water

By Emanuele Lobina - Corporate Accountability International, June 2014

When it comes to the nation’s most essential public service, mayors and municipal officials face a momentous challenge.

Local governments are investing in public water systems at all-time highs, but in the absence of adequate federal support, many systems still face serious infrastructure reinvestment gaps. Over the next 20 years, U.S. water systems will likely require a staggering $2.8 to $4.8 trillion investment. In response, private water corporations are waging a national campaign to present privatization, in its many forms, as a cure-all that will reduce costs and increase efficiency.

Even where public water systems are thriving, the private water industry is pressuring public officials to pursue private water contracts repackaged in terms deemed less offensive to a skeptical public. But are public-private partnerships (PPPs), and other euphemisms used to describe water privatization, a way forward?

The key findings of this report indicate no. All too often, promised cost savings fail to materialize or come at the expense of deferred infrastructure maintenance, skyrocketing water rates, and risks to public health.

The current trend toward remunicipalization (return of previously privatized systems to local, public control) of water systems is a primary indicator that privatization and PPPs are not the answer. Since 2003, 33 U.S. municipalities have remunicipalized their water systems. Five have done so in 2014 alone. And an additional 10 have set the wheels in motion to do so this year through legal and/or administrative action. This closely mirrors the accelerating global remunicipalization trend. Paris, where the two largest global private water corporations (Veolia and Suez) originated and are headquartered, has notably led the charge to remunicipalize, saving tens of millions of dollars since returning its water system to public control.

As this report finds, private water contracts can pose substantial economic, legal, and political risk to local officials and the communities they serve. The findings come through review and analysis of lobbying reports, Congressional records, city case studies, and empirical evidence drawn from research by the Public Services International Research Unit (PSIRU). They show the private water industry depends on political interference, misleading marketing, and lack of public oversight to secure its contracts. This report exposes the private water industry’s tactics and makes the case for democratically governed and sustainably managed public water systems, providing public officials with a set of examples and recommendations to bolster public water.

Read the report (PDF).

By Grant Mincy - Counterpunch, January 17-19, 2014

Disclaimer: The views expressed here are not the official position of the IWW (or even the IWW’s EUC) and do not necessarily represent the views of anyone but the author’s.

On Thursday, January 9 a dangerous toxin, 4-methylcyclohexane methanol, leaked from a busted tank and into the Elk River in West Virginia. It is believed that nearly 7,500 gallons of the toxin made its way from the 40,000-gallon tank into the river. It’s unclear how much actually entered the public water supply.

The busted tank is owned by Freedom Industries, which uses the chemical for coal processing. Some 300,000 people have been directly impacted by the disaster, forced to wait in long lines at fire stations to receive potable water. There’s been a constant run on stores for the precious resource as well.

This is a story to often told in Appalachia. The Massey Energy coal slurry spill in Martin County, Kentucky (where 306,000,000 gallons of toxic slurry hit the town) and the TVA coal ash disaster in Kingston, Tennessee, are also part of the history of industrial disaster in the region. This history is wrought with class struggle, environmental degradation and corporatism. From the expulsion of Native Americans to the rise of King Coal, the Hawks Nest incident, the labor struggle, the Battle of Blair Mountain and the wholesale destruction of mountain ecosystems via Mountaintop Removal, Appalachia is on the front lines of the war with the politically connected.

The coalfields of Appalachia have long been home to impoverished people, overlooked by the affluent in the United States. Still, the “War on Poverty” has made its way into the Appalachian hills several times. Most famously, US president Lyndon Johnson singled out the region for his “Great Society” programs, and presidents 42, 43 and 44 have all tried to help the region as well. Instead of offering a new way forward, their programs further damage the area.

Much of the “War On Poverty” has been fought via economic engineering, centralizing the economies of West Virginia and Eastern Kentucky (along with parts of Tennessee and Virginia) into the hands of extractive fossil resource industries — notably coal and natural gas. The mechanization of these industries, however, has reduced the labor force. Specialized labor moving to the region has caused short-term booms and long-term busts. Once an extractive resource is exploited and gone,  communities are left to deal with mono economies and irreversible ecological destruction.

By Glen Spain - Pacific Coast Federation of Fishermen’s Associations, January 2012

Its now time — perhaps long past time — for the world’s fishing industry to collectively take a firm stand against the economic and societal forces creating global warming and its related marine hazard of ocean acidification.

Both of these new phenomenon — rapidly changing climates and more acidic oceans — are expected to hit the world’s fishing industry especially hard. Indeed, they already are starting to do so. A collective response from our industry is much overdue.

What Causes Climate Change?

There is no mystery about how global warming actually works. In fact, it can be easily demonstrated in a high school science lab.

Certain naturally occurring atmospheric gases, including carbon dioxide (CO2), methane (CH4) and nitrous oxide (N2O) naturally trap heat from the sun near the Earth’s surface, helping to keep our climate hospitable to life. Without that “greenhouse effect” the Earth would be nearly as cold on its surface as the planet Mars, and we would be in a permanent Ice Age.

But when normal background concentrations of these “greenhouse gases” are greatly added to by human sources such as we see today, their natural balance gets out of whack as a result, they can trap too much heat — and over time, since this heating is cumulative, this can change the balance of the whole world’s climate in unpredictable ways.

This is precisely what has been happening since the widespread use of carbon-based fossil fuels such as petroleum and coal. This huge ancient carbon sink, long stored harmlessly in the Earth, is today being rapidly burned for energy — and its fossil carbon pumped into our Earth’s atmosphere at an increasing rate. Nearly all this excess carbon dioxide can be traced by its isotopic fingerprints right back to the burning of fossil fuels.

What this global “greenhouse heating” leads to in the long-term, in addition to the heating itself, is the heat-driven disruption of normal weather patterns. Even small net heating changes in the atmosphere can lead to extreme weather disasters.

In some places this weather disruption means excessive and more frequent widespread flooding. In other places this can mean long-term or near permanent droughts in places which rarely experienced such problems in the past. In yet other places, bitter cold waves can last far longer than in the past. This plays hell with key agricultural areas all around the world.

This is why this phenomenon is more correctly called “climate change” rather than just “climate warming.” Some places will warm, others will cool, others will dry out — and most of these changes will occur in the future around statistical “means” that are quite a bit different than what these regions normally experienced in the past. When the annual weather pattern statistical “mean” changes, this is a change in climate itself. Weather is what happens in the single instance or year — climate is what happens statistically most often, described by “mean,” over many years.

Severe Weather Links Are Becoming Plainer: And the linkage between these global heating mechanisms and disastrous droughts, floods, severe weather events and climate extremes is also becoming much clearer, and much easier to statistically distinguish from normal ranges of variation in the past. These last two years, 2010 and 2011, have seen record-breaking extreme weather events worldwide, costing many billions of dollars in economic damages from record floods and droughts, tornadoes and hurricanes, including massive crop failures in many areas. Not surprisingly, 9 out of the world’s 10 hottest years on record have occurred since 2001, and all 12 of the world’s hottest years on record since 1997.

Worse, global CO2 emissions in 2010 were recorded by the World Meteorological Organization (WMO) (www.wmo.int, Press Release No. 934) to have jumped upwards by the highest one-year rate ever recorded — about 1.4 percent — since 2009. Record rates of increase also includes two other greenhouse gases — methane (CH4) and nitrous oxide (N2O), both of which are even more powerful greenhouse gases than CO2, but typically occur at much lower concentrations. Yet even small additional inputs of these more powerful non-carbon greenhouse gases can have exacerbating effects on climate.

But CO2 still accounts for about 80 percent of all observed atmospheric warming. CO2 is also the only major greenhouse gas we humans can do much about, which is why the focus is on this gas and not the others.