Skip to comments.[National Geographic Current Issue] Rising Seas [Alarmism]
Posted on 08/20/2013 12:58:22 PM PDT by mbarker12474
Rising Seas As the planet warms, the sea rises. Coastlines flood. What will we protect? What will we abandon? How will we face the danger of rising seas? By Tim Folger Photographs by George Steinmetz
By the time Hurricane Sandy veered toward the Northeast coast of the United States last October 29, it had mauled several countries in the Caribbean and left dozens dead. Faced with the largest storm ever spawned over the Atlantic, New York and other cities ordered mandatory evacuations of low-lying areas. Not everyone complied. Those who chose to ride out Sandy got a preview of the future, in which a warmer world will lead to inexorably rising seas.
Brandon dLeo, a 43-year-old sculptor and surfer, lives on the Rockaway Peninsula, a narrow, densely populated, 11-mile-long sandy strip that juts from the western end of Long Island. Like many of his neighbors, dLeo had remained at home through Hurricane Irene the year before. When they told us the tidal surge from this storm would be worse, I wasnt afraid, he says. That would soon change.
DLeo rents a second-floor apartment in a three-story house across the street from the beach on the peninsulas southern shore. At about 3:30 in the afternoon he went outside. Waves were crashing against the five-and-a-half-mile-long boardwalk. Water had already begun to breach the boardwalk, he says. I thought, Wow, we still have four and a half hours until high tide. In ten minutes the water probably came ten feet closer to the street.
Back in his apartment, dLeo and a neighbor, Davina Grincevicius, watched the sea as wind-driven rain pelted the sliding glass door of his living room. His landlord, fearing the house might flood, had shut off the electricity. As darkness fell, Grincevicius saw something alarming. I think the boardwalk just moved, she said. Within minutes another surge of water lifted the boardwalk again. It began to snap apart.
Three large sections of the boardwalk smashed against two pine trees in front of dLeos apartment. The street had become a four-foot-deep river, as wave after wave poured water onto the peninsula. Cars began to float in the churning water, their wailing alarms adding to the cacophony of wind, rushing water, and cracking wood. A bobbing red Mini Cooper, its headlights flashing, became wedged against one of the pine trees in the front yard. To the west the sky lit up with what looked like fireworkselectrical transformers were exploding in Breezy Point, a neighborhood near the tip of the peninsula. More than one hundred homes there burned to the ground that night.
The trees in the front yard saved dLeos house, and maybe the lives of everyone insidedLeo, Grincevicius, and two elderly women who lived in an apartment downstairs. There was no option to get out, dLeo says. I have six surfboards in my apartment, and I was thinking, if anything comes through the wall, Ill try to get everyone on those boards and try to get up the block. But if wed had to get in that water, it wouldnt have been good.
After a fitful nights sleep dLeo went outside shortly before sunrise. The water had receded, but thigh-deep pools still filled parts of some streets. Everything was covered with sand, he says. It looked like another planet.
A profoundly altered planet is what our fossil-fuel-driven civilization is creating, a planet where Sandy-scale flooding will become more common and more destructive for the worlds coastal cities. By releasing carbon dioxide and other heat-trapping gases into the atmosphere, we have warmed the Earth by more than a full degree Fahrenheit over the past century and raised sea level by about eight inches. Even if we stopped burning all fossil fuels tomorrow, the existing greenhouse gases would continue to warm the Earth for centuries. We have irreversibly committed future generations to a hotter world and rising seas.
In May the concentration of carbon dioxide in the atmosphere reached 400 parts per million, the highest since three million years ago. Sea levels then may have been as much as 65 feet above todays; the Northern Hemisphere was largely ice free year-round. It would take centuries for the oceans to reach such catastrophic heights again, and much depends on whether we manage to limit future greenhouse gas emissions. In the short term scientists are still uncertain about how fast and how high seas will rise. Estimates have repeatedly been too conservative.
Global warming affects sea level in two ways. About a third of its current rise comes from thermal expansionfrom the fact that water grows in volume as it warms. The rest comes from the melting of ice on land. So far its been mostly mountain glaciers, but the big concern for the future is the giant ice sheets in Greenland and Antarctica. Six years ago the Intergovernmental Panel on Climate Change (IPCC) issued a report predicting a maximum of 23 inches of sea-level rise by the end of this century. But that report intentionally omitted the possibility that the ice sheets might flow more rapidly into the sea, on the grounds that the physics of that process was poorly understood.
As the IPCC prepares to issue a new report this fall, in which the sea-level forecast is expected to be slightly higher, gaps in ice-sheet science remain. But climate scientists now estimate that Greenland and Antarctica combined have lost on average about 50 cubic miles of ice each year since 1992roughly 200 billion metric tons of ice annually. Many think sea level will be at least three feet higher than today by 2100. Even that figure might be too low.
In the last several years weve observed accelerated melting of the ice sheets in Greenland and West Antarctica, says Radley Horton, a research scientist at Columbia Universitys Earth Institute in New York City. The concern is that if the acceleration continues, by the time we get to the end of the 21st century, we could see sea-level rise of as much as six feet globally instead of two to three feet. Last year an expert panel convened by the National Oceanic and Atmospheric Administration adopted 6.6 feet (two meters) as its highest of four scenarios for 2100. The U.S. Army Corps of Engineers recommends that planners consider a high scenario of five feet. One of the biggest wild cards in all sea-level-rise scenarios is the massive Thwaites Glacier in West Antarctica. Four years ago NASA sponsored a series of flights over the region that used ice-penetrating radar to map the seafloor topography. The flights revealed that a 2,000-foot-high undersea ridge holds the Thwaites Glacier in place, slowing its slide into the sea. A rising sea could allow more water to seep between ridge and glacier and eventually unmoor it. But no one knows when or if that will happen.
Thats one place Im really nervous about, says Richard Alley, a glaciologist at Penn State University and an author of the last IPCC report. It involves the physics of ice fracture that we really dont understand. If the Thwaites Glacier breaks free from its rocky berth, that would liberate enough ice to raise sea level by three metersnearly ten feet. The odds are in our favor that it wont put three meters in the ocean in the next century, says Alley. But we cant absolutely guarantee that. Theres at least some chance that something very nasty will happen.
Even in the absence of something very nasty, coastal cities face a twofold threat: Inexorably rising oceans will gradually inundate low-lying areas, and higher seas will extend the ruinous reach of storm surges. The threat will never go away; it will only worsen. By the end of the century a hundred-year storm surge like Sandys might occur every decade or less. Using a conservative prediction of a half meter (20 inches) of sea-level rise, the Organisation for Economic Co-operation and Development estimates that by 2070, 150 million people in the worlds large port cities will be at risk from coastal flooding, along with $35 trillion worth of propertyan amount that will equal 9 percent of the global GDP. How will they cope?
During the last ice age there was a mile or two of ice above us right here, says Malcolm Bowman, as we pull into his driveway in Stony Brook, New York, on Long Islands north shore. When the ice retreated, it left a heap of sand, which is Long Island. All these rounded stones you seelook there, he says, pointing to some large boulders scattered among the trees near his home. Theyre glacial boulders.
Bowman, a physical oceanographer at the State University of New York at Stony Brook, has been trying for years to persuade anyone who will listen that New York City needs a harbor-spanning storm-surge barrier. Compared with some other leading ports, New York is essentially defenseless in the face of hurricanes and floods. London, Rotterdam, St. Petersburg, New Orleans, and Shanghai have all built levees and storm barriers in the past few decades. New York paid a high price for its vulnerability last October. Sandy left 43 dead in the city, of whom 35 drowned; it cost the city some $19 billion. And it was all unnecessary, says Bowman.
If a system of properly designed storm-surge barriers had been builtand strengthened with sand dunes at both ends along the low-lying coastal areasthere would have been no flooding damage from Sandy, he says.
Bowman envisions two barriers: one at Throgs Neck, to keep surges from Long Island Sound out of the East River, and a second one spanning the harbor south of the city. Gates would accommodate ships and tides, closing only during storms, much like existing structures in the Netherlands and elsewhere. The southern barrier alone, stretching five miles between Sandy Hook, New Jersey, and the Rockaway Peninsula, might cost $10 billion to $15 billion, Bowman estimates. He pictures a six-lane toll highway on top that would provide a bypass route around the city and a light-rail line connecting the Newark and John F. Kennedy Airports.
It could be an asset to the region, says Bowman. Eventually the city will have to face up to this, because the problem is going to get worse. It might take five years of study and another ten years to get the political will to do it. By then there might have been another disaster. We need to start planning immediately. Otherwise were mortgaging the future and leaving the next generation to cope as best it can.
Another way to safeguard New York might be to revive a bit of its past. In the 16th-floor loft of her landscape architectural firm in lower Manhattan, Kate Orff pulls out a map of New York Harbor in the 19th century. The present-day harbor shimmers outside her window, calm and unthreatening on an unseasonably mild morning three months to the day after Sandy hit.
Heres an archipelago that protected Red Hook, Orff says, pointing on the map to a small cluster of islands off the Brooklyn shore. There was another chain of shoals that connected Sandy Hook to Coney Island.
The islands and shallows vanished long ago, demolished by harbor-dredging and landfill projects that added new real estate to a burgeoning city. Orff would re-create some of them, particularly the Sandy HookConey Island chain, and connect them with sluice gates that would close during a storm, forming an eco-engineered barrier that would cross the same waters as Bowmans more conventional one. Behind it, throughout the harbor, would be dozens of artificial reefs built from stone, rope, and wood pilings and seeded with oysters and other shellfish. The reefs would continue to grow as sea levels rose, helping to buffer storm wavesand the shellfish, being filter feeders, would also help clean the harbor. Twenty-five percent of New York Harbor used to be oyster beds, Orff says.
Orff estimates her oystertecture vision could be brought to life at relatively low cost. It would be chump change compared with a conventional barrier. And it wouldnt be money wasted: Even if another Sandy never happens, youd have a cleaner, restored harbor in a more ecologically vibrant context and a healthier New York.
In June, Mayor Michael Bloomberg outlined a $19.5 billion plan to defend New York City against rising seas. Sandy was a temporary setback that can ultimately propel us forward, he said. The mayors proposal calls for the construction of levees, local storm-surge barriers, sand dunes, oyster reefs, and more than 200 other measures. It goes far beyond anything planned by any other American city. But the mayor dismissed the idea of a harbor barrier. A giant barrier across our harbor is neither practical nor affordable, Bloomberg said. The plan notes that since a barrier would remain open most of the time, it would not protect the city from the inch-by-inch creep of sea-level rise.
Meanwhile, development in the citys flood zones continues. Klaus Jacob, a geophysicist at Columbia University, says the entire New York metropolitan region urgently needs a master plan to ensure that future construction will at least not exacerbate the hazards from rising seas.
The problem is were still building the city of the past, says Jacob. The people of the 1880s couldnt build a city for the year 2000of course not. And we cannot build a year-2100 city now. But we should not build a city now that we know will not function in 2100. There are opportunities to renew our infrastructure. Its not all bad news. We just have to grasp those opportunities.
Will New York grasp them after Bloomberg leaves office at the end of this year? And can a single storm change not just a citys but a nations policy? It has happened before. The Netherlands had its own stormy reckoning 60 years ago, and it transformed the country.
The storm roared in from the North Sea on the night of January 31, 1953. Ria Geluk was six years old at the time and living where she lives today, on the island of Schouwen Duiveland in the southern province of Zeeland. She remembers a neighbor knocking on the door of her parents farmhouse in the middle of the night to tell them that the dike had failed. Later that day the whole family, along with several neighbors who had spent the night, climbed to the roof, where they huddled in blankets and heavy coats in the wind and rain. Geluks grandparents lived just across the road, but water swept into the village with such force that they were trapped in their home. They died when it collapsed.
Our house kept standing, says Geluk. The next afternoon the tide came again. My father could see around us what was happening; he could see houses disappearing. You knew when a house disappeared, the people were killed. In the afternoon a fishing boat came to rescue us.
In 1997 Geluk helped found the Watersnoodmuseumthe flood museumon Schouwen Duiveland. The museum is housed in four concrete caissons that engineers used to plug dikes in 1953. The disaster killed 1,836 in all, nearly half in Zeeland, including a baby born on the night of the storm.
Afterward the Dutch launched an ambitious program of dike and barrier construction called the Delta Works, which lasted more than four decades and cost more than six billion dollars. One crucial project was the five-mile-long Oosterscheldekering, or Eastern Scheldt barrier, completed 27 years ago to defend Zeeland from the sea. Geluk points to it as we stand on a bank of the Scheldt estuary near the museum, its enormous pylons just visible on the horizon. The final component of the Delta Works, a movable barrier protecting Rotterdam Harbor and some 1.5 million people, was finished in 1997.
Like other primary sea barriers in the Netherlands, its built to withstand a 1-in-10,000-year stormthe strictest standard in the world. (The United States uses a 1-in-100 standard.) The Dutch government is now considering whether to upgrade the protection levels to bring them in line with sea-level-rise projections.
Such measures are a matter of national security for a country where 26 percent of the land lies below sea level. With more than 10,000 miles of dikes, the Netherlands is fortified to such an extent that hardly anyone thinks about the threat from the sea, largely because much of the protection is so well integrated into the landscape that its nearly invisible.
On a bitingly cold February afternoon I spend a couple of hours walking around Rotterdam with Arnoud Molenaar, the manager of the citys Climate Proof program, which aims to make Rotterdam resistant to the sea levels expected by 2025. About 20 minutes into our walk we climb a sloping street next to a museum designed by the architect Rem Koolhaas. The presence of a hill in this flat city should have alerted me, but Im surprised when Molenaar tells me that were walking up the side of a dike. He gestures to some nearby pedestrians. Most of the people around us dont realize this is a dike either, he says. The Westzeedijk shields the inner city from the Meuse River a few blocks to the south, but the broad, busy boulevard on top of it looks like any other Dutch thoroughfare, with flocks of cyclists wheeling along in dedicated lanes.
As we walk, Molenaar points out assorted subtle flood-control structures: an underground parking garage designed to hold 10,000 cubic metersmore than 2.5 million gallonsof rainwater; a street flanked by two levels of sidewalks, with the lower one designed to store water, leaving the upper walkway dry. Late in the afternoon we arrive at Rotterdams Floating Pavilion, a group of three connected, transparent domes on a platform in a harbor off the Meuse. The domes, about three stories tall, are made of a plastic thats a hundred times as light as glass.
Inside we have sweeping views of Rotterdams skyline; hail clatters overhead as low clouds scud in from the North Sea. Though the domes are used for meetings and exhibitions, their main purpose is to demonstrate the wide potential of floating urban architecture. By 2040 the city anticipates that as many as 1,200 homes will float in the harbor. We think these structures will be important not just for Rotterdam but for many cities around the world, says Bart Roeffen, the architect who designed the pavilion. The homes of 2040 will not necessarily be domes; Roeffen chose that shape for its structural integrity and its futuristic appeal. To build on water is not new, but to develop floating communities on a large scale and in a harbor with tidesthat is new, says Molenaar. Instead of fighting against water, we want to live with it.
While visiting the Netherlands, I heard one joke repeatedly: God may have built the world, but the Dutch built Holland. The country has been reclaiming land from the sea for nearly a thousand yearsmuch of Zeeland was built that way. Sea-level rise does not yet panic the Dutch.
We cannot retreat! Where could we go? Germany? Jan Mulder has to shout over the windwere walking along a beach called Kijkduin as volleys of sleet exfoliate our faces. Mulder is a coastal morphologist with Deltares, a private coastal management firm. This morning he and Douwe Sikkema, a project manager with the province of South Holland, have brought me to see the latest in adaptive beach protection. Its called the zandmotorthe sand engine.
The seafloor offshore, they explain, is thick with hundreds of feet of sand deposited by rivers and retreating glaciers. North Sea waves and currents once distributed that sand along the coast. But as sea level has risen since the Ice Age, the waves no longer reach deep enough to stir up sand, and the currents have less sand to spread around. Instead the sea erodes the coast here.
The typical solution would be to dredge sand offshore and dump it directly on the eroding beachesand then repeat the process year after year as the sand washes away. Mulder and his colleagues recommended that the provincial government try a different strategy: a single gargantuan dredging operation to create the sandy peninsula were walking ona hook-shaped stretch of beach the size of 250 football fields. If the scheme works, over the next 20 years the wind, waves, and tides will spread its sand 15 miles up and down the coast. The combination of wind, waves, tides, and sand is the zandmotor.
The project started only two years ago, but it seems to be working. Mulder shows me small dunes that have started to grow on a beach where there was once open water. Its very flexible, he says. If we see that sea-level rise increases, we can increase the amount of sand. Sikkema adds, And its much easier to adjust the amount of sand than to rebuild an entire system of dikes.
Later Mulder tells me about a memorial inscription affixed to the Eastern Scheldt barrier in Zeeland: It says, Hier gaan over het tij, de maan, de wind, en wijHere the tide is ruled by the moon, the wind, and us. It reflects the confidence of a generation that took for granted, as we no longer can, a reasonably stable world. We have to understand that we are not ruling the world, says Mulder. We need to adapt.
With the threats of climate change and sea-level rise looming over us all, cities around the world, from New York to Ho Chi Minh City, have turned to the Netherlands for guidance. One Dutch firm, Arcadis, has prepared a conceptual design for a storm-surge barrier in the Verrazano Narrows to protect New York City. The same company helped design a $1.1 billion, two-mile-long barrier that protected New Orleans from a 13.6-foot storm surge last summer, when Hurricane Isaac hit. The Lower Ninth Ward, which suffered so greatly during Hurricane Katrina, was unscathed.
Isaac was a tremendous victory for New Orleans, Piet Dircke, an Arcadis executive, tells me one night over dinner in Rotterdam. All the barriers were closed; all the levees held; all the pumps worked. You didnt hear about it? No, because nothing happened.
New Orleans may be safe for a few decades, but the long-term prospects for it and other low-lying cities look dire. Among the most vulnerable is Miami. I cannot envision southeastern Florida having many people at the end of this century, says Hal Wanless, chairman of the department of geological sciences at the University of Miami. Were sitting in his basement office, looking at maps of Florida on his computer. At each click of the mouse, the years pass, the ocean rises, and the peninsula shrinks. Freshwater wetlands and mangrove swamps collapsea death spiral that has already started on the southern tip of the peninsula. With seas four feet higher than they are todaya distinct possibility by 2100about two-thirds of southeastern Florida is inundated. The Florida Keys have almost vanished. Miami is an island.
When I ask Wanless if barriers might save Miami, at least in the short term, he leaves his office for a moment. When he returns, hes holding a foot-long cylindrical limestone core. It looks like a tube of gray, petrified Swiss cheese. Try to plug this up, he says. Miami and most of Florida sit atop a foundation of highly porous limestone. The limestone consists of the remains of countless marine creatures deposited more than 65 million years ago, when a warm, shallow sea covered what is now Floridaa past that may resemble the future here.
A barrier would be pointless, Wanless says, because water would just flow through the limestone beneath it. No doubt there will be some dramatic engineering feats attempted, he says. But the limestone is so porous that even massive pumping systems wont be able to keep the water out.
Sea-level rise has already begun to threaten Floridas freshwater supply. About a quarter of the states 19 million residents depend on wells sunk into the enormous Biscayne aquifer. Salt water is now seeping into it from dozens of canals that were built to drain the Everglades. For decades the state has tried to control the saltwater influx by building dams and pumping stations on the drainage canals. These salinity-control structures maintain a wall of fresh water behind them to block the underground intrusion of salt water. To offset the greater density of salt water, the freshwater level in the control structures is generally kept about two feet higher than the encroaching sea.
But the control structures also serve a second function: During the states frequent rainstorms their gates must open to discharge the flood of fresh water to the sea.We have about 30 salinity-control structures in South Florida, says Jayantha Obeysekera, the chief hydrological modeler at the South Florida Water Management District. At times now the water level in the sea is higher than the freshwater level in the canal. That both accelerates saltwater intrusion and prevents the discharge of flood waters. The concern is that this will get worse with time as the sea-level rise accelerates, Obeysekera says.
Using fresh water to block the salt water will eventually become impractical, because the amount of fresh water needed would submerge ever larger areas behind the control structures, in effect flooding the state from the inside. With 50 centimeters [about 20 inches] of sea-level rise, 80 percent of the salinity-control structures in Florida will no longer be functional, says Wanless. Well either have to drown communities to keep the freshwater head above sea level or have saltwater intrusion. When sea level rises two feet, he says, Floridas aquifers may be poisoned beyond recovery. Even now, during unusually high tides, seawater spouts from sewers in Miami Beach, Fort Lauderdale, and other cities, flooding streets.
In a state exposed to hurricanes as well as rising seas, people like John Van Leer, an oceanographer at the University of Miami, worry that one day they will no longer be able to insureor selltheir houses. If buyers cant insure it, they cant get a mortgage on it. And if they cant get a mortgage, you can only sell to cash buyers, Van Leer says. What Im looking for is a climate-change denier with a lot of money.
Unless we change course dramatically in the coming years, our carbon emissions will create a world utterly different in its very geography from the one in which our species evolved. With business as usual, the concentration of carbon dioxide in the atmosphere will reach around a thousand parts per million by the end of the century, says Gavin Foster, a geochemist at the University of Southampton in England. Such concentrations, he says, havent been seen on Earth since the early Eocene epoch, 50 million years ago, when the planet was completely ice free. According to the U.S. Geological Survey, sea level on an iceless Earth would be as much as 216 feet higher than it is today. It might take thousands of years and more than a thousand parts per million to create such a worldbut if we burn all the fossil fuels, we will get there.
No matter how much we reduce our greenhouse gas emissions, Foster says, were already locked in to at least several feet of sea-level rise, and perhaps several dozens of feet, as the planet slowly adjusts to the amount of carbon thats in the atmosphere already. A recent Dutch study predicted that the Netherlands could engineer solutions at a manageable cost to a rise of as much as five meters, or 16 feet. Poorer countries will struggle to adapt to much less. At different times in different places, engineering solutions will no longer suffice. Then the retreat from the coast will begin. In some places there will be no higher ground to retreat to.
By the next century, if not sooner, large numbers of people will have to abandon coastal areas in Florida and other parts of the world. Some researchers fear a flood tide of climate-change refugees. From the Bahamas to Bangladesh and a major amount of Florida, well all have to move, and we may have to move at the same time, says Wanless. Were going to see civil unrest, war. You just wonder howor ifcivilization will function. How thin are the threads that hold it all together? We cant comprehend this. We think Miami has always been here and will always be here. How do you get people to realize that Miamior Londonwill not always be there?
What will New York look like in 200 years? Klaus Jacob, the Columbia geophysicist, sees downtown Manhattan as a kind of Venice, subject to periodic flooding, perhaps with canals and yellow water cabs. Much of the citys population, he says, will gather on high ground in the other boroughs. High ground will become expensive, waterfront will become cheap, he says. But among New Yorkers, as among the rest of us, the idea that the sea is going to risea lothasnt really sunk in yet. Of the thousands of people in New York State whose homes were badly damaged or destroyed by Sandys surge, only 10 to 15 percent are expected to accept the states offer to buy them out at their homes pre-storm value. The rest plan to rebuild. Tim Folger wrote about tsunamis for the February 2012 issue. George Steinmetz has photographed 28 stories for the magazine, the last one on Libya.
In the US, coastal submersion is a bad thing?
Funny...I recall Nat Geo a few years ago putting in their magazine an alarming article about the receding shoreline along the Great Lakes.
No matter what you cannot win.
They should have watched Al’s movie before building in low lying coastal areas.
But, but, but... what about...
I live 500’ above sea level on coast of Lake Erie. I feel just fine.
It reminds me of Paul Ehrlich who kept predicting a population bomb that never happened. Now, he says he didn't actually make any predictions, but he nevertheless predicts it will happen, just not in his lifetime.
The deal is always claim disaster is a decade or two away, that way nobody will remeber whwn you are wrong. Its like doing a study no one can disprove.
If this was true, I couldn’t drive around town. The Tampa Bay area is very low-lying.
Sinking islands or continents. Is Germany affected? No? Okay, no panic.
Maybe in terms of sheer square miles of extent - but that also spread the power out. Sandy wasn't even close to the most devastating storm on record.
I was taking my morning stroll along Anna Maria Island beach this morning and a wave came in further up the beach and I got my flip-flops wet. Decided to take them off and just wade. Then some stray waves came up to my ankles. Felt even better. Before you know it, I had strayed into the Gulf Of Mexico all the way up to my knees. At that point you have to be real carefull cause the wave action eats out a trough and before you know it you can wind up in waist deep water. I survived and intend to revisit the beach tomorrow. I am thinking about applying for a grant.
Virginia Beach view, 1950s:
Recent view of the Cavalier Hotel, Virginia Beach, ca 2013:
It's obvious that such major storms have long impacted the middle and north Atlantic coasts - it's our short attention spans that make each re-occurrence so unique. Explanations that in the past were attributed to "acts of God" have been replaced by man-made global warming and or man-caused climate change. Both explanations are nothing more than a repeat of natural earth forces that have shaped our planet long before man appeared on the scene.
The change in sea levels, climate and geography has been going on since well before the invention of the SUV. We will need to be able to adapt to the changes if we want to survive. Hopefully, we won't have the EPA and government regulations preventing us from adapting.
Stupid? Or just plain evil? You be the judge.
“I live 500 above sea level on coast of Lake Erie. I feel just fine.”
And my house is at 7,883 feet above sea level - per my GPS anyway. I’ll grab my popcorn and watch the flooding on TV. :P
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