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"There was a lot of devastation throughout the state," Governor Mike Parson said at a Thursday morning press conference, as NPR reported. "We were very fortunate last night that we didn't have more injuries than what we had, and we didn't have more fatalities across the state. But three is too many."
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Indonesia's president elect announced plans this week to move the country's capital away from Jakarta, reportedly the fastest sinking city in the world.
A 2018 report said that Jakarta, located on the island of Java, was one of the global cities most vulnerable to sea level rise caused by climate change. It is sinking at a rate of approximately 10 inches per year due to a combination of the drilling of wells for groundwater and the weight of its buildings. The 40 to 50 centimeters (approximately 16 to 20 inches) of sea level rise expected by 2100 even if warming is limited to 1.5 to 2 degrees Celsius would only make the situation worse.
Noah Berger / AFP / Getty Images
In terms of natural disasters, 2018 was a really bad year. Communities in the United States and around the world were devastated by record-breaking wildfires, hurricanes, earthquakes, floods and other catastrophes.
Lamentably, these weather and geophysical events caused 10,400 human deaths and $160 billion in estimated damages last year, reinsurance company Munich Re said on Tuesday.
Speaker of the House Nancy Pelosi received a standing ovation after calling for action on climate change during her first address to the 116th session of Congress Thursday, according to a video shared by Newsweek.
"We must also face the existential threat of our time: the climate crisis, a crisis manifested in natural disasters of epic proportions. The American people understand the urgency. The people are ahead of the Congress. The Congress must join them," she said.
By Lorraine Chow
The summer of 2018 was intense: deadly wildfires, persistent drought, killer floods and record-breaking heat. Although scientists exercise great care before linking individual weather events to climate change, the rise in global temperatures caused by human activities has been found to increase the severity, likelihood and duration of such conditions.
By Tim Radford
The probability that some city in the U.S. state of Texas will be hit again by Harvey-sized hurricanes, rainstorms that will dump half a meter of water in a short space of time, has increased sixfold in this century and will have increased 18-fold by 2100, thanks to climate change driven by global warming.
In the late summer of 2017, Hurricane Harvey dropped 65 cms of water on the city of Houston in Texas. It was the start of the largest natural disaster in the U.S. since Hurricane Katrina pounded New Orleans in 2005. Harvey claimed an estimated 70 lives, and created more than $150 billion in damage.
I've always been fascinated by storms, particularly Puerto Rico's own history of them. I think it's because I was born in September 1960 during Hurricane Donna. In its wake, that storm left more than 100 dead in Humacao, the city where I am now a special collections librarian at the University of Puerto Rico.
In 1990, Israel Matos, the National Weather Service Forecast Officer in San Juan, told me that "the tropics are unpredictable." That comment only increased my interest in storms. Now, with the people of Puerto Rico still reeling from Hurricane Maria more than a month after it hit the island, his words seem prescient.
As if worrying about whether or not the massive San Andreas Fault would erupt after a swarm of 200 earthquakes hit the nearby Salton Sea wasn't enough for Californians, a new fault line was discovered this week in the same area. Researchers are calling it the Salton Trough Fault (STF).
The fault, which lies along the eastern edge of the Salton Sea and runs parallel to the San Andreas Fault, had eluded seismologists up until this point because the sea's bottom has been difficult to map.
Salton Sea Trough (STF), the new fault line, runs very close to the Southern San Andreas Fault (SSAF).Sahakian et al. / Bulletin of the Seismological Society of America
"The location of the fault in the eastern Salton Sea has made imaging it difficult and there is no associated small seismic events, which is why the fault was not detected earlier," principle investigator Neal Driscoll, a geologist at the University of California San Diego, said.
To locate the STF, the research team used instruments—including multi-channel seismic data, ocean-bottom seismometers, and light detection and ranging—to precisely map the deformation within the various sediment layers in and around the sea's bottom.
Scripps geologist Neal Driscoll taking measurements of the onshore sediment layers along the eastern edge of the Salton Sea.Scripps Institution of Oceanography
Writing in the Bulletin of the Seismological Society of America, the authors say "the presence of this fault could alter the current understanding of stress transfer and rupture dynamics in the region, as well as community fault models and ground‐motion simulations on the San Andreas Fault." Meaning, seismologists will have to reassess their earthquake risk models for the greater Los Angeles area.
As the authors explain, recent research has revealed that the region has experienced magnitude-7 earthquakes roughly every 175 to 200 years for the last 1,000 years. But it's been about 320 years since the last major earthquake prompting seismologists to theorize that maybe the STF has something to do with it.
"The extended nature of time since the most recent earthquake on the Southern San Andreas has been puzzling to the earth sciences community," said Nevada State seismologist Graham Kent, a coauthor of the study and former Scripps researcher. "Based on the deformation patterns, this new fault has accommodated some of the strain from the larger San Andreas system, so without having a record of past earthquakes from this new fault, it's really difficult to determine whether this fault interacts with the southern San Andreas Fault at depth or in time."
The discovery of this new fault line will no doubt have researchers busy as they try to determine its character, the hazards it poses and how it interacts with the San Andreas Fault.
"The patterns of deformation beneath the sea suggest that the newly identified fault has been long-lived and it is important to understand its relationship to the other fault systems in this geologically complicated region," Valerie Sahakian, a Scripps alumna and lead author of the study, said.
Look back on 2011 and you’ll notice a destructive trail of extreme weather slashing through the year. In Texas, it was the driest year ever recorded. An epic drought there killed half a billion trees, touched off wildfires that burned four million acres, and destroyed or damaged thousands of homes and buildings. The costs to agriculture, particularly the cotton and cattle businesses, are estimated at $5.2 billion—and keep in mind that, in a winter breaking all sorts of records for warmth, the Texas drought is not yet over.
In August, the East Coast had a close brush with calamity in the form of Hurricane Irene. Luckily, that storm had spent most of its energy by the time it hit land near New York City. Nonetheless, its rains did at least $7 billion worth of damage, putting it just below the $7.2 billion worth of chaos caused by Katrina back in 2005.
Across the planet the story was similar. Wildfires consumed large swaths of Chile. Colombia suffered its second year of endless rain, causing an estimated $2 billion in damage. In Brazil, the life-giving Amazon River was running low due to drought. Northern Mexico is still suffering from its worst drought in 70 years. Flooding in the Thai capital, Bangkok, killed more than 500 and displaced or damaged the property of 12 million others, while ruining some of the world’s largest industrial parks. The World Bank estimates the damage in Thailand at a mind-boggling $45 billion, making it one of the most expensive disasters ever. And that’s just to start a 2011 extreme-weather list, not to end it.
Such calamities, devastating for those affected, have important implications for how we think about the role of government in our future. During natural disasters, society regularly turns to the state for help, which means such immediate crises are a much-needed reminder of just how important a functional big government turns out to be to our survival.
These days, big government gets big press attention—none of it anything but terrible. In the U.S., especially in an election year, it’s become fashionable to beat up on the public sector and all things governmental (except the military). The Right does it nonstop. All their talking points disparage the role of an oversized federal government. Anti-tax zealot Grover Norquist famously set the tone for this assault. "I'm not in favor of abolishing the government,” he said. “I just want to shrink it down to the size where we can drown it in the bathtub." He has managed to get 235 members of the House of Representatives and 41 members of the Senate to sign his “Taxpayer Protection Pledge” and thereby swear never, under any circumstances, to raise taxes.
By now, this viewpoint has taken on the aura of folk wisdom, as if the essence of democracy were to hate government. Even many on the Left now regularly dismiss government as nothing but oversized, wasteful, bureaucratic, corrupt, and oppressive, without giving serious consideration to how essential it may be to our lives.
But don’t expect the present “consensus” to last. Global warming and the freaky, increasingly extreme weather that will accompany it is going to change all that. After all, there is only one institution that actually has the capacity to deal with multibillion-dollar natural disasters on an increasingly routine basis. Private security firms won’t help your flooded or tornado-struck town. Private insurance companies are systematically withdrawing coverage from vulnerable coastal areas. Voluntary community groups, churches, anarchist affinity groups—each may prove helpful in limited ways, but for better or worse, only government has the capital and capacity to deal with the catastrophic implications of climate change.
Consider Hurricane Irene—as it passed through the Northeast, states mobilized more than 100,000 National Guard troops. New York City opened 78 public emergency shelters prepared to house up to 70,000 people. In my home state, Vermont, where the storm devastated the landscape, destroying or damaging 200 bridges, more than 500 miles of road, and 100 miles of railroad, the National Guard airlifted in free food, water, diapers, baby formula, medicine, and tarps to thousands of desperate Vermonters trapped in 13 stranded towns—all free of charge to the victims of the storm.
The damage to Vermont was estimated at up to $1 billion. Yet the state only has 621,000 residents, so it could never have raised all the money needed to rebuild alone. Vermont businesses, individuals, and foundations have donated at least $4 million, possibly up to $6 million in assistance, an impressive figure, but not a fraction of what was needed. The state government immediately released $24 million in funds, crucial to getting its system of roads rebuilt and functioning, but again that was a drop in the bucket, given the level of damage. A little known state-owned bank, the Vermont Municipal Bond Bank, also offered low-interest, low-collateral loans to towns to aid reconstruction efforts. But without federal money, which covered 80 to 100 percent of the costs of rebuilding many Vermont roads, the state would still be an economic basket case. Without aid from Washington, the transportation network might have taken years to recover.
As for flood insurance, the federal government is pretty much the only place to get it. The National Flood Insurance Program has written 5.5 million policies in more than 21,000 communities covering $1.2 trillion worth of property. As for the vaunted private market, for-profit insurance companies write between 180,000 and 200,000 policies in a given year. In other words, that is less than 5 percent of all flood insurance in the U.S. This federally subsidized program underwrites the other 95 percent. Without such insurance, it’s not complicated—many waterlogged victims of 2011, whether from record Midwestern floods or Hurricane Irene, would simply have no money to rebuild.
Or consider sweltering Texas. In 2011, firefighters responded to 23,519 fires. In all, 2,742 homes were destroyed by out-of-control wildfires. But government action saved 34,756 other homes. So you decide—Was this another case of wasteful government intervention in the marketplace, or an extremely efficient use of resources?
Facing Snowpocalypse Without Plow
The early years of this century have already offered a number of examples of how disastrous too little government can be in the face of natural disaster, Katrina-inundated New Orleans in 2005 being perhaps the quintessential case.
There are, however, other less noted examples that nonetheless helped concentrate the minds of government planners. For example, in the early spring of 2011, a massive blizzard hit New York City. Dubbed “Snowmageddon” and “Snowpocalypse,” the storm arrived in the midst of tense statewide budget negotiations, and a nationwide assault on state workers (and their pensions).
In New York, Mayor Mike Bloomberg was pushing for cuts to the sanitation department budget. As the snow piled up, the people tasked with removing it—sanitation workers—failed to appear in sufficient numbers. As the city ground to a halt, New Yorkers were left to fend for themselves with nothing but shovels, their cars, doorways, stores, roads all hopelessly buried. Chaos ensued. Though nowhere near as destructive as Katrina, the storm became a case study in too little governance and the all-too-distinct limits of “self-reliance” when nature runs amuck. In the week that followed, even the rich were stranded amid the mounting heaps of snow and uncollected garbage.
Mayor Bloomberg emerged from the debacle chastened, even though he accused the union of staging a soft strike, a work-to-rule-style slowdown that held the snowbound city hostage. The union denied engaging in any such illegal actions. Whatever the case, the blizzard focused thinking locally on the nature of public workers. It suddenly made sanitation workers less invisible and forced a set of questions—Are public workers really “union fat cats” with “sinecures” gorging at the public trough? Or are they as essential to the basic functions of the city as white blood cells to the health of the human body? Clearly, in snowbound New York it was the latter. No sanitation workers and your city instantly turns chaotic and fills with garbage, leaving street after street lined with the stuff.
More broadly the question raised was—Can an individual, a town, a city, even a state really “go it alone” when the weather turns genuinely threatening? Briefly, all the union bashing and attacks on the public sector that had marked that year’s state-level budget debates began to sound unhinged.
In the Big Apple at least, when Irene came calling that August, Mayor Bloomberg was ready. He wasn’t dissing or scolding unions. He wasn’t whining about the cost of running a government. He embraced planning, the public sector, public workers, and coordinated collective action. His administration took unprecedented steps like shutting down the subway and moving its trains to higher ground. Good thing they did. Several low-lying subway yards flooded. Had trains been parked there, many millions in public capital might have been lost or damaged.
The Secret History of Free Enterprise in America
When thinking about the forces of nature and the nature of infrastructure, a slightly longer view of history is instructive. And here’s where to start—in the U.S., despite its official pro-market myths, government has always been the main force behind the development of a national infrastructure, and so of the country’s overall economic prosperity.
One can trace the origins of state participation in the economy back to at least the founding of the republic—from Alexander Hamilton’s First Bank of the United States, which refloated the entire post-revolutionary economy when it bought otherwise worthless colonial debts at face value; to Henry Clay’s half-realized program of public investment and planning called the American System; to the New York State-funded Erie Canal, which made the future Big Apple the economic focus of the eastern seaboard; to the railroads, built on government land grants, that took the economy west and tied the nation together; to New Deal programs that helped pulled the country out of the Great Depression and built much of the infrastructure we still use like the Hoover Dam, scores of major bridges, hospitals, schools, and so on; to the government-funded and sponsored interstate highway system launched in the late 1950s; to the similarly funded space race, and beyond. It’s simple enough: big government investments (and thus big government) has been central to the remarkable economic dynamism of the country.
Government has created roads, highways, railways, ports, the postal system, inland waterways, universities, and telecommunications systems. Government-funded R&D, as well as the buying patterns of government agencies—(alas!) both often connected to war and war-making plans—have driven innovation in everything from textiles and shipbuilding to telecoms, medicine, and high-tech breakthroughs of all sorts. Individuals invent technology, but in the U.S. it is almost always public money that brings the technology to scale, be it in aeronautics, medicine, computers, or agriculture.
Without constant government planning and subsidies, American capitalism simply could not have developed as it did, making ours the world’s largest economy. Yes, the entrepreneurs we are taught to venerate have been key to all this, but dig a little deeper and you soon find that most of their oil was on public lands, their technology nurtured or invented thanks to government-sponsored R&D, or supported by excellent public infrastructure and the possibility of hiring well-educated workers produced by a heavily subsidized higher-education system. Just to cite one recent example, the now-familiar Siri voice-activated command system on the new iPhone is based on—brace yourself—government-developed technology.
And here’s a curious thing—everybody more or less knows all this and yet it is almost never acknowledged. If one were to write the secret history of free enterprise in the U.S., one would have to acknowledge that it has always been and remains at least a little bit socialist. However, it’s not considered proper to discuss government planning in open, realistic, and mature terms, so we fail to talk about what government could—or rather, must—do to help us meet the future of climate change.
The onset of ever more extreme and repeated weather events is likely to change how we think about the role of the state. But attitudes toward the Federal Emergency Management Agency (FEMA), which stands behind state and local disaster responses, suggest that we’re hardly at that moment yet. In late 2011, with Americans beleaguered by weather disasters, FEMA came under attack from congressional Republicans, eager to starve it of funds. One look at FEMA explains why.
Yes, when George W. Bush put an unqualified playboy at its helm, the agency dealt disastrously with Hurricane Katrina back in 2005. Under better leadership, however, it has been anything but the sinister apparatus of repression portrayed by legions of rightists and conspiracy theorists. FEMA is, in fact, an eminently effective mechanism for planning focused on the public good, not private profit, a form of public insurance and public assistance for Americans struck by disaster. Every year FEMA gives hundreds of millions of dollars to local firefighters and first responders, as well as victims dealing with the aftershock of floods, fires, and the other calamities associated with extreme weather events.
The agency’s work is structured around what it calls “the disaster life cycle”—the process through which emergency managers prepare for, respond to, and help others recover from and reduce the risk of disasters. More concretely, FEMA’s services include training, planning, coordinating, and funding state and local disaster managers and first responders, grant-making to local governments, institutions, and individuals, and direct emergency assistance that ranges from psychological counseling and medical aid to emergency unemployment benefits. FEMA also subsidizes long-term rebuilding and planning efforts by communities affected by disasters. In other words, it actually represents an excellent use of your tax dollars to provide services aimed at restoring local economic health and so the tax base. The anti-government Right hates FEMA for the same reason that they hate Social Security—because it works!
As it happens, thanks in part to the congressional GOP’s sabotage efforts, thousands of FEMA’s long-term recovery projects are now on hold, while the cash-strapped agency shifts its resources to deal with only the most immediate crises. This represents a dangerous trend, given what historical statistics tell us about our future. In recent decades, the number of Major Disaster Declarations by the federal government has been escalating sharply—only 12 in 1961, 17 in 1971, 15 in 1981, 43 in 1991, and in 2011—99! As a result, just when Hurricane Irene bore down on the East Coast, FEMA’s disaster relief fund had already been depleted from $2.4 billion as the year began to a mere $792 million.
Like it or not, government is a huge part of our economy. Altogether, federal, state, and local government activity—that is collecting fees, taxing, borrowing and then spending on wages, procurement, contracting, grant-making, subsidies and aid—constitutes about 35 percent of the gross domestic product. You could say that we already live in a somewhat “mixed economy”—that is, an economy that fundamentally combines private and public economic activity.
The intensification of climate change means that we need to acknowledge the chaotic future we face and start planning for it. Think of what’s coming, if you will, as a kind of storm socialism.
After all, climate scientists believe that atmospheric concentrations of carbon dioxide beyond 350 parts-per-million (ppm) could set off compounding feedback loops and so lock us into runaway climate change. We are already at 392 ppm. Even if we stopped burning all fossil fuels immediately, the disruptive effect of accumulated CO2 in the atmosphere is guaranteed to hammer us for decades. In other words, according to the best-case scenario, we face decades of increasingly chaotic and violent weather.
In the face of an unraveling climate system, there is no way that private enterprise alone will meet the threat. And though small “d” democracy and “community” may be key parts of a strong, functional, and fair society, volunteerism and “self-organization” alone will prove as incapable as private enterprise in responding to the massive challenges now beginning to unfold.
To adapt to climate change will mean coming together on a large scale and mobilizing society’s full range of resources. In other words, Big Storms require Big Government. Who else will save stranded climate refugees, or protect and rebuild infrastructure, or coordinate rescue efforts and plan out the flow and allocation of resources?
It will be government that does these tasks or they will not be done at all.
Christian Parenti, author of the recently published Tropic of Chaos: Climate Change and the New Geography of Violence (Nation Books), is a contributing editor at the Nation magazine, a Puffin Writing Fellow, and a professor at the School for International Training, Graduate Institute. His articles have appeared in Fortune, the New York Times, the Washington Post, TomDispatch, and the London Review of Books, among other places. To learn more about Christian Parenti's work, visit his website by clicking here.
Cross-posted with permission from TomDispatch.com.