a "once in two hundred years event" like Gavelston and asking you to consider what life is like on the coast lines when these events are happening once a decade ...
doesn't undercut my argument. It should illustrate that the potential changes aren't losing a foot or two of beach. Its the damage that comes when the storm surge reaches 40 to 100 feet further inland.
ray
I suppose you are saying that much of the state has an elevation of less than 6 feet.)
Of course. In terms of where Floridians live ....
The US Army Engineering Corp have done a study of the probable effects of increasing storm surge to coastal areas
S
ea-level rise is a strategic concern, with the potential to change familiar waterways and coastal geography. Rising seas could threaten many U.S. naval bases; one study released by the U.S. Army Corps of Engineers in 2013 revealed that a 1.5-foot to 3-foot rise in sea levels by 2050 would leave the vital Norfolk Naval Station—the world’s largest naval base — vulnerable to flooding from big storms, possibly swamping it for days. A 2011 report by the National Research Council estimated that $100 billion of U.S. Navy infrastructure would be at risk from a sea-level rise of 1 meter or more. The National Oceanic and Atmospheric Administration projects a sea level rise of 0.5 to 2 meters by 2100.
Navy officials are using this information to guide the planning and construction of future ports and renovation projects. The Navy would also face other challenges in a warmer world; for example, melting Arctic ice means that the Navy would require greater capabilities to patrol and protect U.S. interests in the region, all in a time of shrinking budgets. Of course, in the case of some navies, global warming could actually be a boon, opening up northern ports that are normally icebound for much of the year.
Many coastal areas in the U.S. are already seeing the reality of sea-level rise and accelerating beach erosion. A 2009 report published by the Florida Oceans and Coastal Council found that rising seas would mean more than just flooding and erosion issues; it would also have a negative impact on coastal water supplies, wastewater treatment and forest ecologies. Mayors of coastal cities are sounding the alarm: in late 2013 in the Hampton Roads area of Virginia — which has experienced the highest rate of sea-level rise on the East Coast — Virginia Beach Mayor Will Sessoms spoke at a conference, “Adaptive Planning for Flooding and Coastal Change.” Sessoms told the bipartisan audience, “The time to act is now … we cannot afford to do nothing.”
Many cities face an uphill economic battle in preparing for rising sea levels, as billions of dollars will be required to invest in moving and/or protecting vital infrastructure. A 2013 report by the New York Academy of Sciences estimated that New York City alone might need to spend $24 billion to create buffer zones and storm-surge barriers to protect against future damage from storms similar to hurricanes Irene and Sandy.
s http://www.climatecentral.org/news/u.s. ... rise-17428
Climate Central’s enhanced analysis paints a much more detailed pictured for completed states. For example, more than 32,000 miles of road and $950 billion of property currently sit on affected land in Florida. Threatened property in New York and New Jersey totals more than $300 billion. And New England states all face important risks.
The predicted sea level rise will take a long time to unfold. The numbers listed here do not represent immediate or literal threats. Under any circumstances, coastal populations and economies will reshape themselves over time. But the new research on West Antarctic Ice Sheet decay — and the amount of humanity in the restless ocean’s way — point to unrelenting centuries of defense, retreat, and reimagination of life along our coasts.