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States are out of money to keep national parks safe during shutdown

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We are now 10 days into this partial government shutdown, and national parks are really feeling the hurt.

As Grist has reported, these shutdowns are not without consequences. Key scientists had holiday plans canceled and are being forced to work without pay. The Violence Against Women Act was allowed to expire. Last week, the Environmental Protection Agency ran out of money. Many communities’ disaster relief funds have been held up in political limbo. And while President Trump refuses to back down on his demand for border wall funding, holiday tourists are wreaking havoc on some of our national parks.

National Park Service staff are among the roughly 800,000 federal workers affected by the shutdown. Even though rangers are on furlough, tourists are still visiting these protected areas– with potentially disastrous consequences.

The problems go beyond a lack of toilet paper in the park potties. In Texas’ Big Bend National Park, trash is piling up, which conservationists fear could attract bears and lead to them become permanently habituated to human food. At Yellowstone National Park in Wyoming, dozens of cars were seen entering the park despite the lack of park staffing. In California’s Joshua Tree National Park, the Los Angeles Times reports that tourists have strung Christmas lights on the park’s fragile namesake trees.

“We’re seeing so much damage,” said Joe De Luca, an employee at a local mountain supply store, in an interview with the Times. “It’s a free-for-all in there. Absolutely ridiculous.”

In the days before the shutdown began, the National Parks Conservation Association, a non-profit, wrote that during the January 2018 government shutdown, there were similar incidents: “One hunter illegally killed a pregnant elk at Zion National Park when few staff were available to monitor wildlife and enforce rules. Other visitors brought snowmobiles dangerously close to the Old Faithful geyser at Yellowstone and drove off-road vehicles illegally into Joshua Tree National Park, leaving tire tracks and harming vegetation.”

Some especially impassioned locals near Joshua Tree are taking it upon themselves to empty trash receptacles and police the park for illegal activity — duties normally performed by temporarily out-of-work park staff.

A few park-heavy states, like Arizona and Utah, have dealt with the shutdown by trying to keep their parks fully staffed with state funds paid directly to the federal government. New York is footing the entire $65,000 per day bill to keep Ellis Island and the Statue of Liberty open to visitors. In Hawaii, a local non-profit is staffing Volcanoes National Park.

But today, Utah’s state funding to keep Arches, Canyonlands, and Zion National Parks running with minimal staffing ran out. Rescue services aren’t available in the parks, parts of which are very remote. The Utah Board of Tourism says only Zion will remain staffed in the new year based on funding from a non-profit organization, which will pay about $2,000 to $2,500 a day until January 5.

All the shutdown-related conservation chaos brings into sharp focus how essential park rangers are for preserving these national treasures. So once things (hopefully) get back to normal, make sure to tell one how important they are.

And, you know, keep the Christmas lights at home.

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States are out of money to keep national parks safe during shutdown

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The Trouble with Physics – Lee Smolin

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The Trouble with Physics
The Rise of String Theory, the Fall of a Science, and What Comes Next
Lee Smolin

Genre: Physics

Price: $10.99

Publish Date: September 4, 2007

Publisher: Houghton Mifflin Harcourt

Seller: OpenRoad Integrated Media, LLC


“A splendid, edifying report from the front lines of theorectical physics” ( San Francisco Chronicle ).   In this illuminating book, renowned physicist Lee Smolin argues that fundamental physics—the search for the laws of nature—is losing its way.   Ambitious ideas about extra dimensions, exotic particles, multiple universes, and strings have captured the public’s imagination—and the imagination of experts. But these ideas have not been tested experimentally, and some, like string theory, seem to offer no possibility of being tested. Even still, these speculations dominate the field, attracting the best talent and much of the funding, while creating a climate in which emerging physicists are often penalized for pursuing other avenues. The situation threatens to impede the very progress of science.   With clarity, passion, and authority, Smolin offers an unblinking assessment of the troubles that face modern physics, and an encouraging view of where the search for the next big idea may lead.   “The best book about contemporary science written for the layman that I have ever read.” — The Times (London)  

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The Trouble with Physics – Lee Smolin

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The Glass Universe – Dava Sobel

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The Glass Universe
How the Ladies of the Harvard Observatory Took the Measure of the Stars
Dava Sobel

Genre: History

Price: $1.99

Publish Date: December 6, 2016

Publisher: Penguin Publishing Group

Seller: PENGUIN GROUP USA, INC.


From #1 New York Times bestselling author Dava Sobel, t he “inspiring” ( People ), little-known true story of women’s landmark contributions to astronomy A New York Times Book Review Notable Book of 2017 Named one of the best books of the year by NPR,  The   Economist, Smithsonian, Nature,  and NPR’s   Science Friday Nominated for the PEN/E.O. Wilson Literary Science Writing Award “A joy to read.” — The Wall Street Journal In the mid-nineteenth century, the Harvard College Observatory began employing women as calculators, or “human computers,” to interpret the observations their male counterparts made via telescope each night. At the outset this group included the wives, sisters, and daughters of the resident astronomers, but soon the female corps included graduates of the new women’s colleges—Vassar, Wellesley, and Smith. As photography transformed the practice of astronomy, the ladies turned from computation to studying the stars captured nightly on glass photographic plates. The “glass universe” of half a million plates that Harvard amassed over the ensuing decades—through the generous support of Mrs. Anna Palmer Draper, the widow of a pioneer in stellar photography—enabled the women to make extraordinary discoveries that attracted worldwide acclaim. They helped discern what stars were made of, divided the stars into meaningful categories for further research, and found a way to measure distances across space by starlight. Their ranks included Williamina Fleming, a Scottish woman originally hired as a maid who went on to identify ten novae and more than three hundred variable stars; Annie Jump Cannon, who designed a stellar classification system that was adopted by astronomers the world over and is still in use; and Dr. Cecilia Helena Payne, who in 1956 became the first ever woman professor of astronomy at Harvard—and Harvard’s first female department chair. Elegantly written and enriched by excerpts from letters, diaries, and memoirs, The Glass Universe  is the hidden history of the women whose contributions to the burgeoning field of astronomy forever changed our understanding of the stars and our place in the universe.

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The Glass Universe – Dava Sobel

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Trump administration’s climate report raises new questions about nuclear energy’s future

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This story was originally published by the HuffPost and is reproduced here as part of the Climate Desk collaboration.

Call it the nuclear power industry’s thirst trap.

The United States’ aging fleet of nuclear reactors ― responsible for one-fifth of the country’s electricity and most of its low-carbon power ― has never been more necessary as policymakers scramble to shrink planet-warming emissions. Yet the plants are struggling to stay afloat, with six stations shut down in the last five years and an additional 16 reactors scheduled to close over the next decade. So far, new coal- and gas-burning facilities are replacing them.

The nuclear industry blames high maintenance costs, competition from cheaper alternatives and hostile regulators concerned about radiation disasters like the 2012 Fukushima meltdown in Japan. But the country’s most water-intensive source of electricity faces what could be an even bigger problem as climate change increases the risk of drought and taxes already crumbling water infrastructure.

That finding, highlighted in the landmark climate change report that the Trump administration released with apparent reluctance last Friday, illustrates the complex and at times paradoxical realities of anthropogenic, or human-caused, warming. It also stokes an already hot debate over the role nuclear energy should play in fighting global warming, a month after United Nations scientists warned that carbon dioxide emissions must be halved in the next 12 years to avoid cataclysmic climate change leading to at least $54 trillion in damage.

The report ― the second installment of the Fourth National Climate Assessment, a congressionally mandated update on the causes and effects of anthropogenic warming from 13 federal agencies ― devoted its entire third chapter to water contamination and depletion. Aging, deteriorating infrastructure means “water systems face considerable risk even without anticipated future climate changes,” the report states. But warming-linked droughts and drastic changes in seasonal precipitation “will add to the stress on water supplies and adversely impact water supply.”

Nearly every sector of the economy is susceptible to water system changes. And utilities are particularly at risk. In the fourth chapter, the report’s roughly 300 authors conclude, “Most U.S. power plants … rely on a steady supply of water for cooling, and operations are expected to be affected by changes in water availability and temperature increases.”

For nuclear plants, that warning is particularly grave. Reactors require 720 gallons of water per megawatt-hour of electricity they produce, according to data from the National Energy Technology Laboratory in West Virginia cited in 2012 by the magazine New Scientist. That compares with the roughly 500 gallons coal requires and 190 gallons natural gas needs to produce the same amount of electricity. Solar plants, by contrast, use approximately 20 gallons per megawatt-hour, mostly for cleaning equipment, according to the Solar Energy Industries Association, a trade group.

Nuclear plants are already vulnerable to drought. Federal regulations require plants to shut down if water in the river or lake that feeds its cooling drops below a certain level. By the end of the 2012 North American heat wave, nuclear generation fell to its lowest point in a decade, with plants operating at only 93 percent of capacity.

The availability of water is one problem, particularly for the majority of U.S. nuclear plants located far from the coasts and dependent on freshwater. Another is the temperature of the water that’s available.

Nearly half the nuclear plants in the U.S. use once-through cooling systems, meaning they draw water from a local source, cool their reactors, then discharge the warmed water into another part of the river, lake, aquifer, or ocean. Environmental regulations bar plants from releasing used water back into nature above certain temperatures. In recent years, regulators in states like New York and California rejected plant operators’ requests to pull more water from local rivers, essentially mandating the installation of costly closed-loop systems that cool and reuse cooling water.

In 2012, Connecticut’s lone nuclear power plant shut down one of its two units because the seawater used to cool the plant was too warm. The heat wave that struck Europe this summer forced utilities to scale back electricity production at nuclear plants in Finland, Germany, Sweden, and Switzerland. In France, the utility EDF shut down four reactors in one day.

“Already they’re having trouble competing against natural gas and renewable energy,” said John Rogers, a senior energy analyst at the Union of Concerned Scientists. “Add onto that high water temperatures, high air temperatures and drought. It’s just another challenge.”

But water has yet to pose an existential crisis. The U.S. Nuclear Regulatory Commission said that it considers climate change when reviewing applications for nuclear plants’ construction or operation permits and that it has never rejected one over concerns about dwindling cooling water resources.

“For plants on lakes and rivers, the basic consideration will continue to be whether or not the water level in that body is high enough to meet the conditions of the license,” said Scott Burnell, a spokesman for the Nuclear Regulatory Commission. “To this point, there have been no indications in the NRC’s analyses to suggest that plants would have to deal with the potential for the water bodies to no longer be able to fulfill their function.”

If or when that situation arises, a plant would have to propose a plan to maintain the requirements of the license, likely by reducing water intake and cutting electricity production, he said.

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There are ways to make nuclear plants more efficient with water. Closed-loop systems already cool 40 percent of the country’s reactors. For more than a decade, regulators and industry players have been discussing the feasibility of air-cooled condensers, which use electricity generated by the plant to power air conditioners that cool reactors without water. But the technology siphons roughly 7 percent of the power produced by the plant and has yet to be installed at any U.S. nuclear station, according to the industry-funded Nuclear Energy Institute.

Another approach is to use recycled water. To cool its three reactors, the Palo Verde nuclear plant in Arizona sources most of the 20,000 gallons it uses per minute from reclaimed sewage from a treatment plant near Phoenix — a technique hailed in 2016 as “a feat of engineering” amid a drought.

Breakthroughs like that could make nuclear an attractive option for powering solutions to water scarcity in the years to come, such as desalinating brackish or saltwater and moving it to drought-parched regions.

“That’s energy intensive,” said Matt Wald, a spokesman for the Nuclear Energy Institute. “If you want to do that without adding carbon emissions, you’re likely to look at nuclear power as a way to do that.”

That, however, gets to the heart of the biggest question looming over the nuclear industry: Is it, given the radioactive waste it produces, clean energy?

For the growing number of states and municipalities pledging to use 100 percent renewable energy by the middle of the century, the answer is maybe.

Hawaii became the first state to adopt a 100 percent renewable electricity rule in 2015, pledging to quit gas and coal by 2045. The law makes no mention of nuclear, probably because the archipelago state has no reactors and requires a minimum two-thirds vote from both houses of the legislature to approve the construction of a nuclear plant or radioactive waste site.

The 100 percent clean electricity bill that California passed in August mandates that the state generate 60 percent of its electricity from renewables like wind and solar by 2030. But it gives regulators another 15 years after that to complete the overhaul with energy sources considered nonrenewable, including nuclear power, large hydropower dams, and gas-fired power plants that capture and store emissions.

statute that Atlanta passed in June to get the city to 100 percent clean electricity by 2035 is vague, listing nuclear as a source of clean energy but vowing to get all its power from renewables.

For the Sierra Club, the environmental giant making a huge push to get cities and states to go all renewable, nuclear power is “a uniquely dangerous energy technology for humanity” and “no solution to climate change.”

“There’s no reason to keep throwing good money after bad on nuclear energy,” Lauren Lantry, a Sierra Club spokeswoman, said by email. “It’s clear that every dollar spent on nuclear is one less dollar spent on truly safe, affordable, and renewable energy sources like wind, solar, energy efficiency, battery storage, and smart grid technology.”

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Trump administration’s climate report raises new questions about nuclear energy’s future

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Endless Universe – Paul J. Steinhardt & Neil Turok

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Endless Universe
Beyond the Big Bang
Paul J. Steinhardt & Neil Turok

Genre: Science & Nature

Price: $1.99

Publish Date: May 29, 2007

Publisher: Crown/Archetype

Seller: Penguin Random House LLC


Two world-renowned scientists present an audacious new vision of the cosmos that “steals the thunder from the Big Bang theory.” — Wall Street Journal The Big Bang theory—widely regarded as the leading explanation for the origin of the universe—posits that space and time sprang into being about 14 billion years ago in a hot, expanding fireball of nearly infinite density. Over the last three decades the theory has been repeatedly revised to address such issues as how galaxies and stars first formed and why the expansion of the universe is speeding up today. Furthermore, an explanation has yet to be found for what caused the Big Bang in the first place. In Endless Universe , Paul J. Steinhardt and Neil Turok, both distinguished theoretical physicists, present a bold new cosmology. Steinhardt and Turok “contend that what we think of as the moment of creation was simply part of an infinite cycle of titanic collisions between our universe and a parallel world” ( Discover ). They recount the remarkable developments in astronomy, particle physics, and superstring theory that form the basis for their groundbreaking “Cyclic Universe” theory. According to this theory, the Big Bang was not the beginning of time but the bridge to a past filled with endlessly repeating cycles of evolution, each accompanied by the creation of new matter and the formation of new galaxies, stars, and planets. Endless Universe provides answers to longstanding problems with the Big Bang model, while offering a provocative new view of both the past and the future of the cosmos.  It is a “theory that could solve the cosmic mystery” ( USA Today ).

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Endless Universe – Paul J. Steinhardt & Neil Turok

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How Harvard’s investments exacerbate global land and water conflicts

In late May, an open letter appeared on Medium penned by Kat Taylor, an overseer of Harvard’s investment fund. Taylor was resigning her position in protest because portions of the university’s multi-billion-dollar endowment have gone to “land purchases that may not respect indigenous rights” and “water holdings that threaten the human right to water.”

“We should and would be horrified to find out that Harvard investments are actually funding some of the pernicious activities against which our standout academic leadership rails,” she wrote.

A similar letter appeared in 2014, this time written by an international group of leaders from civil society organizations, like the Croatan Institute and the Global Forest Coalition. “Four decades ago, Harvard was in fact a leader in the movement for more responsible institutional investment,” the coalition wrote. “Today Harvard can no longer claim to play such a role.”

Harvard began investing in farmland in the aftermath of the world food price crisis in 2007, which made agricultural land desirable, and the financial crisis in 2008, which increased the appeal of more tangible assets. In the subsequent decade, the Harvard Management Company, as the school’s investment arm is known, has purchased large swaths of farmland in Brazil, South Africa, Russia, the Ukraine, New Zealand, Australia, and the U.S.

The elite university has quietly become one of the largest owners of farmland in the world, according to a new report by GRAIN, an international nonprofit supporting small farmers, and Brazil-based Rede Social de Justiça e Direitos Humanos (Social Network for Justice and Human Rights). The investigation found that Harvard’s estimated 1 billion dollars of investments are often made without due diligence or respect for the people who have lived for generations on the land it acquired.

“This is a really tough document to read about essentially how Harvard has blood on its hands,” says Keisha-Khan Perry, a professor of Africana studies at Brown whose research focuses on black social movements and land rights within the Americas.

The report extensively documents many Harvard-financed land acquisitions that directly led to the devastation of indigenous peoples, the creation of internal refugees, and the destruction of sacred and ecologically important areas. Among numerous examples: Harvard’s investors acquired several South African farms. Post-apartheid land reforms had granted property rights to black workers who once worked the land and their families. After taking over these parcels in 2011, Harvard put in place farm managers who restricted those families’ rights, including for grazing their cattle and accessing family burial sites. The managers also imposed a system of penalties that could result in the expulsion of a family if any of its members disobeyed the restrictions.

Perry notes that the school’s large-scale investments in indigenous land — which she says is part of a broader phenomenon known as “land grabbing” — can contribute to ecological degradation, land conflicts, and even warfare. “It’s almost like investing in gold in Sierra Leone, or oil in Nigeria, or diamonds on South Africa,” she explains.

A Harvard Management Company spokesperson, Patrick McKiernan, pushed back against characterizations like the ones made by Perry and the new report. “Harvard Management Company focuses on environmental, social, and governance matters for all of its investments, to ensure long-term value for both the asset and the communities in which we invest,” he wrote to Grist. “This commitment to responsible investing involves working with relevant constituents, including local authorities, to address any issues that arise during our investment, even if they predate HMC’s involvement.”

Harvard’s most extensive and conflict-ridden land acquisitions have occurred in Brazil. The university acquired nearly 300,000 hectares of land in the Cerrado, the world’s most biodiverse savannah that’s home to 80 different indigenous ethnicities. The area has become a “new frontier,” as the report notes, for soy, sugarcane, and large-scale monoculture commodities — which makes it a safe investment.

The investigation documents what happened in Baixão Fechado, one village that was impacted by these investments. Activities on two farms Harvard acquired have resulted in mass deforestation and the diversion of water used by the local community for agricultural irrigation. “[Residents say] the large amounts of water the farms use for irrigation, have badly affected their access to water which was previously plentiful and of good quality,” the report notes. “The situation has become so bad that the village has had to start bringing in water by trucks.”

Further, pesticides used on the Harvard-owned land have also contributed to health problems, the contamination of fishing grounds, and the destruction of crops, all of which disrupted the local community’s “way of life,” according to Perry.

In the northeastern part of the Cerrado, there’s a widespread practice of falsifying property titles to legitimize the occupation of public lands — a form of land grabbing. As the report explains, the lands are fenced to give the appearance of a farm and the fraudulent titles are then sold to companies often connected to foreign investors. The report notes that Harvard channeled funds through three different business groups in this region and acquired land from a Brazilian businessman well-known for this scheme.

It’s this deliberate or neglectful disregard of the region’s sociopolitical context and history that Rede Social de Justiça e Direitos Humanos’ Maria Mendonca, one of the authors of the report, finds highly troubling.

“Any casual look into what’s happening in that part of Brazil should have set off alarm bells,” she explains. “If they just looked into the historical records of these land areas, they would have been able to see that there are existing land conflicts, and they should have stayed away from that.”

There’s a better way to invest in the region, Mendonca says: Harvard and others could promote organic agriculture and invest in the region’s hundreds of small farming communities who have worked the land for generations.

“That’s not what they’re doing,” Mendonca says. “They fence the area, they displace people, and then they pollute the water, the soil, the land.”

Institutions are actually attracted to Brazil in part because of the country’s history of violent land grabs, says Madeleine Fairbairn, a professor at the University of California, Santa Cruz, who studies agriculture systems and land rights. That’s because Brazil’s land is concentrated among relatively few owners so institutional investors can acquire large swaths of property with very few transactions, she says

Even so, Fairbairn notes, that’s no excuse for not performing due diligence on investments. “Unfortunately, many investors fail to ask the difficult questions about how the previous owner came to control such a great big expanse of Brazilian savannah in the first place,” she explains. By naming subsidiaries that Harvard Management Company used to acquire farms, as well as tracking where the properties were located, Fairbairn says GRAIN and Rede Social de Justiça e Direitos Humanos are “pulling back the veil that shields institutional investors from public scrutiny.”

It’s not only Harvard and other universities that are invested in this farmland. Professors and other employees are passive participants, as well: Their retirement plans are often managed by the Teachers Insurance and Annuity Association. The association, as the reports shows, acquired more farmland than any other pension fund. “We cannot continue to say that we do not know where our money is being invested,” says Perry, the professor at Brown, a university that has a $3.5 billion endowment. “At some point, as faculty, as the report urged, we need to figure out how to make a case for divestment.”

In her resignation letter, Kat Taylor — the former overseer of Harvard’s investment fund — says she made that same case for years, but her “soft power approach” failed to move the needle. Left with no other recourse, she felt that resigning publicly was the only card she could play — a last-ditch effort to get Harvard to rid itself of these controversial investments. (The decision was largely a symbolic gesture, given that her six-year term was to conclude the next day.)

“For Harvard to continue to profit from activities that might and likely do accelerate us toward climate disaster, enslave millions to unfair labor practices, or proliferate more and more weapons in society that threaten especially young lives is unconscionable,” she wrote. “I fervently hope that all of you will demand accountable financial transactions on behalf of us all as I have tried to do.”

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How Harvard’s investments exacerbate global land and water conflicts

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Christine Blasey Ford’s testimony and the credibility of a woman scientist

Christine Blasey Ford is a woman. She is a prolifically published expert in psychological statistics. She is a conventionally attractive natural blonde. She is the product of an elite private school education. She is a mother of two. She is a scientist.

All of these traits together contributed to the public’s impression of Dr. Ford as she testified to Congress that Supreme Court nominee Brett Kavanaugh sexually assaulted her when they were teenagers. Much has already been said about the Ford’s testimony as a survivor. But rereading her words, what struck me anew was the way she described the assault in clinical terms — the vulnerable state of the adolescent brain and the well-documented impact of childhood trauma — without evading an ounce of her own humanity. It’s a remarkable feat in a time when science itself is undergoing aggressive interrogation.

“I think that it was extra courageous for her to put in the effort to recognize that the science was important and her way of explaining it would be important,” says Kelly Ramirez, co-founder of the group 500 Women Scientists.

Neurological science tells us that a sexual assault at a young age will impact most victims for the rest of his or her life. Millions know the lasting impact of an assault from experience, but are not able to identify why they feel this way.

Throughout her testimony, Ford simply and carefully explained the different biological processes that contribute to the sharp memory of certain details and the blurriness of others; the surge in hormones that enabled her to escape; the varied and complicated pathology of sexual assault survivors. It was a relief to hear this in such relatively straightforward terms: You feel this way because this is what your body is doing. It is not a failure of your own will.

It is difficult to imagine a more impressive testimony on sexual assault — even as acknowledged by her detractors. Rachel Mitchell, the prosecutor hired to interrogate Ford in Congress, acknowledged at the conclusion of her questioning that she had been “really impressed” by Ford’s expertise.

But it was not simply the statement of those anatomical facts that made Ford’s testimony powerful. The humanity in Ford’s testimony was where she exposed the lasting scars of (depressingly) shared experiences, which so many observers were able to recognize.

We also like to see scientists as humans, Ramirez says, and we trust them more when we see them show emotion. Isn’t that ironic! We understand climate science better, for example, when we can empathize with its personal impact on the scientist explaining the theory. Renowned climate scientist James Hansen has made his fight about the uncertain lives his grandchildren face.

The public’s reaction to Ford’s testimony was largely positive. Before the hearings, a poll found that 26 percent of respondents believed Kavanaugh and 32 believed Ford. After they testified, those who believe Kavanaugh bumped slightly to 33 while a remarkable 45 percent believed Ford.

Many comparisons have been drawn between the impassioned testimony of Ford and the cooler one of Anita Hill, the black civil rights attorney who accused Justice Clarence Thomas of sexual harassment during his own confirmation hearings. “African-American women have routinely been challenged in their efforts to tell a story about sexual abuse,” one of Hill’s attorneys said about the race and gender dynamics of the two hearings. (Hill, who graduated from Yale, was infamously depicted as “a little bit nutty and a little bit slutty” by a Republican operative.)

“I really hope that it’s not because of Ford’s position as a scientist that people find her credible,” says Maryam Zaringhalam, another senior leader of 500 Women Scientists. “I hope it’s because people are starting to understand that this is something that happens to all women, from all backgrounds, of all ethnicities, with all educational experiences.”

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Christine Blasey Ford’s testimony and the credibility of a woman scientist

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Citizens put renewable energy on this year’s ballots

This story was originally published by High Country News and is reproduced here as part of the Climate Desk collaboration.

The fossil fuel-friendly Trump administration has been busy rolling back environmental regulations and opening millions of acres of public land to oil and gas drilling. Just last week, the Interior Department announced plans to gut an Obama-era methane pollution rule, giving natural gas producers more leeway to emit the powerful greenhouse gas.

With the GOP controlling the executive branch and Congress, that means state-level ballot initiatives are one of the few tools progressives have left to advance their own energy agendas. Twenty-four states, including most Western ones, permit this type of “direct democracy,” which allows citizens who gather enough petition signatures to put new laws and regulations to a vote in general elections.

“In general, the process is used — and advocated for — by those not in power,” explains Josh Altic, the ballot measure project director for the website Ballotpedia. Nationwide, 64 citizen-driven initiatives will appear on state ballots this November, and in the West, many aim to encourage renewable energy development — and reduce reliance on fossil fuels.

Arizona

Proposition 127, known as the Renewable Energy Standards Initiative, would require electric utilities to get half of their power from renewable sources like wind and solar — though not nuclear — by 2030. California billionaire Tom Steyer has contributed over $8 million to the campaign through his political action organization, NextGen Climate Action, which is funding a similar initiative in Nevada.

The parent company of Arizona Public Service, the state’s largest utility, tried to sabotage the initiative with a lawsuit arguing that over 300,000 petition signatures were invalid and that the petition language may have confused signers into thinking the mandate includes nuclear energy. APS gets most of its energy from the Palo Verde nuclear plant, and the initiative could hurt its revenue.

Colorado

The progressive group Colorado Rising gathered enough signatures to put Proposition 112 — the Safer Setbacks for Fracking Initiative — to a vote this year. It would prohibit new oil and gas wells and production facilities within 2,500 feet of schools, houses, playgrounds, parks, drinking water sources, and more. State law currently requires setbacks of at least 500 feet from homes and 1,000 feet from schools. It’s opposed by the industry-backed group Protect Colorado, whose largest funder, Anadarko Petroleum Corporation, attracted scrutiny last year after two people died in a home explosion linked to a leaking gas flow line from a nearby Anadarko well.

Amendment 74, sponsored by the Colorado Farm Bureau, would allow citizens to file claims for lost property value due to government action. It is largely seen as a response to Proposition 112, which the Colorado Oil and Gas Conservation Commission says would block development on 85 percent of state and private lands. The Farm Bureau’s Chad Vorthmann says Amendment 74 would amend the state Constitution to protect farmers and ranchers who wish to lease their land for oil and gas from “random” setbacks.

Critics argue that the amendment could lead to unintended consequences. In Oregon, for example, a similar amendment passed in 2004, resulting in over 7,000 claims — totaling billions of dollars — filed against local governments, according to the Colorado Independent. Voters then amended the constitution in 2007 to overturn most aspects of the amendment and invalidate many of these claims.

Nevada

Two energy-related questions will appear on Nevada’s ballot: Question 6, known as the Renewable Energy Promotion Initiative, and Question 3, the Energy Choice Initiative. Funded by Steyer’s NextGen Climate Action, Question 6, which would require utilities to get 50 percent of their electricity from renewable sources by 2030, faces little formal opposition.

Question 3, however, has attracted more attention — and controversy. The initiative was approved in 2016, but because it would amend the state constitution, voters must approve it a second time. It would allow consumers to choose who they buy power from. It’s spearheaded by big energy consumers, including Switch, a large data company, and luxury resort developer Las Vegas Sands Corporation, which want the freedom to buy cheaper power on the open market without penalty. But environmental organizations, including the Sierra Club and Western Resource Advocates, say the initiative threatens clean energy development. NV Energy, the regulated monopoly that provides 90 percent of Nevada’s electricity, has several solar projects planned but has said it would abandon some of these projects if the initiative passes due to costs.

Washington

Washington could become the first state to pass a so-called “carbon fee.” Initiative 1631 would create funding for investments in clean energy and pollution programs through a fee paid for by high carbon emitters like utilities and oil companies. In 2016, a similar initiative lost by almost 10 points. However, many former opponents are now supporters.

What changed? The 2016 initiative would have imposed a revenue-neutral tax instead of a fee, meaning the money generated by the tax would have been offset by a sales tax cut. Environmental groups felt that the initiative didn’t do enough to promote clean energy or to address the impacts of climate change on vulnerable communities. But the new fee would bankroll clean energy projects, as well as help polluted communities. The oil and gas industry is funding the opposition campaign, with Phillips 66 contributing $7.2 million so far.

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Citizens put renewable energy on this year’s ballots

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One of the populations most vulnerable to climate change is locked up in the path of Hurricane Florence

Mei Lo attended the Global Climate Action Summit to call attention to the inmates who couldn’t be here. She passed out flyers and asked activists to make phone calls to put pressure on prisons in the path of Hurricane Florence that have refused to evacuate.

“Prisons, jails, detentions centers, and juvenile centers are all on the frontlines of climate change,” the Bloc the Juvi organizer said. “In all the ways we experience climate change out here, [inmates] experience those impacts to a more magnified degree.” Her group is working to stop the construction of a juvenile detention center in Seattle.

During Hurricane Harvey, prisoners who were not evacuated from Beaumont federal prison rode out the storm in cells flooded with sewage water without adequate food, water, or medicine. Grist called MacDougall Correctional Institution Friday afternoon and confirmed that the medium-security prison with a capacity to hold more than 650 men has not evacuated. Despite the South Carolina prison being in evacuated Dorchester County, MacDougall does not have any plans to evacuate.

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Being in the path of a record-breaking hurricane is just one of the dangers inmates face in a warming world. Texas just settled a lawsuit and agreed to install air conditioners in its prisons. During a 2011 heat wave, 10 inmates died from heat stroke. More cases of inmates with heat-related illnesses were reported there this summer.

And inmates are often at the forefront of battling climate change’s worst effects. Thousands of inmate firefighters faced blazes in California for as little as $2 a day plus $1 for every hour they were actively fighting a fire.

A National Prison Strike overlapped with the Peoples’ Climate March and ended just days before the start of the summit in San Francisco. The strike encompassed 10 demands, which included improving conditions inside prisons and calling for prison laborers (such as those who fight fires) to be paid the prevailing wage in their state. Although the national strike was scheduled to end last weekend, inmates have continued to strike in some prisons.

“There are a limited number of things that prisoners have an option to do in regards to addressing the conditions of their confinement,” said Panagioti Tsolkas, an organizer with the Campaign to Fight Toxic Prisons, adding that prisoners are barred from voting in all but two states. “They’re so limited to options that some basic level of disruption in order to attract attention is one of the few things that remain.”

Speaking at the Global Climate Action Summit in San Francisco, the man widely regarded as the “father of environmental justice” reminded his audience of one of the underpinnings of the movement he spurred. Those who are most impacted by climate change “must be in the room and they must be at the table to speak for themselves” said Robert Bullard, distinguished professor of Urban Planning and Environmental Policy.

Yet after three decades of uplifting the voices of low-income, indigenous, and communities of color, there’s still so much work to be done, said Bullard. As he spoke, one of the groups facing the greatest danger from climate change — incarcerated people — are far from having a voice at the summit. Instead, they’re sitting ducks literally locked into place in the path of a super storm intensified by climate change.

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One of the populations most vulnerable to climate change is locked up in the path of Hurricane Florence

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Craft breweries in Colorado brace for less water

This story was originally published by CityLab and is reproduced here as part of the Climate Desk collaboration.

There’s an old saying in the West: Whiskey is for drinking and water is for fighting over.

In Colorado, home to more breweries than almost any other state, it’s probably more accurate to say that beer is for drinking. And although brewers haven’t yet come to blows over access to their product’s main ingredient, the state’s water is on its way to becoming a fought-over commodity.

Colorado is in the midst of its worst drought since the Dust Bowl in the 1930s. The U.S. Bureau of Reclamation, which manages water in the West, predicts that reservoirs along the Colorado River will reach critical low points by 2020, leading to water shortages throughout much of the western U.S.

“We need to get ahead of this,” said Kelissa Hieber, owner and head brewer at Denver’s Goldspot Brewing. “We are getting to a point where we could have a crisis that could be catastrophic for small breweries.”

Hieber was speaking from behind a keg at her brewery’s stand at the Save the Ales Festival in downtown Denver in August. Hers was one of more than 40 local breweries that donated beer to the festival to raise money for water conservation initiatives throughout the state. Like most of the 200-some other craft breweries in Colorado, Goldspot uses city water to produce its beer. If a water crisis were to strike, these breweries would be subject to the same restrictions as any of the city’s other commercial water users.

Most of Colorado’s cities have yet to face serious water restrictions, but the bleak forecasts have grabbed the attention of leaders in the state’s booming beer industry. “Even though it takes 10 times the amount of water to make a hamburger than to make a beer, people look at the beer and they see the water, so they have a relationship with it,” said Katie Wallace, the director of corporate social responsibility at New Belgium Brewing in Fort Collins. “I think that gives us a greater responsibility and a greater opportunity to talk about water.”

Wallace refers to Colorado’s rivers as the brewery’s “lifeblood,” a sentiment shared by many other brewers in the state — and a driving force behind a groundswell of water advocacy from the industry. Craft breweries all over Colorado are now championing initiatives to restore rivers and preserve the state’s valuable water resources. New Belgium, for instance, donates to organizations that help protect its watershed and keep water in the river.

Concern over water shortages has pushed many brewers to find ways to save water in their own brewing process. Though municipal water restrictions are likely a long way off, drought and climate change present other risks to the state’s beer. Recent droughts have decreased barley and hops harvests — driving up costs for breweries — while wildfires have spread across the region, contaminating some surface water sources.

In 2012, Fort Collins lost half of its yearly water supply when the largest wildfire in Colorado history contaminated the Poudre River, forcing the City of Fort Collins to drain its reservoirs to meet water demand. The fire was just seven miles from New Belgium’s brewery, and for years, the brewery employed a sensory panel to taste-test the water for smokiness before putting it into their beer.

“People are a little bit surprised at the degree to which climate change is already a problem for something like brewing,” said Dan Carreno, one of the founders of Colorado’s Save the Beer Tour, which educates beer drinkers on the effect climate change has on the brewing process. “This problem is happening now. It’s not happening 20 or 30 years from now.”

The issue of water quality is particularly sensitive in Colorado, where the supply of mineral-rich Rocky Mountain water was the catalyst for what has become a strong brewing tradition in the state. The tasty water first attracted Adolph Coors to Golden, Colorado, in 1873, when he set up the original Coors Brewery right on the river. The brewery has since grown to become one of the largest in the world, producing up to 10 million barrels a day.

Unlike small craft breweries, Coors has insulated itself to the risk of city water shortages by purchasing legal water rights to draw directly from a river, and the company is able to replicate the taste and mineral content of the water at its Colorado brewery in its outposts throughout the country.

Most craft breweries tweak a water’s flavor profile before using it in their beer, but only a little, since the process is energy-intensive and expensive. So they place a high value on the quality of the original water coming through their pipes.

“It’s a lot to do with the brewers respecting the water and wanting to have high-quality water in their product,” said Greg Schlichting, the head brewer at Denver’s Declaration Brewing Company. “It’s the same thing when they source malt and source hops and they source everything.”

High-quality ingredients are the staples of any craft brewery, but so is innovation, and brewers can improvise when resources aren’t available. In April, Declaration brewed a beer for a special event using only water they recycled in-house. Although the beer was costlier to produce, the water quality after treatment was nearly identical to their other beers. However, not all breweries have the resources to resort to these measures when strapped for water, especially very small ones.

Recycled water could be an option in an extreme situation, but Declaration’s brewers don’t think it will get to that point. Besides, even in a beer mecca like Fort Collins, craft brewing uses only about 2 percent of the city’s water, while lawn care accounts for nearly 50 percent.

“Bottom line: People are going to give up their lawns before they give up their beer,” Schlichting said.

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Craft breweries in Colorado brace for less water

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