Showing posts sorted by date for query wind energy. Sort by relevance Show all posts
Showing posts sorted by date for query wind energy. Sort by relevance Show all posts

July 26, 2023

Climate change–fueled weather demands action now, sez Sarah Copeland Hanzas — annotated

Sarah Copeland Hanzas was a Vermont House member for 18 years before being elected as Secretary of State in 2022. This commentary, reproduced here in full with notes following, was published in several news outlets (without the notes).

Vermonters have always rallied to protect and care for our friends and neighbors in a crisis. I am grateful for Governor Scott’s calm and measured response when Vermont is in crisis. During the Covid-19 pandemic, Governor Scott followed the science and took the appropriate steps, despite considerable opposition,a to keep Vermonters safe and to prevent a greater tragedy. Now, we need the same courage and focus as we grapple with flood recovery and take action to address the underlying forces of climate changeb that drove its severity.

So far this summer, Vermont has seen a record heat wave in May,c the state’s worst air quality in history in June, and recently a record rainstorme that dumped as much as two months of normal rain on towns around the state in just over a day.

And this is clearly the new normalf for Vermont as the impacts of global warming hit us. Nolan Atkins, the former chair of the atmospheric sciences department at Vermont State University said: “In a warmer world and a warmer climate, [we should expect] these more frequent and more intense weather events.”

Yet despite the science, and clear evidence of increasingly severe weather, the Governor has vetoed every major piece of climate legislation the Vermont Legislature has put before him in recent years. We need Governor Scott to direct state agencies to recognize the climate emergency and treat climate action with the same emergency response and focus we are seeing right now during the floods, and that we did during Vermont’s Covid response.g

As the former co-chair of the Legislature’s Climate Solution Caucus, I traveled throughout the state listening to Vermonters’ concerns about the looming impacts of global warming and the urgent need to reduce our greenhouse gas emissions. I heard over and over that if we don’t act on climate and curb our emissions we will run out of time; we will be too consumed by the effects of climate change to focus on transitioning to renewable energy.h

I have seen our pragmatic Governor do a policy pivot when faced with an emergency. After the shooting threat in Fair Haven High School, he was a constructive and supportive partner for meaningful gun safety reforms.

It is time for the Governor to pivot on climate policy. There are a few simple things the Governor can do right now to make a difference and help Vermont be a leader in reducing greenhouse gas emissions. And more importantly, prevent greater tragedy.

First, the Governor should direct his appointees on the Climate Council to shift to an emergency response.i The most immediate and constructive action he could take at this moment is to make sure Vermonters whose heating systems were destroyed in the flood are encouraged and incentivized to replace fossil fuels with renewable energy.j Let’s help provide loaner heating systems to get through the upcoming heating season and accelerate our investment in our green energy workforce. This will not only speed up Vermont’s green energy transition but also create jobs; we can combat climate change and help Vermont’s economy at the same time.

Second, direct his Agency of Natural Resources and Department of Public Service to become willing partners in implementing the Clean Heat Standard to help all Vermonters transition from fossil fuels for heating and cooling their homes and businesses. Over one-third of Vermont’s greenhouse gas emissions come from heating and cooling our homes and businesses. Despite this, Governor Scott and his administration have inexplicably been an anchor in getting this groundbreaking initiative into action.

And third, support legislation to ensure Vermont gets 100% of its electricity from renewable energy by the end of the decade. With the passage of President Biden’s Inflation Reduction Act, wind and solar power are cheaper than everk and price competitive with new natural gas. Vermont needs to do its part to clean up its electric sector and end our environmentally unjust practice of importing our power from oil- and natural gas–burning plants in low-income communities in Massachusetts and Connecticut.

I’m not saying it’s simple and easy, I understand firsthand the challenges rural Vermonters face in heating their homes and getting to work. But if we think transitioning to renewable heating and transportation is inconvenient or possibly a little more expensive, just look around at what we will be facing if we don’t.l Can we afford not to?

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a“despite considerable opposition” — Actually, the considerable opposition was that he wasn’t draconian and dictatorial enough.

b“to address the underlying forces of climate change” — The earth revolves around the sun with a tilted axis, thus causing the seasons, and turns on that axis, thus causing day and night. These cause weather.

c“Vermont has seen a record heat wave in May” — And then it was over. We’re looking at a rather cool end of July and early August.

d“the state’s worst air quality in history in June” — Canadian forest fires, which we can hardly do anything about.

e“a record rainstorm” — Well, no, it wasn’t.

f“clearly the new normal” — If you were born yesterday.

g“We need Governor Scott to direct state agencies to recognize the climate emergency and treat climate action with the same emergency response and focus we are seeing right now during the floods, and that we did during Vermont’s Covid response.” — That “emergency response” to Covid was futile and harmful, as indeed is almost all of the “climate legislation” that the legislature has passed. In fact, Montpelier, along with other towns on rivers regularly floods and businesses bounce back. But they are only now recovering from that Covid response and don’t have the resilience and resources they would have otherwise.

h“transitioning to renewable energy” — From normal New England weather to CO₂ emissions as the culprit to renewable energy as the solution, this is a study in non sequitur. It is telling that as co-chair of the Legislature’s Climate Solution Caucus, she heard only people clamoring for what she is here clamoring for.

i“shift to an emergency response” — If everyone is already clamoring, it most certainly does not require an emergency response to force it on them. This “emergency response” is required precisely because people like to make their own decisions about how their homes are heated, weighing costs and benefits for their individual situation. Again, that “Covid emergency” was similarly imposed precisely to prevent people from making personal risk-benefit decisions, even to punish people for insisting on their right to make such decisions for themselves.

j“replace fossil fuels with renewable energy” — What is she talking about? She means replacing systems that burn fuel on site to provide warmth with electric space heaters. Granted, in Vermont, much of that electricity is from Canadian hydro, but the expanded demand of electric heat (and cars) will be provided by burning natural gas, converting a fraction of the released energy to electricity, transporting that electricity over powerlines at further loss, and then converting it back to heat. The inefficiency compared to burning fossil fuels on site is staggering, not to mention insanely bad policy.

Furthermore, every Vermonter knows that they need to be prepared for power outages, which can sometimes last for days. Depending on electricity for anything that you don’t have to is simply foolish. You will effectively be replacing efficient fossil-fuel systems with increased reliance on fossil fuel–powered back-up generators.

k“wind and solar power are cheaper than ever” — In fact, wind and solar are only getting more expensive. They completely depend on subsidies from taxpayers and ratepayers to be built at all.

l“just look around at what we will be facing if we don’t” — And we close with the veiled threat, based on the false premises the whole essay started with. “We’ll make sure you can’t afford not to make the choices we make for you.”

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From The History of Athens Vermont, Lora Wyman, 1963:

«Freshets and floods occurred too frequently down the years to mention more than a sample of them. A few that did the most extensive damage to Athens were the freshet of Oct. 4, 1869; the great blizzard of Mar. 12, 1888; the floods of 1927, 1936; and the great hurricane of 1938. Practically all adults living today can remember the destruction caused by the hurricane of 1938. In Athens countless trees were blown down, the roof on Henry Ward’s milk house and one side of the barn were blown off. A small bridge near Camp Nai-neh-ta was washed away and abutments on others were weakened. About one-half mile of the main road to Cambridgeport, parallel with the brook above Brookside bungalow was washed away. Traffic was detoured around the road past the David Karlson farm. Two of Ned Wyman’s 10′ × 12′ chicken houses on the lower road, floated down stream, one lodging in a tangle of brush. Next morning, expecting to find the 50 or more chicks housed inside drowned, Mr. Wyman happily discovered them all perched on the roost above the water, waiting for breakfast.»

Also see: 1816: The Year Without a Summer

September 21, 2019

Climate Strike

There is so much that is frustrating about this movement, even for those who are sympathetic. Carbon and other greenhouse gas emissions are the least of our problems among the continuing environmental impacts of human life. And “green” alternatives only increase those adverse impacts.

They are all less efficient – diffuse – than “conventional” energy sources and therefore require more resource extraction and land use (industrializing vast swaths of the rural and wild) to provide the same power.

Furthermore, wind and solar are intermittent and variable, so they have to be overbuilt (more resources and land, as well as high-capacity powerlines) – and they still need backup: Natural gas–fired generators are ideal because they can respond quickly to balance the fluctuating power. But operating like that makes them less efficient as well, ie, they would emit more carbon as part of a grid with substantial (even as little as 5%) wind and solar than they would if the wind and solar weren’t there at all.

In short, more resource extraction (mining) and land use (habitat loss) and still dependent on fossil fuels, which would now emit more carbon than before. Brilliant.

Where else might this be leading?

Right now, there is only one energy source that is both more efficient and carbon-free: nuclear. The apocalyptic panic of Extinction Rebellion and Climate Strike seems to be doing all it can as useful idiots to revive nuclear as the only solution to their perception of a crisis caused by fossil fuels (ignoring all the other ways that humans trash the planet, or, eg, the mowing down of rainforests for biofuel plantations).

Convinced that they will not have long to live unless we utterly decarbonize (forget the fact that excess CO₂ stays in the atmosphere for centuries – in fact, current carbon levels may be mostly due to coal burning in the 19th century), this generation may usher in a world powered by nuclear. And the resulting pile-up of waste, leaks, and accidents (imagine hundreds, thousands, of Chernobyls and Fukushimas) are more likely to destroy the planet than everything they are protesting.

May 1, 2018

Renewable energy undermine

Jeff Rice @EvolvingCaveman asked on Twitter: Hi @windwatchorg, Haven't you guys got anything better to do than try to undermine clean, green #RenewableEnergy? Enlighten us - what would you like to see make up our energy mix? Expensive nuclear? #ClimateChange causing #FossilFuels? @GeorgeMonbiot

National Wind Watch @windwatchorg answered:

The unfortunate fact is that renewable energy does not meaningfully replace fossil and nuclear fuels.

And such diffuse (low-density) sources as wind and solar require massive plants to capture even enough to make selling virtue-signaling green tags profitable.

That means wind and solar on an industrial scale necessarily have adverse effects of their own, particularly as they need huge tracts of previously undeveloped rural and wild land, including mountain ridge lines.

And being intermittent and, in the case of wind, highly variable, they still require backup, which is forced to run much less efficiently (ie, with more carbon emissions) than it could without having to contend with wind's erratic generation.

So for such utter lack of actual benefit coupled with substantial harm, no, we do not support wind and work to protect the environment from its depredations.

We advocate conservation, which reduces fossil and nuclear fuel use much more than wind and solar do.

Jeff Rice replied: I notice that you haven't answered my question...

National Wind Watch answered: That's a separate issue from National Wind Watch's mission to educate people about wind's shortcomings and harm. We do not take a position for any over any other except to note that wind is not a solution.

Jeff Rice: Campaign organisations have long recognised the need to promote solutions to the problems they campaign against. Your anti #WindPower campaign lacks substance and comes across as NIMBYism. It also looks like you are apologists for the #FossilFuels industry. #NIMBY

National Wind Watch:

That is of course a risk we take. On the other hand, there are plenty of groups already proposing solutions, and those who question wind power represent people of very different views, from off-grid deep green to pronuclear free marketers.

Our role is to provide a resource for all of them on the issue of industrial-scale wind power. If people see that as being apologists for fossil fuels or giving comfort to climate skeptics or NIMBYism, that is a failure of imagination on their part.

It is a failure of environmentalists, driven by the "need to promote solutions", that they have forgot their role is to challenge and question solutions, especially those promoted by government and industry and banking in collusion.

Jeff Rice: Various forms of #RenewableEnergy are the solution! Although, do you think that we don't need to tackle #ClimateChange or air pollution? And as for renewables being supported by the establishment - what utter nonsense. Governments are very much wedded to #FossilsFuels!

National Wind Watch:

Wind and solar would be great if their benefits far outweighed their harm, but, as already noted, on a large scale their harm far outweighs their benefits, because they do very little to alleviate carbon emissions, pollution or fossil fuel dependency.

As to government support for wind, it is hardly a secret that subsidies, regulatory favoritism and special market structures are necessary for wind development.

Jeff Rice: Why do you think wind and solar DON'T reduce carbon emissions? A gross inaccuracy on your part.

National Wind Watch: How much have carbon emissions decreased with the massive industrialization of rural and wild places with wind turbines around the world since the 1990s? It's madness to continue.

Jeff Rice: Why you are wrong: It's a myth that wind turbines don't reduce carbon emissions

National Wind Watch: Goodall and Lynas point to a passing reduction of electricity generation from CCGT plants, not to any actual reduction of fuel use or carbon emissions.

March 10, 2018

Wind power does not reduce CO₂ emissions.

“In a wind-thermal system, production variations from the intermittent character of wind power results in an increase in system costs and a decrease in the efficiency of wind power as a means to reduce CO₂-emissions from the system. This effect gets increasingly pronounced with increased levels of wind power grid penetration and is due to the adjustment in production pattern of the thermal units to the variations in wind power production. As wind power grid penetration increases, the conventional units will run more at part load and experience more frequent starts and stops. Also, wind power may need to be curtailed in situations where the costs to stop and restart thermal units are higher than the difference in running costs of wind power and the thermal units. Thus, variations in wind power reduce the possibility of the power system to lower CO₂-emissions by adding wind power capacity to the system.”

—“Large scale integration of wind power: moderating thermal power plant cycling” by Lisa Göransson and Filip Johnsson, Wind Energy 2011; 14:91–105

-o-o-o-o-o-

Olaf Errwigge (Facebook) —

There is no argument that burning fossil fuel to generate electricity releases CO₂ into the atmosphere, or that using the wind to generate electricity does not. But it does not follow that adding wind to the grid reduces CO₂ emissions from other sources: Where there is little hydropower (no CO₂ emissions) to balance the highly variable wind, fossil fuel–fired generators are forced to work less efficiently, ie, with more emissions per unit of electricity generated. Furthermore, the best “balancing” plants for wind are open-cycle natural gas–fired turbines (OCGT), which can respond quickly enough to compensate for the continual changes of wind generation. But combined-cycle natural gas–fired turbines (CCGT) are substantially more efficient efficient, such that wind + OCGT may not represent lower emissions than CCGT alone. Thus, wind power’s manufacture, transport, and maintenance would indeed contribute to increased CO₂ emissions. And there is no benefit at all to weigh against its other adverse impacts on the environment, wildlife, and human neighbors.

Result: Wind + fossil fuel generation does not necessarily mean lower CO₂ emissions, particularly in the comparison of wind + open-cycle gas (necessary to quickly respond to wind’s continually variable generation) vs. the much more efficient combined-cycle gas alone.

And, of course, where there’s hydro, that’s the preferred source to ramp back as the wind rises: no CO₂ involved at all.

With virtually no benefits, wind power’s many adverse impacts – on the environment, wildlife, and human neighbors – not to mention its financial cost and the carbon and materials footprint of its manufacture, transport, and maintenance – are impossible to justify.

Also see: Why wind power does not substantially reduce emissions

January 18, 2018

Shortsighted and dangerous

Olaf Errwigge writes in The Commons in response to Michael Bosworth, “Which price do we pay? Keeping additional industrial-scale wind power out of our region is shortsighted and dangerous. Is there any middle ground?”:

Bosworth’s earnest appeal first requires that his premises be examined. Is wind energy actually “economically efficient” or “acutely needed”? Is the price actually just “some soil disturbance, some bird mortality”? Does it actually bring “significant benefits”?

Wind is a diffuse, intermittent, and highly variable resource, so there is no way that it can be economically efficient or have only moderate adverse impacts, because massive machines over vast (rural and wild) areas are required to collect any meaningful amount. The Windham Regional Commission Energy Plan clearly notes the unavoidable habitat destruction and fragmentation as well as many other environmental impacts:
“Wind turbine placement can be difficult and controversial because of natural resource impacts, aesthetics, noise, and the need for placement at elevations of 2,500-3,300 feet, locations in Vermont that tend to be sensitive with thin soils and steep slopes. The windiest areas in the region are most often on the higher-elevation ridgelines that are sensitive habitats for plants and wildlife, and are the source of the region’s most pristine headwaters. In areas where road access does not exist, new permanent roads must be built to service the wind facility. Other potentially negative environmental impacts include bird and bat mortality, habitat disruption and fragmentation, erosion, pollution from facility maintenance, turbine noise, and visual flicker.

“Given the nature of utility-scale wind development, which involves considerable blasting, road building, and other permanent alterations of the landscape and surface hydrology, it is deemed to be incompatible with the two aforementioned land use designations [ie, Resource Lands and Productive Rural Lands].”
And benefits? Its intermittency and high variability require that wind be 100% backed up by other sources. Wind serves as only a feel-good add-on to an electrical system that has to be able to work without it anyway, ready to kick in when the wind drops, and standing by to continuously balance its erratic feed. Those other sources do so at a cost to their own efficiency.

In short, the benefits of large-scale wind power are virtually nil, and the adverse impacts are substantial. It is certainly not "shortsighted and dangerous" to recognize that reality and to discourage such a destructive and unhelpful form of energy development.

November 11, 2017

Seven megatrends for global warming ‘hope’ – five of which are bunk

At The Guardian on 8 November, Damien Carrington wrote “The seven megatrends that could beat global warming: ‘There is reason for hope’

1. Methane: getting to the meat
2. Renewable energy: time to shine
3. King coal: dead or dying
4. Electric cars: in the fast lane
5. Batteries: lots in store
6. Efficiency: negawatts over megawatts
7. Forests: seeing the wood

#1: Methane not only has >20 times the greenhouse effect of CO₂, it persists in the atmosphere only ~10 years, whereas CO₂ persists for hundreds, ie, the emissions from coal burning in the 19th century are still out there and those from coal and oil in the 20th century and today will not diminish for hundreds of years.

Alas, besides #1, and except for #6 (using less energy), the other points are bunk.

#2: Intermittent and variable renewable energy (wind and solar) do not significantly reduce emissions, because backup sources are required. And such diffuse energy sources require massive amounts of land and materials to collect any meaningful amount: real adverse effects being the cost of theoretical-only benefits.

#3: Coal use is not diminishing, only slowing in growth. Where it has decreased, it is being replaced by cheap natural gas (half the CO₂ emissions but lots of methane leakage at the wells; also most practical backup for wind, except that forces the generators to operate at about half the efficiency they are otherwise capable of).

#4: Electric cars are only as "green" as the grid they get their power from (and see #5).

#5: Batteries reduce efficiency (see #6). For example, an internal combustion engine is a lot more efficient that burning fuel to make electricity (with two-thirds of the energy lost as heat) to charge batteries to then move a car. And like electric cars, they are an environmental disaster on a large scale.

#6: There is a shortcoming here, though, in that demand for energy continues to grow with increasing population and wider technological prosperity (i.e., more of the world living like the richest), offsetting increased conservation and efficiency.

#7: The article calls for rather than cites ending deforestation. It does not mention that much of it is driven by animal agriculture (another, besides #1, of its contributions to climate change). It mentions palm oil plantations, but doesn't mention that those are for "green" biofuel. It doesn't mention the cutting driven by demand for wood as a "green" source of electricity and heat.

Cf:Wind and Solar Power Advance, but Carbon Refuses to Retreat” By Eduardo Porter, New York Times, Nov. 7, 2017

August 13, 2017

The (dishonest) madness of George Harvey

Once again (actually, no doubt more than once (see next paragraph), but once more it comes to this writer’s attention) George Harvey betrays his inability to acknowledge any adverse impacts of the energy alternatives he advocates for by setting up a straw man from which he launches an ad hominem dismissal and proceeds to change the subject with his usual non sequitur pabulum.

Harvey maintains a blog, cohosts a community television show, and writes for Green Energy Times, and the first piece referred to here was reprinted in The (Windsor County, Vermont) Commons newspaper from the Clean Technica web site. In fact it was reprinted also in the issue of Green Energy Times (in which issue 13 articles were penned by Harvey) that this writer picked up for another headline (see next two paragraphs). Thus the central example here is unlikely to be unusual.

The headline that caught our eye was “Hanover [N.H.] Pledges to Go 100% Renewable: How Are They Going to Do It?” by Rick Wackernagel. It is not a short article, yet it does not describe how “they are going to do it”. The few plans mentioned are, besides throwing up solar panels everywhere, mostly installing heat pumps, thus switching from fossil fuel burned efficiently on site to electricity (fossil fuel burned inefficiently off site). The one specific plan is that Dartmouth College will replace diesel in its steam heating system with “biofuel”, possibly from Dartmouth’s forests in the White Mountains in the ridiculous accounting by which mowing down forests is credited as “green”. Even this very issue of Green Energy Times mentions (in a book review) the importance of forest protection in reversing climate change and (in a rant against noise regulations for giant wind turbines) the contribution of deforestation to global warming. (The latter writer apparently exempts turning forested mountain ridgelines into energy plants.)

Nowhere is there mention of cutting the town off from the regional grid, so the fact is that they will still get the same electricity as everyone else in New England. Commendably, they plan to use less of it – along with less of other fuels – but “100%” will doubt rely mostly on buying the Enron-invented scam of “green tags”.

Back to George Harvey, ... actually, we have already said all that needs to be said about the piece of his originally mentioned, titled “The Sound of Wind Turbines and the Horror of Genocide”: He sets up a straw man from which he launches an ad hominem dismissal of all dissent and proceeds to change the subject with non sequitur pabulum.

There is, however, another piece by Harvey in the same issue that is actually informative. It is about research to reduce methane emissions from ruminant – particularly cows’ – digestion by adding seaweed to their diet. The results are reported to be quite dramatic, even to the claim of eliminating 99% of the methane.

Yet Harvey neglects to mention that the methane from cows is only part of the climate change contribution and environmental destruction of animal agriculture, which is the leading cause also of deforestation, species loss, water depletion, and ocean dead zones – none of which are due to their flatulence. The subtitle of Harvey’s article invokes helping to save the planet, but it is only about reducing one source of methane emissions, not at all about actually saving the planet. It is about “greenwashing” one of the planet’s primary destroyers.

May 31, 2017

Rare earths and wind turbines: Yes, it’s a problem

Despite wind industry lobbyists and apologists asserting otherwise, rare earth metals, particularly neodymium, are indeed extensively used in wind turbine magnets. (And then there’s lithium for the batteries in electric vehicles and grid storage facilities.*)

‘Permanent magnet machines feature higher efficiencies than machines with excitation windings (absence of field winding losses), less weight and the advantage of having no slip-rings and brushes. Machines above kilowatt range (and most below) employ high-specific energy density PM material, preferably of neodymium-iron-boron (Nd-Fe-B).’ —Wind Energy Systems for Electric Power Generation, by Manfred Stiebler, Springer, 2008

‘The data suggest that, with the possible exception of rare-earth elements, there should not be a shortage of the principal materials required for electricity generation from wind energy. ... Sintered ceramic magnets and rare-earth magnets are the two types of permanent magnets used in wind turbines. Sintered ceramic magnets, comprising iron oxide (ferrite) and barium or strontium carbonate, have a lower cost but generate a lower energy product than do rare-earth permanent magnets comprising neodymium, iron, and boron (Nd-Fe-B). The energy-conversion efficiency of sintered Nd-Fe-B is roughly 10 times that of sintered ferrite ... As global requirements for rare-earth elements continue to grow, any sustained increase in demand for neodymium oxide from the wind resource sector would have to be met by increased supply through expansion of existing production or the development of new mines. ... An assessment of available data suggests that wind turbines that use rare earth permanent magnets comprising neodymium, iron, and boron require about 216 kg [476 lb] of neodymium per megawatt of capacity, or about 251 kg [553 lb] of neodymium oxide (Nd₂O₃) per megawatt of capacity.’ —Wind Energy in the United States and Materials Required for the Land-Based Wind Turbine Industry From 2010 Through 2030, by U.S. Geological Survey, U.S. Department of the Interior, Scientific Investigations Report 2011–5036

‘Five rare earth elements (REEs)—dysprosium, terbium, europium, neodymium and yttrium—were found to be critical in the short term (present–2015). These five REEs are used in magnets for wind turbines and electric vehicles or phosphors in energy-efficient lighting. ... Permanent magnets (PMs) containing neodymium and dysprosium are used in wind turbine generators and electric vehicle (EV) motors. These REEs have highly valued magnetic and thermal properties. Manufacturers of both technologies are currently making decisions on future system design, trading off the performance benefits of neodymium and dysprosium against vulnerability to potential supply shortages. For example, wind turbine manufacturers are deciding among gear-driven, hybrid and direct-drive systems, with varying levels of rare earth content. ... Neodymium-iron-boron rare earth PMs are used in wind turbines and traction (i.e., propulsion) motors for EVs. ... the use of rare earth PMs in these applications is growing due to the significant performance benefits PMs provide ... Larger turbines are more likely to use rare earth PMs, which can dramatically reduce the size and weight of the generator compared to non-PM designs such as induction or synchronous generators. ... Despite their advantages, slow-speed turbines require larger PMs for a given power rating, translating into greater rare earth content. Arnold Magnetics estimates that direct-drive turbines require 600 kg [1,323 lb] of PM material per megawatt, which translates to several hundred kilograms of rare earth content per megawatt.’ — Critical Materials Strategy, by U.S. Department of Energy, December 2011

‘In the broader literature ..., concerns have been raised about future shortage of supply of neodymium, a metal belonging to the group of rare-earth elements that is increasingly employed in permanent magnets in wind turbine generators.’ —Assessing the life cycle environmental impacts of wind power: a review of present knowledge and research needs, by Anders Arvesen and Edgar G. Hertwich, 2012, Renewable and Sustainable Energy Reviews 16(8): 5994-6006.

‘A single 3MW [direct-drive] wind turbine needs ... 2 tons of rare earth elements.’ —Northwest Mining Association

Also see:

And:

*Lithium: “Industry experts expect demand for lithium from U.S. car manufacturers to increase tenfold by 2030. By then, they predict the U.S. will need 300,000 metric tons of lithium per year to make green vehicles and a wealth of electronic appliances. … But environmentalists note that it would create hundreds of millions of cubic yards of rock waste, and that next to the pit would be an “acid plant” using sulfuric acid — 5,800 tons daily — to process lithium. According to an environmental impact statement from the federal Bureau of Land Management, the mine would be an open pit 2.3 miles long, a mile wide and almost 400 feet deep … the mine would use about 3,000 gallons of water per minute.” —The cost of green energy: The nation’s biggest lithium mine may be going up on a site sacred to Native Americans, NBC News, August 11, 2022

March 23, 2017

Letter in support of proposed wind turbine sound rules

To the Clerk of the Vermont Public Service Board:

I support the proposed wind turbine sound rules as a first step to protect the aural environment of our mountains.

As you know, a quiet rural night in Vermont is likely to have a sound level of only 25 dBA or even less. An increase in ambient noise of 5 dB is recognized as a cause of widespread complaints. So limiting the sound level at night to 35 dBA is not severe but actually rather lenient.

The proposed rule does not address low-frequency noise, which Denmark (the world's leader in wind energy technology and implementation) since 2011 has limited to 20 dBA indoors (10-160 Hz).

Infrasound (which is not heard but instead felt) is also a concern, with many acoustic engineers determining that a C-weighted indoor limit of 50 dB is necessary to protect health.

Nor does the proposed rule address amplitude modulation, the distinct "swish" or "thump" of large wind turbines. In the UK, planning permission for the Den Brook project included a rule to limit amplitude modulation: A 125-ms pulse of 3 dBA or greater (3 dB being the difference in noise level detectable by the human ear) can not occur in any 2-second period five or more times in six or more minutes of any hour, when those minute-long average noise levels are 28 dBA or more.

While these limits, as well as the proposed setback of 10 times the total height from residences (which should be at least 15 times the height, and from property lines, so that people can enjoy all of their property), begin to protect human neighbors, they do nothing to protect the wildlife of the mountains, who in most cases are much more sensitive to sound than humans.

[See also:  Proposal and comments for implementing a rule regarding sound from wind generation projects, by Stephen Ambrose]

April 7, 2016

Changing Everything

Steven Gorelick writes at Counterpunch:

Among climate change activists, solutions usually center on a transition to renewable energy. There may be differences over whether this would be best accomplished by a carbon tax, bigger subsidies for wind and solar power, divestment from fossil fuel companies, massive demonstrations, legislative fiat or some other strategy, but the goal is generally the same: replace dirty fossil fuels with clean renewable energy. Such a transition is often given a significance that goes well beyond its immediate impact on greenhouse gas emissions: it would somehow make our exploitative relationship to Nature more environmentally sound, our relationship to each other more socially equitable. In part this is because the fossil fuel corporations – symbolized by the remorseless Koch brothers – will be a relic of the past, replaced by ‘green’ corporations and entrepreneurs that display none of their predecessors’ ruthlessness and greed.

Maybe, but I have my doubts. Here in Vermont, for example, a renewable energy conference last year was titled, “Creating Prosperity and Opportunity Confronting Climate Change”. The event attracted venture capitalists, asset management companies, lawyers that represent renewable energy developers, and even a “brandthropologist” offering advice on “how to evolve Brand Vermont” in light of the climate crisis. The keynote speaker was Jigar Shah, author of Creating Climate Wealth, who pumped up the assembled crowd by telling them that switching to renewables “represents the largest wealth creation opportunity of our generation.” He added that government has a role in making that opportunity real: “policies that incentivize resource efficiency can mean scalable profits for businesses.” If Shah is correct, the profit motive – in less polite company it might be called ‘greed’ – will still be around in a renewable energy future.

But at least the renewable energy corporations will be far more socially responsible than their fossil fuel predecessors. Not if you ask the Zapotec communities in Mexico’s Oaxaca state, who will tell you that a renewable energy corporation can be just as ruthless as a fossil fuel one. Oaxaca is already home to 21 wind projects and 1,600 massive turbines, with more planned. While the indigenous population must live with the wind turbines on their communal lands, the electricity goes to distant urban areas and industries. Local people say they have been intimidated and deceived by the wind corporations: according to one indigenous leader, “They threaten us, they insult us, they spy on us, they block our roads. We don’t want any more wind turbines.” People have filed grievances with the government (which has actively promoted the wind projects) and have physically blocked access to development sites.

It seems that a transition to renewable energy might not be as transformative as some people hope. Or to put it more bluntly, renewable energy changes nothing about corporate capitalism.

Which brings me to the new film, This Changes Everything, based on Naomi Klein’s best-selling book and directed by her husband, Avi Lewis. I saw the film recently at a screening hosted by local climate activists and renewable energy developers, and was at first hopeful that the film would go even further than the book in, as Klein puts it, “connecting the dots between the carbon in the air and the economic system that put it there.”

But by film’s end one is left with the impression that a transition from fossil fuels to renewables is pretty much all that’s needed – not only to address climate change but to transform the economy and solve all the other problems we face. As the camera tracks skyward to reveal banks of solar panels in China or soars above 450-foot tall wind turbines in Germany, the message seems to be that fully committing to these technologies will change everything. This is surprising, since Klein’s book flatly contradicts this way of thinking:

“Over the past decade,” she wrote, “many boosters of green capitalism have tried to gloss over the clashes between market logic and ecological limits by touting the wonders of green tech…. They paint a picture of a world that can function pretty much as it does now, but in which our power will come from renewable energy and all of our various gadgets and vehicles will become so much more energy-efficient that we can consume away without worrying about the impact.” Instead, she says, we need “consume less, right away. [But] Policies based on encouraging people to consume less are far more difficult for our current political class to embrace than policies that are about encouraging people to consume green. Consuming green just means substituting one power source for another, or one model of consumer goods for a more efficient one. The reason we have placed all of our eggs in the green tech and green efficiency basket is precisely because these changes are safely within market logic.”

Overall, Klein’s book is far better at “connecting the dots” than the film. The book explains how free trade treaties have led to a huge spike in emissions, and Klein argues that these agreements need to be renegotiated in ways that will curb both emissions and corporate power. Among other things, she says, “long-haul transport will need to be rationed, reserved for those cases where goods cannot be produced locally.” She explicitly calls for “sensible relocalization” of the economy, as well as reduced consumption and “managed degrowth” in the rich countries of the North – notions likely to curdle the blood of capitalists everywhere. She endorses government incentives for local and seasonal food, as well as land management policies that discourage sprawl and encourage low-energy, local forms of agriculture.

I don’t buy everything about Klein’s arguments: they rest heavily on unquestioned assumptions about the course of ‘development’ in the global South, and focus too much on scaling up government and not enough on scaling down business. The “everything” that will change sometimes seems limited to the ideological pendulum: after decades of pointing towards the neoliberal, free-market right, she believes it must swing back to the left because climate change demands a huge expansion of government planning and support.

Nonetheless, many of the specific steps outlined in the book do have the potential to shift our economic system in important ways. Those steps, however, are given no space at all in the film. The focus is almost entirely on transitioning to renewables, which turns the film into what is essentially an informercial for industrial wind and solar.

The film starts well, debunking the notion that climate change is a product of human nature – of our innate greed and short-sightedness. Instead, Klein says, the problem lies in a “story” we’ve told ourselves for the past 400 years: that Nature is ours to tame, conquer, and extract riches from. In that way, Klein says, “Mother Nature became the mother lode.”

After a gut-wrenching segment on the environmental disaster known as the Alberta tar sands, the film centers on examples of “Blockadia” – a term coined by activists to describe local direct action against extractive industries. There is the Cree community in Alberta fighting the expansion of tar sands development; villagers in India blocking construction of a coal-fired power plant that would eliminate traditional fishing livelihoods; a community on Greece’s Halkidiki Peninsula battling their government and the police to stop an open pit gold mine that would destroy a cherished mountain; and a small-scale goat farmer in Montana joining hands with the local Cheyenne community to oppose a bevy of fossil fuel projects, including a tar sands pipeline, a shale oil project, and a new coal mine.

Klein implies that climate change underlies and connects these geographically diverse protests. But that’s partly an artifact of the examples Klein chose, and partly a misreading of the protestors’ motives: what has really driven these communities to resist is not climate change, but a deeply-felt desire to maintain their traditional way of life and to protect land that is sacred to them. A woman in Halkidiki expresses it this way: “we are one with this mountain; we won’t survive without it.” At its heart, the threat that all of these communities face doesn’t stem from fossil fuels, but from a voracious economic system that will sacrifice them and the land they cherish for the sake of profit and growth.

The choice of Halkidiki as an example actually undermines Klein’s construct, since the proposed mine has nothing directly to do with fossil fuels. It does, however, have everything to do with a global economy that runs on growth, corporate profit, and – as Greece knows only too well – debt. So it is with all the other examples in the film.

Klein’s narrative would have been derailed if she profiled the indigenous Zapotec communities of Oaxaca as a Blockadia example: they fit the bill in every respect other than the fact that it’s renewable energy corporations, not fossil fuel corporations, they are trying to block. Similarly, Klein’s argument would have suffered if she visited villagers in India who are threatened not by a coal-fired power plant, but by one of India’s regulation-free corporate enclaves known as “special economic zones”. These, too, have sparked protests and police violence against villagers: in Nandigram in West Bengal, 14 villagers were killed trying to keep their way of life from being eliminated, their lands turned into another outpost of an expanding global economy.

And while the tar sands region is undeniably an ecological disaster, it bears many similarities to the huge toxic lake on what was once pastureland in Baotou, on the edge of China’s Gobi Desert. The area is the source of nearly two-thirds of the world’s rare earth metals – used in almost every high-tech gadget (as well as in the magnets needed for electric cars and industrial wind turbines). The mine tailings and effluent from the many factories processing these metals have created an environmental disaster of truly monumental proportions: the BBC describes it as “the worst place on earth”. A significant shrinking of global consumer demand would help reduce Baotou’s toxic lake, but it’s hard to see how a shift to renewable energy would.

Too often, climate change has been used as a Trojan horse to enable corporate interests to despoil local environments or override the concerns of local communities. Klein acknowledges this in her book: by viewing climate change only on a global scale, she writes, we end up ignoring “people with attachments to particular pieces of land with very different ideas about what constitutes a ‘solution’. This chronic forgetfulness is the thread that unites so many fateful policy errors of recent years … [including] when policymakers ram through industrial-scale wind farms and sprawling… solar arrays without local participation or consent.” But this warning is conspicuously absent from the film.

Klein’s premise is that climate change is the one issue that can unite people globally for economic change, but there’s a more strategic way to look at it. What we face is not only a climate crisis but literally hundreds of potentially devastating crises: there’s the widening gap between rich and poor, islands of plastic in the oceans, depleted topsoil and groundwater, a rise in fundamentalism and terror, growing piles of toxic and nuclear waste, the gutting of local communities and economies, the erosion of democracy, the epidemic of depression, and many more. Few of these can be easily linked to climate change, but all of them can be traced back to the global economy.

This point is made by Helena Norberg-Hodge, founder of Local Futures, who explains how a scaling-down of the corporate-led global economy and a strengthening of diverse, localized economies would simultaneously address all of the most serious problems we face – including climate change. For this reason, what Norberg-Hodge calls ‘big picture activism’ has the potential to unite climate change activists, small farmers, peace advocates, environmentalists, social justice groups, labor unions, indigenous rights activists, main street business owners, and many more under a single banner. If all these groups connect the dots to see the corporate-led economy as a root cause of the problems they face, it could give rise to a global movement powerful enough to halt the corporate juggernaut.

And that really could change everything.

Also see: : Oaxaca on this blog, and “Exploitation and destruction: some things to know about industrial wind power

November 14, 2015

I stand with the trees and watch with the raptors.

Our friends at AWEO.org received a not untypically incoherent letter of complaint recently, which they haved shared with your editor. It came from Alabama, but I do not publish the author’s name, instead encouraging him to stop misdirecting his own energies, both negative and positive.
You could more effectively direct your energies to environmental and health consequences of millions of acres of oceans, atmosphere polluted by nuclear radiation and from fossil coal, and oil burning which is killing entire forests, poisoning sea life, and manifests health conseuqences for hundreds of millions if not billions of populations who can barely breathe in cities choked with pollution.

I stand with the trees and the raptors.

Your ignorance of the inetivable course of humanity in its greed for energy is an outrage. Complaining that governments waste money or that wind power engineering in its inefficiencies and pre-maturity or unsightlyness should be stopped in its tracks; pretending to prevent exploit of secondary 'renewable', in fact inexhaustible, solar wind and wave power would condemn centuries of windmills which have proven their utility and innocence for generations.

Soon the spectre of your poor ignorance will be redundant. Meso-scale changes in global weather perhaps even completely uncorrelated with the burning of dinosaurs and biomass which you prefer to ignore are forecast to endanger significant proportion of global populations living near seacoasts, and diminish those winds which, if properly exploited, might provide some glimmer of an alternative for the energy needs of billions on this planet.

Enjoy the weather.
AWEO replied as follows, and after several days have not received a reply in turn.
You claim to stand with the trees and the raptors, yet you would have the former leveled and the latter decimated to build enough wind towers to provide any meaningful fraction of our electricity needs — and only when the wind happens to be blowing in the right direction at the right speed, and never mind our other energy needs.

Obviously our efforts should be directed at cleaning up and reducing our actual energy use, not at pretending to provide alternatives that remain and ever will remain sideshows at best. But worse, they are sideshows increasingly destructive of landscape and wild habitat, as well as costly wastes of resources.

April 4, 2015

Conservation vs. Climate Change

As long as mitigating climate change trumps all other environmental concerns, no landscape on earth is safe. … Only an appreciation of nature as a collection of specific threatened habitats, rather than as an abstract thing that is “dying,” can avert the complete denaturing of the world.

By Jonathan Franzen, “The Other Cost of Climate Change”, The New Yorker, April 6, 2015

Last September, as someone who cares more about birds than the next man, I was following the story of the new stadium that the Twin Cities are building for their football Vikings. The stadium’s glass walls were expected to kill thousands of birds every year, and local bird-lovers had asked its sponsors to use a specially patterned glass to reduce collisions; the glass would have raised the stadium’s cost by one tenth of one per cent, and the sponsors had balked. Around the same time, the National Audubon Society issued a press release declaring climate change “the greatest threat” to American birds and warning that “nearly half ” of North America’s bird species were at risk of losing their habitats by 2080. Audubon’s announcement was credulously retransmitted by national and local media, including the Minneapolis Star Tribune, whose blogger on bird-related subjects, Jim Williams, drew the inevitable inference: Why argue about stadium glass when the real threat to birds was climate change? In comparison, Williams said, a few thousand bird deaths would be “nothing.”

I was in Santa Cruz, California, and already not in a good mood. The day I saw the Williams quote was the two hundred and fifty-fourth of a year in which, so far, sixteen had qualified as rainy. To the injury of a brutal drought came the daily insult of radio forecasters describing the weather as beautiful. It wasn’t that I didn’t share Williams’s anxiety about the future. What upset me was how a dire prophecy like Audubon’s could lead to indifference toward birds in the present.

Maybe it’s because I was raised as a Protestant and became an environmentalist, but I’ve long been struck by the spiritual kinship of environmentalism and New England Puritanism. Both belief systems are haunted by the feeling that simply to be human is to be guilty. In the case of environmentalism, the feeling is grounded in scientific fact. Whether it’s prehistoric North Americans hunting the mastodon to extinction, Maori wiping out the megafauna of New Zealand, or modern civilization deforesting the planet and emptying the oceans, human beings are universal killers of the natural world. And now climate change has given us an eschatology for reckoning with our guilt: coming soon, some hellishly overheated tomorrow, is Judgment Day. Unless we repent and mend our ways, we’ll all be sinners in the hands of an angry Earth.

I’m still susceptible to this sort of puritanism. Rarely do I board an airplane or drive to the grocery store without considering my carbon footprint and feeling guilty about it. But when I started watching birds, and worrying about their welfare, I became attracted to a countervailing strain of Christianity, inspired by St. Francis of Assisi’s example of loving what’s concrete and vulnerable and right in front of us. I gave my support to the focussed work of the American Bird Conservancy and local Audubon societies. Even the most ominously degraded landscape could make me happy if it had birds in it.

And so I came to feel miserably conflicted about climate change. I accepted its supremacy as the environmental issue of our time, but I felt bullied by its dominance. Not only did it make every grocery-store run a guilt trip; it made me feel selfish for caring more about birds in the present than about people in the future. What were the eagles and the condors killed by wind turbines compared with the impact of rising sea levels on poor nations? What were the endemic cloud-forest birds of the Andes compared with the atmospheric benefits of Andean hydroelectric projects?

A hundred years ago, the National Audubon Society was an activist organization, campaigning against wanton bird slaughter and the harvesting of herons for their feathers, but its spirit has since become gentler. In recent decades, it’s been better known for its holiday cards and its plush-toy cardinals and bluebirds, which sing when you squeeze them. When the organization shifted into Jonathan Edwards mode, last September, I wondered what was going on.

In rolling out its climate-change initiative, Audubon alluded to the “citizen science data” it had mobilized, and to a “report,” prepared by its own scientists, that justified its dire predictions. Visitors to its updated Web site were treated to images of climate-imperilled species, such as the bald eagle, and asked to “take the pledge” to help save them. The actions that Audubon suggested to pledge-takers were gentle stuff—tell your stories, create a bird-friendly yard—but the Web site also offered a “Climate Action Pledge,” which was long and detailed and included things like replacing your incandescent light bulbs with lower-wattage alternatives.

The climate-change report was not immediately available, but from the Web site’s graphics, which included range maps of various bird species, it was possible to deduce that the report’s method involved a comparison of a species’ present range with its predicted range in a climate-altered future. When there was broad overlap between the two ranges, it was assumed that the species would survive. When there was little or no overlap, it was assumed that the species would be caught between an old range that had grown inhospitable to it and a new range in which the habitat was wrong, and would be at risk of disappearing.

This kind of modelling can be useful, but it’s fraught with uncertainties. A species may currently breed in a habitat with a particular average temperature, but this doesn’t mean that it couldn’t tolerate a higher temperature, or that it couldn’t adapt to a slightly different habitat farther north, or that the more northerly habitat won’t change as temperatures rise. North American species in general, having contended with blazing July days and frosty September nights as they evolved, are much more tolerant of temperature fluctuations than tropical species are. Although, in any given place, some familiar back-yard birds may have disappeared by 2080, species from farther south are likely to have moved in to take their place. North America’s avifauna may well become more diverse.

The bald eagle was an especially odd choice of poster bird for Audubon’s initiative. The species nearly became extinct fifty years ago, before DDT was banned. The only reason we can worry about its future today is that the public—led by the then energetic Audubon—rallied around an immediate threat to it. The eagle’s plight was a primary impetus for the Endangered Species Act of 1973, and the eagle is one of the act’s great success stories. Once its eggs were no longer weakened by DDT, its population and range expanded so dramatically that it was removed from the endangered-species list in 2007. The eagle rebounded because it’s a resilient and resourceful bird, a generalist hunter and scavenger, capable of travelling large distances to colonize new territory. It’s hard to think of a species less liable to be trapped by geography. Even if global warming squeezes it entirely out of its current summer and winter ranges, the melting of ice in Alaska and Canada may actually result in a larger new range.

But climate change is seductive to organizations that want to be taken seriously. Besides being a ready-made meme, it’s usefully imponderable: while peer-reviewed scientific estimates put the annual American death toll of birds from collisions and from outdoor cats at more than three billion, no individual bird death can be definitively attributed to climate change (since local and short-term weather patterns have nonlinear causes). Although you could demonstrably save the lives of the birds now colliding with your windows or being killed by your cats, reducing your carbon footprint even to zero saves nothing. Declaring climate change bad for birds is therefore the opposite of controversial. To demand a ban on lead ammunition (lead poisoning is the foremost cause of California condor deaths) would alienate hunters. To take an aggressive stand against the overharvesting of horseshoe crabs (the real reason that the red knot, a shorebird, had to be put on the list of threatened U.S. species this winter) might embarrass the Obama Administration, whose director of the Fish and Wildlife Service, in announcing the listing, laid the blame for the red knot’s decline primarily on “climate change,” a politically more palatable culprit. Climate change is everyone’s fault—in other words, no one’s. We can all feel good about deploring it.

There’s no doubt that the coming century will be a tough one for wild animals. But, for countless species, including almost all of North America’s birds, the threat is not direct. The responses of birds to acute climatic stress are not well studied, but birds have been adapting to such stresses for tens of millions of years, and they’re surprising us all the time—emperor penguins relocating their breeding grounds as the Antarctic ice melts, tundra swans leaving the water and learning to glean grains from agricultural fields. Not every species will manage to adapt. But the larger and healthier and more diverse our bird populations are, the greater the chances that many species will survive, even thrive. To prevent extinctions in the future, it’s not enough to curb our carbon emissions. We also have to keep a whole lot of wild birds alive right now. We need to combat the extinctions that are threatened in the present, work to reduce the many hazards that are decimating North American bird populations, and invest in large-scale, intelligently conceived conservation efforts, particularly those designed to allow for climate change. These aren’t the only things that people who care about birds should be doing. But it only makes sense not to do them if the problem of global warming demands the full resources of every single nature-loving group.

A little tragicomedy of climate activism is its shifting of goalposts. Ten years ago, we were told that we had ten years to take the kind of drastic actions needed to prevent global temperatures from rising more than two degrees Celsius in this century. Today we hear, from some of the very same activists, that we still have ten years. In reality, our actions now would need to be even more drastic than they would have ten years ago, because further gigatons of carbon have accumulated in the atmosphere. At the rate we’re going, we’ll use up our entire emissions allowance for the century before we’re even halfway through it. Meanwhile, the actions that many governments now propose are less drastic than what they proposed ten years ago.

A book that does justice to the full tragedy and weird comedy of climate change is “Reason in a Dark Time,” by the philosopher Dale Jamieson. Ordinarily, I avoid books on the subject, but a friend recommended it to me last summer, and I was intrigued by its subtitle, “Why the Struggle Against Climate Change Failed—And What It Means for Our Future”; by the word “failed” in particular, the past tense of it. I started reading and couldn’t stop.

Jamieson, an observer and participant at climate conferences since the early nineties, begins with an overview of humanity’s response to the largest collective-action problem it has ever faced. In the twenty-three years since the Rio Earth Summit, at which hopes for a global agreement ran high, not only have carbon emissions not decreased; they’ve increased steeply. In Copenhagen, in 2009, President Obama was merely ratifying a fait accompli when he declined to commit the United States to binding targets for reductions. Unlike Bill Clinton, Obama was frank about how much action the American political system could deliver on climate change: none. Without the United States, which is the world’s second-largest emitter of greenhouse gases, a global agreement isn’t global, and other countries have little incentive to sign it. Basically, America has veto power, and we’ve exercised it again and again.

The reason the American political system can’t deliver action isn’t simply that fossil-fuel corporations sponsor denialists and buy elections, as many progressives suppose. Even for people who accept the fact of global warming, the problem can be framed in many different ways—a crisis in global governance, a market failure, a technological challenge, a matter of social justice, and so on—each of which argues for a different expensive solution. A problem like this (a “wicked problem” is the technical term) will frustrate almost any country, and particularly the United States, where government is designed to be both weak and responsive to its citizens. Unlike the progressives who see a democracy perverted by moneyed interests, Jamieson suggests that America’s inaction on climate change is the result of democracy. A good democracy, after all, acts in the interests of its citizens, and it’s precisely the citizens of the major carbon-emitting democracies who benefit from cheap gasoline and global trade, while the main costs of our polluting are borne by those who have no vote: poorer countries, future generations, other species. The American electorate, in other words, is rationally self-interested. According to a survey cited by Jamieson, more than sixty per cent of Americans believe that climate change will harm other species and future generations, while only thirty-two per cent believe that it will harm them personally.

Shouldn’t our responsibility to other people, both living and not yet born, compel us to take radical action on climate change? The problem here is that it makes no difference to the climate whether any individual, myself included, drives to work or rides a bike. The scale of greenhouse-gas emissions is so vast, the mechanisms by which these emissions affect the climate so nonlinear, and the effects so widely dispersed in time and space that no specific instance of harm could ever be traced back to my 0.0000001-per-cent contribution to emissions. I may abstractly fault myself for emitting way more than the global per-capita average. But if I calculate the average annual quota required to limit global warming to two degrees this century I find that simply maintaining a typical American single-family home exceeds it in two weeks. Absent any indication of direct harm, what makes intuitive moral sense is to live the life I was given, be a good citizen, be kind to the people near me, and conserve as well as I reasonably can.

Jamieson’s larger contention is that climate change is different in category from any other problem the world has ever faced. For one thing, it deeply confuses the human brain, which evolved to focus on the present, not the far future, and on readily perceivable movements, not slow and probabilistic developments. (When Jamieson notes that “against the background of a warming world, a winter that would not have been seen as anomalous in the past is viewed as unusually cold, thus as evidence that a warming is not occurring,” you don’t know whether to laugh or to cry for our brains.) The great hope of the Enlightenment—that human rationality would enable us to transcend our evolutionary limitations—has taken a beating from wars and genocides, but only now, on the problem of climate change, has it foundered altogether.

I’d expected to be depressed by “Reason in a Dark Time,” but I wasn’t. Part of what’s mesmerizing about climate change is its vastness across both space and time. Jamieson, by elucidating our past failures and casting doubt on whether we’ll ever do any better, situates it within a humanely scaled context. “We are constantly told that we stand at a unique moment in human history and that this is the last chance to make a difference,” he writes in his introduction. “But every point in human history is unique, and it is always the last chance to make some particular difference.”

This was the context in which the word “nothing,” applied to the difference that some Minnesotan bird-lovers were trying to make, so upset me. It’s not that we shouldn’t care whether global temperatures rise two degrees or four this century, or whether the oceans rise twenty inches or twenty feet; the differences matter immensely. Nor should we fault any promising effort, by foundations or N.G.O.s or governments, to mitigate global warming or adapt to it. The question is whether everyone who cares about the environment is obliged to make climate the overriding priority. Does it make any practical or moral sense, when the lives and the livelihoods of millions of people are at risk, to care about a few thousand warblers colliding with a stadium?

To answer the question, it’s important to acknowledge that drastic planetary overheating is a done deal. Even in the nations most threatened by flooding or drought, even in the countries most virtuously committed to alternative energy sources, no head of state has ever made a commitment to leaving any carbon in the ground. Without such a commitment, “alternative” merely means “additional”—postponement of human catastrophe, not prevention. The Earth as we now know it resembles a patient whose terminal cancer we can choose to treat either with disfiguring aggression or with palliation and sympathy. We can dam every river and blight every landscape with biofuel agriculture, solar farms, and wind turbines, to buy some extra years of moderated warming. Or we can settle for a shorter life of higher quality, protecting the areas where wild animals and plants are hanging on, at the cost of slightly hastening the human catastrophe. One advantage of the latter approach is that, if a miracle cure like fusion energy should come along, there might still be some intact ecosystems for it to save.

Choosing to preserve nature at potential human expense would be morally more unsettling if nature still had the upper hand. But we live in the Anthropocene now—in a world ever more of our own making. Near the end of Jamieson’s chapter on ethics, he poses the question of whether it’s a good thing or a bad thing that the arcadian Manhattan of 1630, lushly forested and teeming with fish and birds, became the modern Manhattan of the High Line and the Metropolitan Museum. People will give different answers. The point is that the change occurred and can’t be undone, as global warming can’t be undone. We were bequeathed a world of goods and bads by our forebears, and we’ll bequeath a world of different goods and bads to our descendants. We’ve always been not only universal despoilers but brilliant adapters; climate change is just the same old story writ larger. The only self-inflicted existential threat to our species is nuclear war.

The story that is genuinely new is that we’re causing mass extinctions. Not everyone cares about wild animals, but the people who consider them an irreplaceable, non-monetizable good have a positive ethical argument to make on their behalf. It’s the same argument that Rachel Carson made in “Silent Spring,” the book that ignited the modern environmental movement. Carson did warn of the dangers of pollution to human beings, but the moral center of her book was implicit in its title: Are we really O.K. with eliminating birds from the world? The dangers of carbon pollution today are far greater than those of DDT, and climate change may indeed be, as the National Audubon Society says, the foremost long-term threat to birds. But I already know that we can’t prevent global warming by changing our light bulbs. I still want to do something.

In “Annie Hall,” when the young Alvy Singer stopped doing his homework, his mother took him to a psychiatrist. It turned out that Alvy had read that the universe is expanding, which would surely lead to its breaking apart some day, and to him this was an argument for not doing his homework: “What’s the point?” Under the shadow of vast global problems and vast global remedies, smaller-scale actions on behalf of nature can seem similarly meaningless. But Alvy’s mother was having none of it. “You’re here in Brooklyn!” she said. “Brooklyn is not expanding!” It all depends on what we mean by meaning.

Climate change shares many attributes of the economic system that’s accelerating it. Like capitalism, it is transnational, unpredictably disruptive, self-compounding, and inescapable. It defies individual resistance, creates big winners and big losers, and tends toward global monoculture—the extinction of difference at the species level, a monoculture of agenda at the institutional level. It also meshes nicely with the tech industry, by fostering the idea that only tech, whether through the efficiencies of Uber or some masterstroke of geoengineering, can solve the problem of greenhouse-gas emissions. As a narrative, climate change is almost as simple as “Markets are efficient.” The story can be told in fewer than a hundred and forty characters: We’re taking carbon that used to be sequestered and putting it in the atmosphere, and unless we stop we’re fucked.

Conservation work, in contrast, is novelistic. No two places are alike, and no narrative is simple. When I travelled to Peru last November to see the work of a Peruvian-American partnership, the Amazon Conservation Association, my first stop was at a small indigenous community in the highlands east of Cuzco. With Amazon Conservation’s help, the community is reforesting Andean slopes, suppressing forest fires, and developing a business in a local legume called tarwi, which can thrive on degraded land and is popular enough in Cuzco to be profitable. In an old and dusty and dirt-floored building, women from the community served me a lunch of tarwi stew and dense, sweet tarwi bread. After lunch, in a neighboring courtyard, I toured a nursery of native tree saplings that the community will hand-plant on steep slopes, to fight erosion and improve local water quality. I then visited a nearby community that has pledged to leave its forested land intact and is operating an experimental organic farm. The scale of the farm is small, but to the community it means clear streams and self-sustenance, and to Amazon Conservation it represents a model for other communities. The regional and municipal governments have money from petroleum and mining royalties, and could spend it revitalizing the highlands according to the model. “We’re not jealous,” Amazon Conservation’s Peruvian director, Daniela Pogliani, told me. “If the government wants to take our ideas and take the credit, we have no problem with it.”

In an era of globalism of every sort, a good conservation project has to meet new criteria. The project has to be large, because biodiversity won’t survive in a habitat fragmented by palm-oil plantations or gas drilling. The project has to respect and accommodate the people already living in and around it. (Carbon emissions have rendered meaningless the ideal of a wilderness untouched by man; the new ideal is “wildness,” which is measured not by isolation from disturbance but by the diversity of organisms that can complete their life cycles.) And the project needs to be resilient with respect to climate change, either by virtue of its size or by incorporating altitudinal gradients or multiple microclimates.

The highlands are important to the Amazon because they’re a source of its water and because, as the planet heats up, lower-elevation species will shift their ranges upslope. The focal point for Amazon Conservation is Peru’s ManĂş National Park, a swath of lower-elevation rain forest larger than Connecticut. The park, which is home to indigenous groups that shun contact with the outside world, has full legal protection from encroachment, but illegal encroachment is endemic in the parks of tropical countries. What Amazon Conservation is attempting to do for ManĂş, besides expanding its upslope potential and protecting its watershed, is to strengthen the buffer on the flanks of the park, which are threatened by logging, slash-and-burn farming, and a boom in wildcat gold mining in the region of Madre de Dios. The project aspires to be a protective belt of small reserves, self-sustaining community lands, and larger conservation “concessions” on state-owned land.

On the fifty-five-mile road down from the highlands, it’s possible to see nearly six hundred species of bird. The road follows an ancient track once used to transport coca leaves from the lowlands to pre-Columbian highland civilizations. On trails near the road, Amazon Conservation researchers peaceably coexist with modern-day coca traffickers. The road bottoms out near Villa Carmen, a former hacienda that now has an educational center, a lodge for ecotourists, and an experimental farm where a substance called biochar is being tested. Biochar, which is manufactured by kiln-burning woody refuse and pulverizing the charred result, allows carbon to be sequestered in farm fields and is a low-cost way to enrich poor soil. It offers local farmers an alternative to slash-and-burn agriculture, wherein forest is destroyed for cropland, the soil is quickly exhausted, and more forest has to be destroyed. Even a wealthy country like Norway, seeking to offset its carbon emissions and to assuage its guilt, can’t save a rain forest simply by buying up land and putting a fence around it, because no fence is strong enough to resist social forces. The way to save a forest is to give the people who live in it alternatives to cutting it down.

At the indigenous village of Santa Rosa de Huacaria, near Villa Carmen, the community’s cacique, Don Alberto, gave me a tour of the fish farm and fish hatchery that Amazon Conservation has helped it develop. Large-scale fish farming is ecologically problematic in other parts of the world, but smaller-scale operations in the Amazon, using native fish species, are among the most sustainable and least destructive sources of animal protein. Huacaria’s operation provides meat for its thirty-nine families and surplus fish that it can sell for cash. Over lunch—farmed paco fire-roasted with yucca inside segments of bamboo, with heliconia-leaf plugs at each end—Don Alberto held forth movingly on the effects of climate change that he’d seen in his lifetime. The sun felt hotter now, he said. Some of his people had developed skin cancer, unheard of in the past, and the larvae of a palm-tree parasite, which the community had traditionally eaten to control diabetes and stimulate their immune systems, had vanished. Nevertheless, he was committed to the forest. Amazon Conservation is helping the community expand its land title and develop its own partnership with the national park. Don Alberto told me that a natural-medicine company had offered him a retainer and a jet in which to fly around the world and lecture on traditional healing, and that he’d turned it down.

The most striking thing about Amazon Conservation’s work is the smallness of its constituent parts. There are the eight female paco from which a season’s worth of eggs are taken, the humbleness of the plastic tanks in which the hatchlings live. There are the conical piles of dirt that highland women sit beside and fill short plastic tubes in which to plant tree seedlings. There are the simple wooden sheds that Amazon Conservation builds for indigenous Brazil-nut harvesters to shelter the nuts from rain, and that can make the difference between earning a living income and having to cut or leave the forest. And there is the method for taking a bird census in a lowland forest: you walk a hundred metres, stopping to look and listen, and then walk another hundred metres. At every turn, the smallness contrasts with the vastness of climate-change projects—the mammoth wind turbines, the horizon-reaching solar farms, the globe-encircling clouds of reflective particles that geoengineers envision. The difference in scale creates a difference in the kind of meaning that actions have for the people performing them. The meaning of climate-related actions, because they produce no discernible result, is necessarily eschatological; they refer to a Judgment Day we’re hoping to postpone. The mode of meaning of conservation in the Amazon is Franciscan: you’re helping something you love, something right in front of you, and you can see the results.

In much the way that developed nations, having long contributed disproportionately to carbon emissions, now expect developing nations to share the burden of reducing them, the rich but biotically poor countries of Europe and North America need tropical countries to do the work of safeguarding global biodiversity. Many of these countries are still recovering from colonialism, however, and have more urgent troubles. Very little of the deforestation of the Brazilian Amazon, for example, is being done by wealthy people. The deforesters are poor families displaced from more fecund regions where capital-intensive agribusinesses grow soybeans for Chinese tofu and eucalyptus pulp for American disposable diapers. The gold-mining boom in Madre de Dios is not only an ecological catastrophe but a human disaster, with widespread reports of mercury poisoning and human trafficking, but Peruvian state and federal governments have yet to put an end to it, because the miners make much better money than they could in the impoverished regions from which they’ve emigrated. Besides tailoring its work to the needs and capacities of local people, a group like Amazon Conservation has to negotiate an extremely complicated political landscape.

Continue reading …

April 3, 2015

Wind energy saves 0.077% of California’s water

The trade lobby American Wind Energy Association has asserted that “wind energy saves 2.5 billion gallons of water annually in drought-parched California”, which is “around 65 gallons per person in the state (200 gallons per household)”. With the state now requiring households to reduce their water use by 25%, “wind energy’s water savings are therefore equivalent to what would be saved by nearly one week’s worth of the required reductions for a typical household”.

Nearly 1 week! That’s nearly 2%! Of household use — which represents only 4% of the total water use in California!

In short, wind energy theoretically (the displacement of water use by thermal plants is far from the simple one-for-one picture that AWEA implies) “saves” less than eight 100ths of one percent of California’s water.

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The relatively small, albeit mostly unnecessary (almost all of it representing lawn watering), residential use not only illustrates the absurdity of AWEA’s boast, it also underscores the futility of the state’s emergency measures.

Here is the breakdown by sector of California’s water use in 2012, according to the Pacific Institute.


As one can see, besides the small amount used for lawn watering, there is another completely unnecessary use, but this one accounts for almost half of the total: meat and dairy: 47% of California’s water use.

What about almonds, it’s been hysterically asked?

Yes, among the plant crops, water use for almonds is highest, just above rice. And just above residential use in 2012. From 2012 to 2014, almond growing expanded by less than 5%. In other words, almonds are hardly the cause of the drought. It should also be noted that all nut crops (e.g., walnuts and pistachios, as well as almonds) use a lot of water. It’s because California grows more than 80% of the world’s almonds that the latter represents such a large proportion.


And again one sees the picture dominated by far by one culprit: the crops to feed meat and dairy animals: using almost 10 times as much water in California as almonds. As the Water Footprint Network has stated, “The water footprint of any animal product is larger than the water footprint of a wisely chosen crop product with equivalent nutritional value.”

March 29, 2015

The Lie of “100% Renewable”

It’s been recently reported that Georgetown “plans to be the first city in Texas entirely powered by renewable energy”. Of course, “plans to be” is a long way from “is”, but the first problem in most such reports is that they are talking only about electrical energy. Other energy consumption, such as for heating and transport, is not affected, so it is misleading indeed to say “entirely powered by renewable energy”.

Earlier this year, it was more accurately reported that the city of Burlington, Vermont, “became the first in the country to use 100 percent renewable energy for its residents’ electricity needs”. The news was further spread with far less care (and predictably) as, e.g., “the first city in the U.S. to be powered 100 percent by renewables”. Again, it is about electricity only, which is only about a third of our overall energy use. (Note should also be taken of the qualifier of “residents’ needs”: The University of Vermont, for example, is not included in this accounting.)

Even stated accurately, however, it remains misleading. Georgetown will be purchasing wind and solar power from faraway facilities. That means that they will in fact be using the same electricity on the grid as neighboring towns. The decision was strictly financial, not because wind and solar are cheaper, but because the country as a whole subsidizes them and the required new powerlines so that they can sell the power relatively cheaply. Furthermore, for Georgetown to find the price particularly attractive, as well as considering their non-ideological view, they will probably not be buying the Enron-invented “renewable energy credits”, i.e., they will not actually have the “right” to claim the purchase as “renewable”. (Instead, someone else, who also gets the same electricity from the grid as everyone else, will buy the RECs to claim the “green credit”.)

Sale of RECs also benefits Burlington, which sells them for its woodchip-fired plant and their ownership of wind plants in Georgia and Sheffield. Technically, they can therefore no longer claim that electricity themselves as “renewable”, although they account for almost two-thirds of the city’s electricity. As Burlington Electric itself shows, in 2013, ignoring their selling of RECs, 95% of their electricity was renewably sourced. After selling the RECs, that percentage dropped to 39%. And 67% of that was represented by the purchase of RECs.

Again, everything these cities do not generate themselves is taken from the regional grid, a pool of electrical energy that does not distinguish among its many sources. Georgetown will be using the same electricity as its “nonrenewable” neighbors. Burlington generates about half of its own electricity from wood chips, a little hydro, and negligible solar and wind. The rest is from the same pool as its “less renewable” neighbors.

And besides the charade of exclusive claims on renewable electricity that everyone shares equally on the grid, electricity is itself only about a third of their total energy use.

January 28, 2015

Meet climate targets by halving beef and lamb consumption

Rather than filling the world’s open spaces with giant wind turbines, paving them with solar panels (and access roads and substations and powerlines), and building 1000's of nuclear reactors, this article from The Telegraph notes that cutting beef and lamb consumption by half would more effectively reduce greenhouse gas emissions.

Cutting global beef consumption and eating chicken instead would do more to tackle climate change than building two million onshore wind turbines and 2,000 nuclear reactors, according to Government analysis.

Cows and sheep are so bad for the environment that switching just half the beef and lamb in an average diet to pork and poultry could enable the world to hit its global warming targets without using any nuclear plants or wind farms at all.

The figures are drawn from a new “global calculator” online tool, launched on Wednesday by the Department of Energy and Climate Change (DECC). ...

Most expert analyses show a vast expansion of low-carbon technologies including wind farms and nuclear plants to replace fossil fuels is likely to be needed to hit the targets.

However DECC’s calculator shows that other routes could technically be feasible – if people were prepared to change their behaviour. “Making changes in our lifestyle (for example our dietary and travel choices) can significantly reduce emissions and the effort needed across other sectors,” DECC said.

According to some estimates, beef production results in five times as many harmful emissions as equivalent chicken or pork production, while using 28 times as much land for grazing that might otherwise be used for forestry to help absorb carbon.

DECC works on the more conservative assumption that beef needs four times as much space as poultry, with an area the size of a football pitch used to produce 250 kg of beef or 1,000 kg of poultry.

It assumes that if the world carries on on current trends then by 2050 the global average diet – which is likely to mask huge variations between richer and poorer nations – would include 250g of red meat a week.

Replacing 100g of that with white meat could save 29 gigatonnes of carbon dioxide equivalent a year, it calculates.

The calculation assumes the world population will have grown to 10 billion by 2050, meaning the 100g-a-week switch saves one million tonnes of beef a week. As well as avoiding emissions from those cows, it would free up 1,400 million hectares of land for forests, which help absorb emissions. ...

By contrast, if every country in the world were to build wind farms at the fastest rate possible – increasing capacity to 6,470 gigawatts, or more than two million onshore wind turbines at current spec – that would save about 12 gigatonnes of emissions a year through replacing coal, gas and oil-burning power plants.

Building nuclear reactors at the fastest rate possible, increasing from 460 plants today to 2,340 plants in 2050, could save about 8 gigatonnes a year by 2050, the calculator suggests.