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September 1, 2008 10:00 AM

Exporting bulk water is the wrong way to go



As the previous blog entry notes, the Montreal Economic Institute recently argued that exporting water in bulk from Canada to the United States would be a great way for Quebec and Canada to make money. Here's what our Quebec director-general, Karel Mayrand, and marine and freshwater conservation program director, Jay Ritchlin, had to say about it in the Montreal Gazette.

Exporting bulk water is the wrong way to go; Canada should use its abundant water to generate economic wealth

The Gazette (Montreal)
Mon 01 Sep 2008

By KAREL MAYRAND and JAY RITCHLIN

Water exports are a recurring, ever-controversial theme in Canada. From Soviet-style schemes such as the 1960s Grand Canal proposal to divert James Bay water to the United States, to more recent commercial plans to ship water from Newfoundland's Gisborne Lake and Ontario's Lake Superior, dozens of failed attempts to export water have generated thousands of pages of debate.

At a critical time when conserving our freshwater supply and safeguarding our aquatic ecosystems should be of paramount importance, the Montreal Economic Institute - a Montreal-based free-market advocacy group - is reviving this debate once again.

According to the UN, two thirds of humans will face water scarcity within a generation. The combined effect of population growth, the depletion of water resources and climate change is driving this trend. Canada receives seven per cent of the world's renewable freshwater supplies, but contains less than half of one per cent of the world's population. At first sight, exporting water from a water-rich country to quench a thirsty planet makes sense. But does it really?

A recent article in Scientific American lists five solutions to the global water crisis: water pricing; improved, more efficient irrigation; low-water sanitation; virtual water exports; and desalination of sea water. Interestingly, water imports/exports fails to make the list. This is not surprising.

The economic case for exporting water still has to be made. Moving large quantities of water over long distances, whether by pipeline, ship or road, is expensive and the cost increases exponentially based on quantity, distance and the price of fuel. The price of water at the end of the pipe is likely to be much higher than alternatives such as water-saving technologies, demand management, or desalinisation. It is clear that any large-scale water-diversion project would need to be massively subsidized.

Moreover, exporting water is a low-added-value activity that would not create many jobs or economic opportunities. Exporting virtual water (water embedded in the goods and services we export) makes much more sense. For example, producing a kilogram of wheat requires 1,000 litres of water. Our abundant water is a key comparative advantage for Canada - provided that we manage it sustainably. Why would we want to give it away?

Trading water also carries the risk of losing control over our own resources. There is a great deal of uncertainty as to the status of water in the North American Free Trade Agreement. Some fear that if we start exporting it, water might be considered a traded natural resource falling under the purview of the agreement. This would mean that once we open the tap, NAFTA provisions would make it virtually impossible to close.

In practice, this means that Canadians would have to compete with other water users across the continent in the allocation of resources within our own watersheds. NAFTA could confer rights to water users and investors located thousands of kilometres from a Canadian watershed. It would also place limits to the capacity of the federal and provincial governments to manage and protect our water resources.

Perhaps the most worrying aspect of water exports is their potential impact on watersheds and ecosystems. Proponents of water exports base their rationale on the notion of surplus water that is lost to the sea and the fact that water shipments would be equivalent to a drop in a bucket.

But the science is clear: There is no such thing as surplus water. Ecosystems and humans need all available water. The impact of large water diversions or the cumulative impact of numerous water withdrawals will certainly affect our water resources and ecosystems. This impact could be devastating in some areas. The risk is even greater when one considers the likely impact of climate change on our water resources, especially in the Great Lakes basin, which is so vulnerable to evaporation.

Exporting water therefore carries important social and environmental risks, as well as limited potential economic benefits. Canada has historically used its abundant water resources to generate economic wealth. In the process we have become key exporters of virtual water, but we have seen our natural resources depleted and polluted, and our aquatic ecosystems altered by decades of neglect.

Instead of trying to export bulk water, we should take on the national challenge of restoring this key Canadian resource for the benefit of future generations.

Karel Mayrand is the David Suzuki Foundation's director-general for Quebec. Jay Ritchlin is the foundation's director for marine and freshwater conservation.

Posted by Ian Hanington at September 1, 2008 10:00 AM
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lora bruncke
The water really belongs to the people of the world.

How do we Canadians share it?

Please, just don't give it away to the US.

They have the money but do they have the right?

Tara
We may have a relative abundance of water for our population, but the author is right in highlighting the issue of water removal and potential environmental degradation. Water quality is instrumental in ecosystem health, but so is volume. Removing vast quantities of water from a system affects many processes that are dependent there being a certain availability of water. Salmon, for example, need appropriate water depth and flow rate to ensure successful egg health. This water will not be 'lost at sea' but instead supports a service broader than human consumption. It is characteristically anthropocentric to measure the ratio of potable water against our population as if our demand is the only qualifier for waters usefulness here in Canada. If we approach water with the same cavalier treatment of our other resources (big pipes, mega projects, etc), we will run into the same problems. We need to work smarter, not harder, on water abundance. Consume less and reuse more- not keep building new ways of cheating the system and trying desperately not to have to change our poor habits.


We may have a relative abundance of water for our population, but the author is right in highlighting the issue of water removal and potential environmental degradation. Water quality is instrumental in ecosystem health, but so is volume. Removing vast quantities of water from a system affects many processes that are dependent there being a certain availability of water. Salmon, for example, need appropriate water depth and flow rate to ensure successful egg health. This water will not be 'lost at sea' but instead supports a service broader than human consumption. It is characteristically anthropocentric to measure the ratio of potable water against our population as if our demand is the only qualifier for waters usefulness here in Canada. If we approach water with the same cavalier treatment of our other resources (big pipes, mega projects, etc), we will run into the same problems. We need to work smarter, not harder, on water abundance. Consume less and reuse more- not keep building new ways of cheating the system and trying desperately not to have to change our poor habits.

Steven Earl Salmony
Political Will, Political Wont

The accepted wisdom of todays environmental reform movement is founded on two core assumptions. The first is that most of the technical solutions we need to address the worlds various crises are available, or at least could be swiftly developed by sufficiently intelligent, hard-working people. The second assumption is that all thats lacking for a successful outcome is the political will to put these technical solutions into effect.

Whether the discussion turns to replacing coal-fired power plants with wind turbines and using electric cars instead of gas-driven SUVs, converting industrial agricultural practices to organic permaculture, or reversing the decline of ocean life though international regulations, it is an article of faith in the reform movement that we know what we need to do and all thats lacking is a sufficiently visionary leader to put more planet-friendly solutions in place.

Both those assumptions ignore significant aspects of the situation aspects that must be addressed for the envisioned reforms to be successful. This article examines those two assumptions with an eye to uncovering the confounding issues.

The array of problems

As the following laundry list of negative trends clearly illustrates, the scale and diversity of the problems we face are significant.

The amount of carbon dioxide in the atmosphere is approaching 400 parts per million.

We are emitting carbon dioxide 10 times faster than one of the worlds largest known volcanic eruptions (the Deccan Traps) that was implicated in the Cretaceous-Tertiary extinction event 65 million years ago.

Ice caps and glaciers are disintegrating.

World oil production is on a 4 year plateau despite prices that have quadrupled during that time.

In our oceans the coral reefs are dying, dead zones are expanding, and predatory fish species (the ones we eat) have declined by 90% in the last 50 years.

The biomass of prey fish in the Great Lakes has fallen by 92% since 2000.

The estimated extinction rate for

lora bruncke
I know this is off topic but I asked a question in another blog and now one answered regarding drilling for oil.

Would removing oil from the earth and burning it not change the mass of our earth. If so, wouldn't that affect our gravitational attraction to the sun?

Is this another reason to stop or just a misguided, out to lunch, freaky thought?