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How heat pumps can maintain their momentum in 2025 and beyond

Heat pumps are the single biggest tool for U.S. households to cut carbon emissions and curb unhealthy air pollution . They’re also far more efficient than the fossil-fueled or electric resistance heating appliances found in most homes, meaning most households can save on utility bills by purchasing one. But making…

Heat pumps are the single biggest tool for U.S. households to cut carbon emissions and curb unhealthy air pollution. They’re also far more efficient than the fossil-fueled or electric resistance heating appliances found in most homes, meaning most households can save on utility bills by purchasing one. But making it as cheap and simple as possible for households to replace their fossil-fueled boilers, furnaces, and water heaters with electric heat pumps involves a lot of hard work — and not a little bit of extra money. Heat pumps, which are reversible air conditioners, can come with significant up-front costs. Over the past four years, numerous local, state, and federal policies have been signed into law to lower heat pump costs and spur adoption of the appliances. Now, advocates are assessing how to keep that momentum going under an incoming Trump administration and a Republican-controlled Congress likely to reverse or at least water down federal support. That’s not an ideal political turn for a technology that faces an uphill climb, even with its many benefits and the recent policy support. Fewer than one in five U.S. households have heat pumps today. Far more must install them to eliminate the roughly 10 percent of U.S. carbon emissions that come from burning fossil fuels in homes. To also replace the inefficient electric resistance heaters that tax the power grid and cost consumers, every U.S. household with heating would need to get a heat pump. Heat pumps have outsold fossil-gas furnaces for the past two years, but adoption is still not growing anywhere near fast enough. Heat pump sales need to triple over the next three years to hit the Biden administration’s goal of halving U.S. carbon emissions by 2030, according to advocacy group Rewiring America. So, where does the U.S. stand now? In a December report, the Building Decarbonization Coalition, a nonprofit that promotes heat pumps and is part of public-private partnerships in nine states, laid out how far the country has come, how much more must be done, and what the change in federal government will mean. “We’re talking about what we’ve learned, what we’re hopeful for, and yes, what’s making us perhaps bite our nails a bit as we’re looking ahead to the post-2024 election landscape,” said Rose Stephens-Booker, BDC’s managing director of programs and partnerships. The good news — growing markets, supportive incentives, aggressive goals  The first positive news comes from the marketplace, where heat pumps continue to outsell fossil gas furnaces. That trend began in 2022 and accelerated in 2023. And as per data from the Air-Conditioning, Heating, and Refrigeration Institute through September of this year, ​“once again, we’ve seen heat pumps outpace their fossil-fuel counterparts,” said Kristin George Bagdanov, BDC senior policy research manager. In fact, heat pump sales widened their lead over the past 12 months, exceeding furnace sales by 27 percent, up 2.4 percent compared with the previous 12 months.  BDC tracked similarly favorable market data for water heating, which makes up about 18 percent of residential energy use. Electric water heaters expanded their lead over fossil-gas water heaters in 2024, surpassing sales of their gas counterparts by 23 percent, according to BDC.  Most of the electric water heaters in homes today are electric resistance models, which are far less efficient than heat pump water heaters. But data from the Environmental Protection Agency shows that in 2023, heat pump water heaters outsold gas-fueled water-tank-storage water heaters for the first time. Still, the technology was installed in only about 4 percent of U.S. homes as of late last year. The primary barriers to expanding these markets remain up-front cost and complexity. Most households replace heating systems when existing equipment breaks down. It’s harder to cheaply and quickly replace fossil-fuel units with heat pumps, which can require extra work like electrical upgrades or installing new pipes. And many contractors are leery of heat pumps, since longer and more complicated jobs mean less money, along with concerns that a novel system won’t be as reliable as fossil gas. Technology advances like 120-volt heat pump water heaters and window-mounted heat pumps are starting to ease some of these constraints, particularly for renters and households that lack central air systems. But to make pumps the preferred option for households and contractors alike will take a concerted effort, said Matt Casale, BDC’s director of state mobilization — particularly to ensure that lower-income households aren’t left behind. “Cost of living is and will continue to be a major issue in the years to come,” he said. ​“States that are leading on building decarbonization are going to be digging into this issue to ensure that the transition is affordable, accessible, and equitable.” Getting costs down Heat pumps are more expensive up front than fossil-gas heating equipment, although just how much more expensive depends on a wide and sometimes unpredictable set of variables. Regional climate conditions make a big difference in installation prices, as do the vagaries of individual home construction, insulation, and preexisting heating systems. The availability of equipment and skilled labor to install it also influences up-front costs, as does contractor education and willingness to take on the extra work that’s likely to be involved. As for long-term costs, the price of electricity versus fossil gas plays a major factor on whether swapping your furnace for a heat pump will save you money over its lifetime. So does the appliance you’re switching from. If you’re ditching an old, inefficient gas or oil heating system, chances are the heat pump financials work out for you. If you have a newer, more efficient gas furnace, they might not. Overcoming these obstacles will require more policy support, Casale said.

Group Says New Jersey Toxic Waste Dumping Caused $1B in Harm, Calls Settlement Inadequate

A Jersey Shore environmental group says damage from decades of toxic waste dumping at one of America's most notorious pollution sites caused $1 billion worth of damages

TOMS RIVER, N.J. (AP) — Years of toxic waste dumping in a Jersey Shore community where childhood cancer rates rose caused at least $1 billion in damage to natural resources, according to an environmental group trying to overturn a settlement between New Jersey and the corporate successor to the firm that did the polluting.Save Barnegat Bay and the township of Toms River are suing to overturn a deal between the state and German chemical company BASF under which the firm will pay $500,000 and carry out nine environmental remediation projects at the site of the former Ciba-Geigy Chemical Corporation plant.That site became one of America's worst toxic waste dumps and led to widespread concern over the prevalence of childhood cancer cases in and around Toms River.Save Barnegat Bay says the settlement is woefully inadequate and does not take into account the scope and full nature of the pollution.The state Department of Environmental Protection defended the deal, saying it is not supposed to be primarily about monetary compensation; restoring damaged areas is a priority, it says.“Ciba-Geigy’s discharges devastated the natural resources of the Toms River and Barnegat Bay,” said Michele Donato, an attorney for the environmental group. “The DEP failed to evaluate decades of evidence, including reports of dead fish, discolored waters, and toxic effluent, that exist in its own archived files.”Those materials include documents dating back to 1958 detailing fish kills and severe oxygen depletion caused by the company's dumping of chemicals into the Toms River and directly onto the ground. It also includes a study by a consultant for Ciba-Geigy showing that a plume of contaminated underground water is three-dimensional and thus could not be adequately assessed by the manner used by New Jersey to calculate damage to natural resources, the group said.An accurate calculation of damages to the site and the surrounding area would exceed $1 billion, Save Barnegat Bay said in court papers."This deal does not come close to compensating our community for what we’ve suffered,” former Toms River Mayor Maurice Hill said in a January public hearing on the settlement.The state declined to comment. In court papers, it defended its handling of the damage assessment.BASF, which is the corporate successor to Ciba-Geigy, declined comment on the litigation but said it is committed to carrying out the settlement it reached with New Jersey in 2022.That calls for it to maintain nine projects for 20 years, including restoring wetlands and grassy areas; creating walking trails, boardwalks and an elevated viewing platform; and building an environmental education center.Starting in the 1950s, Ciba-Geigy — which had been the town’s largest employer — flushed chemicals into the Toms River and the Atlantic Ocean, and buried 47,000 drums of toxic waste in the ground. This created a plume of polluted water that has spread beyond the site into residential neighborhoods and is still being cleaned up.The state health department found that 87 children in Toms River, which was then known as Dover Township, had been diagnosed with cancer from 1979 through 1995. A study determined the rates of childhood cancers and leukemia in girls in Toms River “were significantly elevated when compared to state rates.” No similar rates were found for boys.The study did not explicitly blame the increase on Ciba-Geigy’s dumping, but the company and two others paid $13.2 million to 69 families whose children were diagnosed with cancer. Ciba-Geigy settled criminal charges by paying millions of dollars in fines and penalties on top of the $300 million it and its successors have paid so far to clean up the site.Follow Wayne Parry on X at www.twitter.com/WayneParryAC Copyright 2024 The Associated Press. All rights reserved. This material may not be published, broadcast, rewritten or redistributed.Photos You Should See - Sept. 2024

Generative AI and Climate Change Are on a Collision Course

From energy to resources, data centers have grown too greedy.

In 2025, AI and climate change, two of the biggest societal disruptors we're facing, will collide.The summer of 2024 broke the record for Earth’s hottest day since data collection began, sparking widespread media coverage and public debate. This also happens to be the year that both Microsoft and Google, two of the leading big tech companies investing heavily in AI research and development, missed their climate targets. While this also made headlines and spurred indignation, AI’s environmental impacts are still far from being common knowledge.Science NewsletterYour weekly roundup of the best stories on health care, the climate crisis, new scientific discoveries, and more. Delivered on Wednesdays.In reality, AI’s current “bigger is better” paradigm—epitomized by tech companies’ pursuit of ever bigger, more powerful large language models that are presented as the solution to every problem—comes with very significant costs to the environment. These range from generating colossal amounts of energy to power the data centers that run tools such as ChatGPT and Midjourney to the millions of gallons of freshwater that are pumped through these data centers to make sure they don’t overheat and the tons of rare earth metals needed to build the hardware they contain.Data centers already use 2 percent of electricity globally. In countries like Ireland, that figure goes up to one-fifth of the electricity generated, which prompted the Irish government to declare an effective moratorium on new data centers until 2028. While a lot of the energy used for powering data centers is officially “carbon-neutral,” this relies on mechanisms such as renewable energy credits, which do technically offset the emissions incurred by generating this electricity, but don’t change the way in which it’s generated.Places like Data Center Alley' in Virginia are mostly powered by nonrenewable energy sources such as natural gas, and energy providers are delaying the retirement of coal power plants to keep up with the increased demands of technologies like AI. Data centers are slurping up huge amounts of freshwater from scarce aquifers, pitting local communities against data center providers in places ranging from Arizona to Spain. In Taiwan, the government chose to allocate precious water resources to chip manufacturing facilities to stay ahead of the rising demands instead of letting local farmers use it for watering their crops amid the worst drought the country has seen in more than a century.My latest research shows that switching from older standard AI models—trained to do a single task such as question-answering—to the new generative models can use up to 30 times more energy just for answering the exact same set of questions. The tech companies that are increasingly adding generative AI models to everything from search engines to text-processing software are also not disclosing the carbon cost of these changes—we still don't know how much energy is used during a conversation with ChatGPT or when generating an image with Google’s Gemini.Much of the discourse from Big Tech around AI’s environmental impacts has followed two trajectories: Either it’s not really an issue (according to Bill Gates), or an energy breakthrough will come along and magically fix things (according to Sam Altman). What we really need is more transparency around AI’s environmental impacts, by way of voluntary initiatives like the AI Energy Star project that I’m leading, which would help users compare the energy efficiency of AI models to make informed decisions. I predict that in 2025, voluntary initiatives like these will start being enforced via legislation, from national governments to intergovernmental organizations like the United Nations. In 2025, with more research, public awareness, and regulation, we will finally start to grasp AI’s environmental footprint and take the necessary actions to reduce it.

Miracle, or marginal gain?

Industrial policy is said to have sparked huge growth in East Asia. Two MIT economists say the numbers tell a more complex story.

From 1960 to 1989, South Korea experienced a famous economic boom, with real GDP per capita growing by an annual average of 6.82 percent. Many observers have attributed this to industrial policy, the practice of giving government support to specific industrial sectors. In this case, industrial policy is often thought to have powered a generation of growth.Did it, though? An innovative study by four scholars, including two MIT economists, suggests that overall GDP growth attributable to industrial policy is relatively limited. Using global trade data to evaluate changes in industrial capacity within countries, the research finds that industrial policy raises long-run GDP by only 1.08 percent in generally favorable circumstances, and up to 4.06 percent if additional factors are aligned — a distinctly smaller gain than an annually compounding rate of 6.82 percent.The study is meaningful not just because of the bottom-line numbers, but for the reasons behind them. The research indicates, for instance, that local consumer demand can curb the impact of industrial policy. Even when a country alters its output, demand for those goods may not shift as extensively, putting a ceiling on directed growth.“In most cases, the gains are not going to be enormous,” says MIT economist Arnaud Costinot, co-author of a new paper detailing the research. “They are there, but in terms of magnitude, the gains are nowhere near the full scope of the South Korean experience, which is the poster child for an industrial policy success story.”The research combines empirical data and economic theory, using data to assess “textbook” conditions where industrial policy would seem most merited.“Many think that, for countries like China, Japan, and other East Asian giants, and perhaps even the U.S., some form of industrial policy played a big role in their success stories,” says Dave Donaldson, an MIT economist and another co-author of the paper. “The question is whether the textbook argument for industrial policy fully explains those successes, and our punchline would be, no, we don’t think it can.”The paper, “The Textbook Case for Industrial Policy: Theory Meets Data,” appears in the Journal of Political Economy. The authors are Dominick Bartelme, an independent researcher; Costinot, the Ford Professor of Economics in MIT’s Department of Economics; Donaldson, the Class of 1949 Professor of Economics in MIT’s Department of Economics; and Andres Rodriguez-Clare, the Edward G. and Nancy S. Jordan Professor of Economics at the University of California at Berkeley.Reverse-engineering new insightsOpponents of industrial policy have long advocated for a more market-centered approach to economics. And yet, over the last several decades globally, even where political leaders publicly back a laissez-faire approach, many governments have still found reasons to support particular industries. Beyond that, people have long cited East Asia’s economic rise as a point in favor of industrial policy.The scholars say the “textbook case” for industrial policy is a scenario where some economic sectors are subject to external economies of scale but others are not.That means firms within an industry have an external effect on the productivity of other firms in that same industry, which could happen via the spread of knowledge.If an industry becomes both bigger and more productive, it may make cheaper goods that can be exported more competitively. The study is based on the insight that global trade statistics can tell us something important about the changes in industry-specific capacities within countries. That — combined with other metrics about national economies — allows the economists to scrutinize the overall gains deriving from those changes and to assess the possible scope of industrial policies.As Donaldson explains, “An empirical lever here is to ask: If something makes a country’s sectors bigger, do they look more productive? If so, they would start exporting more to other countries. We reverse-engineer that.”Costinot adds: “We are using that idea that if productivity is going up, that should be reflected in export patterns. The smoking gun for the existence of scale effects is that larger domestic markets go hand in hand with more exports.”Ultimately, the scholars analyzed data for 61 countries at different points in time over the last few decades, with exports for 15 manufacturing sectors included. The figure of 1.08 percent long-run GDP gains is an average, with countries realizing gains ranging from 0.59 percent to 2.06 percent annually under favorable conditions. Smaller countries that are open to trade may realize larger proportional effects as well.“We’re doing this global analysis and trying to be right on average,” Donaldson says. “It’s possible there are larger gains from industrial policy in particular settings.”The study also suggests countries have greater room to redirect economic activity, based on varying levels of productivity among industries, than they can realistically enact due to relatively fixed demand. The paper estimates that if countries could fully reallocate workers to the industry with the largest room to grow, long-run welfare gains would be as high as 12.4 percent.But that never happens. Suppose a country’s industrial policy helped one sector double in size while becoming 20 percent more productive. In theory, the government should continue to back that industry. In reality, growth would slow as markets became saturated.“That would be a pretty big scale effect,” Donaldson says. “But notice that in doubling the size of an industry, many forces would push back. Maybe consumers don’t want to consume twice as many manufactured goods. Just because there are large spillovers in productivity doesn’t mean optimally designed industrial policy has huge effects. It has to be in a world where people want those goods.”Place-based policyCostinot and Donaldson both emphasize that this study does not address all the possible factors that can be weighed either in favor of industrial policy or against it. Some governments might favor industrial policy as a way of evening out wage distributions and wealth inequality, fixing other market failures such as environmental damages or furthering strategic geopolitical goals. In the U.S., industrial policy has sometimes been viewed as a way of revitalizing recently deindustrialized areas while reskilling workers.In charting the limits on industrial policy stemming from fairly fixed demand, the study touches on still bigger issues concerning global demand and restrictions on growth of any kind. Without increasing demand, enterprise of all kinds encounters size limits.The outcome of the paper, in any case, is not necessarily a final conclusion about industrial policy, but deeper insight into its dynamics. As the authors note, the findings leave open the possibility that targeted interventions in specific sectors and specific regions could be very beneficial, when policy and trade conditions are right. Policymakers should grasp the amount of growth likely to result, however.As Costinot notes, “The conclusion is not that there is no potential gain from industrial policy, but just that the textbook case doesn’t seem to be there.” At least, not to the extent some have assumed.The research was supported, in part, by the U.S. National Science Foundation.

‘Dark day for New Zealand’: outcry as bill to fast-track controversial mining projects is approved

Critics and opposition parties vow to oppose major projects they fear could damage the environmentA new law that could see controversial mining and infrastructure projects fast-tracked for approval across New Zealand has sparked protests in parliament and vows from critics and opposition parties to stop proposals that they fear will wreak havoc on the environment.The coalition government’s Fast-Track Approvals legislation passed into law on Tuesday, despite thousands of public submissions opposing it. Continue reading...

A new law that could see controversial mining and infrastructure projects fast-tracked for approval across New Zealand has sparked protests in parliament and vows from critics and opposition parties to stop proposals that they fear will wreak havoc on the environment.The coalition government’s Fast-Track Approvals legislation passed into law on Tuesday, despite thousands of public submissions opposing it.“The passing of this law is a dark day for New Zealand,” said Richard Capie, a spokesperson at conservation organisation Forest and Bird. “It slashes environmental protections, silences local voices, and is an affront to good law-making.”The law creates a “one-stop shop” consenting regime for regionally and nationally significant projects, to help rebuild the economy, said two of the ministers responsible for the law, Chris Bishop and Shane Jones.“For too long New Zealanders have had to put up with overly restrictive planning rules that stifle much-needed economic growth,” infrastructure minister Bishop said in a statement.The law will allow some projects – including mining, roads, marine farms and renewable energy – to access fast-track consent, which could bypass existing environmental protections and consenting methods.The government has selected 149 projects for referral to an environment committee, which will then approve or reject an application. The list of projects includes 44 housing developments, 43 roading, rail and public transport projects, 22 renewable energy projects and 11 mining projects.Among the proposed mining projects is a contentious application to mine iron sands from the seabed off Taranaki, which the supreme court blocked from going ahead in 2021 due to environmental concerns, and which faces widespread community opposition.The law has faced criticism since it was announced as part of the coalition agreement between the major centre-right National and minor populist New Zealand First parties.Possible conflicts of interest and industry interests were regularly flagged, including roughly $500,000 in donations to the parties from companies or shareholders connected to some of the projects. Bishop and regional development minister Shane Jones told RNZ that perceived or actual conflicts of interest were managed during the selection process for projects to be included in the bill.The government’s initial plan to give three ministers unprecedented power to approve applications had to be watered down after a strident backlash, while issues of transparency over the projects were highlighted by the ombudsman.The potential threats to the environment have generated heated opposition, with thousands marching in protest and nearly 30,000 public submissions on the bill, one of highest numbers ever submitted about a piece of legislation.Bishop told media in June that looking after the environment was “extremely important” but the government had a mandate to grow the economy.“There’s no doubt that we are changing the balance away from a sole focus on environmental effects and management of those effects towards development.”When asked to respond to criticisms over the law, Bishop told the Guardian: “The [bill] will help rebuild the economy and fix our housing crisis, improve energy security, and address our infrastructure deficit.”He said applications for fast-track consent will include a description of the project’s impacts on the environment, which the panel will need to consider.But for environmental groups, this is cold comfort.“This is some of the worst law-making Forest & Bird has seen in our 100-year history,” Capie said, adding that the group would “vociferously” oppose any environmentally damaging projects approved under the law.Climate group 350 Aotearoa staged a protest in the chamber during the final reading of the bill, dropping large banners from the public gallery and chanting “kill the bill”.The group’s spokesperson, Adam Currie, said the bill would enable projects currently prohibited by local councils, the Environmental Protection Authority or the supreme court, to go ahead.“Thousands of New Zealanders are ready to stop these projects from being built in our communities,” Currie said.Opposition parties also pledged to fight the projects, which they believe will be unsustainable and destructive.“[The law] flies in the face of official advice, which says sustainable management must remain central to any fast-track process,” said Rachel Brooking, Labour’s environment spokesperson, adding the party would call out any attempts to bypass proper environmental protections.Both the Greens and Te Pāti Māori (the Māori party) said they would reverse consents if they returned to power.“The industry is on notice: consents granted under this regime that shortcut our democracy, sidestep environmental protections and degrade [the natural world] will be revoked,” said Lan Pham, the Greens’ environment spokesperson.Te Pāti Māori co-leader Rawiri Waititi told Te Ao Māori News the party would also hold mining applicants retrospectively liable for any damage to the environment.“Exploit the [land], face the consequences. [New Zealand] is not interested in corporate exploitation driven by the greedy,” Waititi said.

Pollution exposure linked to mental health hospital admissions, says study

Researchers from St Andrews found rise in nitrogen dioxide exposure associated with higher admissionsExposure to air pollution is linked to an increased risk of hospital admission for mental illness, according to the most comprehensive study of its kind.The research, involving more than 200,000 people in Scotland, found an increase in exposure to nitrogen dioxide in particular was associated with a higher number of people being admitted to hospital for behaviour disorders and mental illnesses. Continue reading...

Exposure to air pollution is linked to an increased risk of hospital admission for mental illness, according to the most comprehensive study of its kind.The research, involving more than 200,000 people in Scotland, found an increase in exposure to nitrogen dioxide in particular was associated with a higher number of people being admitted to hospital for behaviour disorders and mental illnesses.Previously published research on the health effects of long-term exposure to ambient air pollution has tended to emphasise deaths rather than hospital admissions, and physical, rather than mental, ill health, the researchers said.The study found that air pollution was linked to increased risks of hospital admission for mental health, as well as physical illness.Stricter environmental restrictions would benefit millions of people and curb the impact on secondary care, the researchers said.Dr Mary Abed Al Ahad of the University of St Andrews, who led the study, said policies to tackle air pollution and a shift to renewable energy could help ease the burden on hospitals of people with both physical and mental illnesses in the long term.“Policies and interventions targeting air pollution emissions such as zero-emission zones or incentives for renewable energy in transportation and energy production sectors could help ease the hospital-care burden in the long term both locally and globally.”The analysis of data tracked from Public Health Scotland examined four key pollutants between 2002 and 2017 and the impact of ambient air pollution.Researchers drew on individual level data from the Scottish Longitudinal Study, which represents 5% of the Scottish population and includes demographic information from linked censuses.In all, 202,237 people aged 17 and above were included in the research, which was published in the open access journal BMJ Open.Their health and hospital admissions for cardiovascular, respiratory, infectious diseases, mental illnesses or behaviour disorders were tracked from Public Health Scotland data.They were linked to levels of four pollutants from road traffic and industry: nitrogen dioxide (NO2); sulphur dioxide (SO2); particulate matter diameter of at least 10μm (PM10); and small particulate matter of 2.5μm or less (PM2.5) per 1km2 in each person’s residential postcode.skip past newsletter promotionOur morning email breaks down the key stories of the day, telling you what’s happening and why it mattersPrivacy Notice: Newsletters may contain info about charities, online ads, and content funded by outside parties. For more information see our Privacy Policy. We use Google reCaptcha to protect our website and the Google Privacy Policy and Terms of Service apply.after newsletter promotionAverage cumulative exposure to air pollution was strongly associated with higher rates of hospital admissions, both for mental and physical illnesses. Higher cumulative exposure to NO2, PM10, and PM2.5 was associated with a higher incidence of hospital admissions for all causes.Ioannis Bakolis, a professor of public mental health and statistics at King’s College London who was not involved with the study, said the “large-scale” data was “appropriately analysed” and provided further evidence on the link between air pollution and mental health.Research has previously shown how people who spend their childhood in areas with high levels of air pollution may be more likely to later develop mental disorders.But a study by researchers in the US and Denmark has suggested a link between air pollution and an increased risk of mental health problems, including bipolar disorder, schizophrenia and personality disorders.Between 1% and 2% of the UK population have bipolar disorder in their lifetime, with similar figures for schizophrenia. It is estimated that about 5% of people in the UK have a personality disorder at any one time.

Energy Chief Granholm Warns Against 'Unfettered Exports' of Liquefied Natural Gas

Energy Secretary Jennifer Granholm says the incoming Trump administration should proceed cautiously as it considers proposals for new natural gas export terminals

WASHINGTON (AP) — The United States should proceed cautiously as officials consider new natural gas export terminals, Energy Secretary Jennifer Granholm said Tuesday, warning that “unfettered exports" of liquefied natural gas, or LNG, could raise wholesale domestic prices by more than 30% and increase planet-warming greenhouse gas emissions.Increased LNG exports also would lead to higher global greenhouse gas emissions, even with use of technology such as equipment to capture and store carbon emissions, the report said.“Today’s publication reinforces that a business-as-usual approach (to LNG exports) is neither sustainable nor advisable,'' Granholm said.LNG is especially energy intensive, since the gas must be retrieved through underground drilling, then piped to export terminals along the East and Gulf coasts. The gas is then “superchilled” into a liquid that is taken by tanker ships to import terminals in Europe and Asia, where it is then reheated into gas and distributed for business and family use.The Energy Department said last week it will not decide on two major LNG export projects in Louisiana until the independent Federal Energy Regulatory Commission completes environmental reviews of each project.The American Gas Association called the Biden administration's pause a mistake that has resulted in uncertainty for the global market, investors and America’s allies around the world.“This report is a clear and inexplicable attempt to justify their grave policy error," said AGA president and CEO Karen Harbert. “America’s allies are suffering from the weaponization of natural gas and energy deprivation, and any limitations on supplying life essential energy is absolutely wrong-headed."Harbert said the industry group looks forward to working with the Trump administration “to rectify the glaring issues with this study during the public comment period,” which lasts until mid-February.Charlie Riedl, executive director of the Center for LNG, a pro-industry group, said Republican and Democratic administrations, as well as independent researchers, “have continually found that U.S. LNG exports provide economic, national security and climate benefits and serve the public interest."U.S. LNG “remains a vital tool for countries looking to displace dirtier fuels" such as coal and reduce their emissions, Riedl said, adding that U.S. LNG exports play a key role in meeting growing global demand for natural gas. U.S. gas shipments to Europe and Asia have soared since Russia’s invasion of Ukraine in 2022. The LNG pause, announced by President Joe Biden as the 2024 election year began, aligned the Democratic administration with environmentalists who fear the huge increase in LNG exports in recent years is locking in potentially catastrophic planet-warming emissions at a time when Biden has pledged to cut U.S. climate pollution in half by 2030.“While MAGA Republicans willfully deny the urgency of the climate crisis, condemning the American people to a dangerous future, my administration will not be complacent,″ Biden said in announcing the pause. His actions “heed the calls of young people and frontline communities who are using their voices to demand" climate action, Biden added.The White House declined to comment on the Energy Department study, referring questions to the agency.Copyright 2024 The Associated Press. All rights reserved. This material may not be published, broadcast, rewritten or redistributed.Photos You Should See - Sept. 2024

California's Pacific Gas & Electric Could Receive $15B in Federal Loans to Modernize Its Power Grid

Pacific Gas & Electric Co. could receive up to $15 billion in federal loans to help the utility modernize its power grid and expand clean energy infrastructure across central and northern California

SACRAMENTO, Calif. (AP) — Pacific Gas & Electric Co. could receive up to $15 billion in federal loans to help the utility modernize its power grid and expand clean energy infrastructure across central and northern California, officials announced Tuesday. The U.S. Department of Energy announced a conditional commitment for one of the largest loan guarantees ever under its Energy Infrastructure Reinvestment program. When finalized, the money would be loaned in installments over several years. The funds would support a portfolio of projects to expand hydropower generation and battery storage, upgrade transmission capacity, and enable virtual power plants throughout PG&E’s service area, the energy department said. PG&E submitted its application to the agency's Loan Programs Office in June 2023. Partially funding its projects with lower-cost federal loans could save customers up to $1 billion over the life of the financing, the utility said in a statement Tuesday. “Investments in a clean and resilient grid for northern and central California will have significant returns for our customers in safety, reliability and economic growth. The DOE loan program can help us accelerate the pace and impact of this work, which supports thousands of living wage jobs, at a lower cost to our customers,” PG&E CEO Patti Poppe said in the statement. The Sierra Club, the environmental advocacy group, cheered PG&E's commitment to modernizing the power grid and expanding clean energy infrastructure.“This innovative loan program will help ensure that Californians will see more stable rates, enjoy more good clean energy jobs and live with fewer harmful emissions. This unprecedented windfall also offers a unique opportunity for PG&E to update its outdated transmission infrastructure with more efficient, climate-friendly and fire-safe technology," Sierra Club organizer Julia Dowell said in a statement Tuesday. The loan office hopes to finalize the commitment before President Joe Biden leaves office next month.Copyright 2024 The Associated Press. All rights reserved. This material may not be published, broadcast, rewritten or redistributed.Photos You Should See - Sept. 2024

Book Review: This Relationship Shaped Rachel Carson’s Environmental Ethos

The connection between queer love and the power to imagine a more sustainable future

December 17, 20244 min readBook Review: This Relationship Shaped Rachel Carson’s Environmental EthosThe connection between queer love and the power to imagine a more sustainable futureBy Brooke BorelNONFICTIONRachel Carson and the Power of Queer Loveby Lida Maxwell.Stanford University Press, 2025 ($25)On a summer night in the mid-1950s, two women lay side by side on Dogfish Head, a spit of land on Maine’s jagged coast where a river meets the ocean. They took in the dazzling stars, the smudged filaments of the Milky Way, the occasional flash of a meteor. One woman was Rachel Carson, who would become well known for her book Silent Spring and its galvanization of the modern environmental movement; the other, Dorothy Freeman, was Carson’s mar­­ried neighbor. The two had been drawn together from the moment they met in 1953 on Southport Island, Maine, and remained close until 1964, when Carson died of cancer. It was Freeman who scattered Carson’s ashes.On supporting science journalismIf you're enjoying this article, consider supporting our award-winning journalism by subscribing. By purchasing a subscription you are helping to ensure the future of impactful stories about the discoveries and ideas shaping our world today.The scene on Dogfish Head may sound romantic, and Lida Maxwell’s new book, Rachel Carson and the Power of Queer Love, argues that it indeed was. Maxwell, a professor of political science and of women, gender and sexuality studies at Boston University, explores the intimate bond between Carson and Freeman by drawing, in part, from a trove of personal letters. The book’s message is that the relationship holds a lesson for our modern climate crisis, especially for those of us willing to find meaning outside our culture’s dominant narratives.The correspondence is telling. Carson professes strong feelings after just a few letters (“Because I love you! Now I could go on and tell you some of the reasons why I do, but that would take quite a while, and I think the simple fact covers everything …”). The two call each other “darling” and “sweetheart.” During the stretches they spend physically apart, they express what can easily be read as queer yearning, as when Freeman writes: “How I would love to curl up beside you on a sofa in the study with a fire to gaze into and just talk on and on.”There is also reference to the hundreds of letters we’ll never read because the two women burned them, perhaps in that same fireplace. As Martha Freeman, Dorothy’s granddaughter, told Maxwell, “Rachel and Dorothy were initially cautious about the romantic tone and terminology of their correspondence.”Was Carson a lesbian? The answer has long been the source of speculation. It’s impossible to know; she’s not known to have publicly identified as such. To Maxwell, though, this question is beside the point: “Whether or not their love was ‘homosexual,’ to use the language of the time, it was certainly queer. It drew them out of conventional forms of marriage and family and allowed them to find happiness where their society told them they weren’t supposed to: in loving each other and the world of non­­human nature.”Queer love is a rejection of what Maxwell calls “the ideology of straight love,” or the pursuit of “the good life” through marriage, buying and decorating a house, having and raising children, and participating in the treadmill of consumer culture to keep it all running. Because Carson and Freeman’s love was queer, Maxwell argues, they had no template with which to explore it. Instead they created a new language, expressed through a shared love of nature: the song of the veery, the Maine tide pools, the woods between their houses. This avenue for connection and meaning making, Maxwell argues, is what made Carson’s Silent Spring possible—it changed her from a writer who captured the wonder of nature to one advocating to save it.How does this apply to the climate crisis? “As perhaps is obvious,” Maxwell writes, “the tight connection of the ideology of straight love with consumption is also bad for our climate because it ties our intimate happiness to unsustainable ways of living.” To truly achieve meaningful climate policy, she continues, we’ll need to expand our “visceral imaginary of what a good life could be.” The queer version embraces a “vibrant multispecies world” where we seek “desire and pleasure outside of the ideologies of capitalism and straight love.” These specific points, made through­out the book, are at times repetitive and can feel didactic.Some readers, particularly straight readers, may bristle at all this. After all, plenty of people who don’t identify as queer opt out of consumerism and fight climate change. Straight people can reject the hetero­normative story; queer people are not immune to it. But the point of the book isn’t that we should take individual action—it’s about broader structures and narratives. As a queer woman who spent a decade in a hetero­normative marriage, I know how seductive the call of that particular “good life” can be; I also know the liberation of building something new. Max well’s book holds lessons for all readers about ac­­knowledging, and then escaping, the structures that ensnare us.Carson and Freeman found the way through their decidedly queer, deeply romantic, long-­lasting love. Even when they were apart, they imagined themselves together. As Freeman writes during one of these spells: “You and I have been walking on the Head in the moonlight. Do you remember the night we lay there in that lovely light? I told you you looked like alabaster. You did. How happy we were then.”

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