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Biden Administration Moves to Speed Up Permits for Clean Energy

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Tuesday, April 30, 2024

The Biden administration on Tuesday released rules designed to speed up permits for clean energy while requiring federal agencies to more heavily weigh damaging effects on the climate and on low-income communities before approving projects like highways and oil wells.As part of a deal to raise the country’s debt limit last year, Congress required changes to the National Environmental Policy Act, a 54-year-old bedrock law that requires the government to consider environmental effects and to seek public input before approving any project that necessitates federal permits.That bipartisan debt ceiling legislation included reforms to the environmental law designed to streamline the approval process for major construction projects, such as oil pipelines, highways and power lines for wind- and solar-generated electricity. The rules released Tuesday, by the White House Council on Environmental Quality, are intended to guide federal agencies in putting the reforms in place.But they also lay out additional requirements created to prioritize projects with strong environmental benefits, while adding layers of review for projects that could harm the climate or their surrounding communities.“These reforms will deliver smarter decisions, quicker permitting, and projects that are built better and faster,” said Brenda Mallory, chair of the council. “As we accelerate our clean energy future, we are also protecting communities from pollution and environmental harms that can result from poor planning and decision making while making sure we build projects in the right places.”The move comes as President Biden rushes to push through a slew of major environmental rules ahead of November’s presidential election, including policies to limit climate-warming pollution from cars, trucks, power plants and oil and gas wells; to protect the habitats of the sage grouse and other endangered species; to ban asbestos; and to remove so-called forever chemicals from tap water.Subscribe to The Times to read as many articles as you like.

The White House wants federal agencies to keep climate change in mind as they decide whether to approve major projects.

The Biden administration on Tuesday released rules designed to speed up permits for clean energy while requiring federal agencies to more heavily weigh damaging effects on the climate and on low-income communities before approving projects like highways and oil wells.

As part of a deal to raise the country’s debt limit last year, Congress required changes to the National Environmental Policy Act, a 54-year-old bedrock law that requires the government to consider environmental effects and to seek public input before approving any project that necessitates federal permits.

That bipartisan debt ceiling legislation included reforms to the environmental law designed to streamline the approval process for major construction projects, such as oil pipelines, highways and power lines for wind- and solar-generated electricity. The rules released Tuesday, by the White House Council on Environmental Quality, are intended to guide federal agencies in putting the reforms in place.

But they also lay out additional requirements created to prioritize projects with strong environmental benefits, while adding layers of review for projects that could harm the climate or their surrounding communities.

“These reforms will deliver smarter decisions, quicker permitting, and projects that are built better and faster,” said Brenda Mallory, chair of the council. “As we accelerate our clean energy future, we are also protecting communities from pollution and environmental harms that can result from poor planning and decision making while making sure we build projects in the right places.”

The move comes as President Biden rushes to push through a slew of major environmental rules ahead of November’s presidential election, including policies to limit climate-warming pollution from cars, trucks, power plants and oil and gas wells; to protect the habitats of the sage grouse and other endangered species; to ban asbestos; and to remove so-called forever chemicals from tap water.

Subscribe to The Times to read as many articles as you like.

Read the full story here.
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Scorching schoolyards: California groups want more trees, less asphalt at schools

Too few trees at California’s schools mean there’s little protecting students from a warming planet. Here’s how advocates say the state can pay for more shade.

In summary Too few trees at California’s schools mean there’s little protecting students from a warming planet. Here’s how advocates say the state can pay for more shade. Schoolyards are hot and getting hotter, but only a tiny fraction of California’s grade school students can play in the shade. Researchers and advocates are pushing the state to allocate money for green schoolyards, which can include trees, grass or gardens in place of the flat asphalt or rubber play surfaces at most schools.  With the help of more than $121 million in state grants, 164 schools already are on their way to either designing or building green schoolyards. Many more applied for the school greening grants, with requests totaling more than $350 million for projects they hoped to build. The high applicant numbers highlight growing demand for greenery at schools as the climate gets hotter. But with California’s Green Schoolyards program depleted and a state general budget deficit of $56 billion over the next two fiscal years, where will the money for green school projects come from?  Some environmental groups are pushing for a proposed climate bond that would include $350 million for the green schoolyards program. They also are pushing for a $1 billion carve-out in a proposed $14-$15 billion school infrastructure bond that could go before voters this November. Students from International Community Elementary and Think College Now Elementary play during recess in Oakland on April 29, 2024. Advocates say millions of children lack outdoor shade at California’s public schools. Photo by Laure Andrillon for CalMatters “It is well known that our K-12 schoolyards, play structures and campuses are among the most dangerous climate liabilities currently facing the state — principally due to the deadly heat and flood potential our kids are being exposed to now,” environment groups wrote in a letter to authors of two school infrastructure bond proposals, Assemblymember Al Muratsuchi, a Democrat from Torrance, and state Sen. Steve Glazer, a Democrat from Orinda. Muratsuchi told CalMatters he is reluctant to dictate how schools should use bond money.  “I’m aware of their request, but we have many other requests to consider,” he said, such as funds for heating and air conditioning systems and solar energy on campuses. “But those priorities will be defined by local school districts.” Learn more about legislators mentioned in this story. Steven Glazer Democrat, State Senate, District 7 (Orinda) Al Muratsuchi Democrat, State Assembly, District 66 (Torrance) Students need outdoor shade On a typical 90-degree day under full sun, grass can reach 95 degrees, while asphalt can hit 150  and rubber surfaced play areas can reach 165 degrees, according to research by the UCLA Luskin Center for Innovation.  Forget 90 degrees; other research predicts much of the country is on track for more than double the usual number of 100-degree days by midcentury. Fresno already averages 33 days of 100+ degrees each year, Sacramento has 19 and Riverside has 14, federal weather data shows.  Unrelenting sun and high heat are bad for kids, the Luskin Center says: “Playing outside in the heat can lead to dehydration, headaches, heat stroke and other health impacts.”  Shade from trees is one of the best ways to cool things down, the researchers said, because it can reduce heat exposure to children by as much as 70 degrees.  But most of California’s schools lack tree canopy, and the trees that do exist on campuses are often around the perimeter, where students can’t access their shade during recess.  Green Schoolyards America, a nonprofit dedicated to building more green space on campuses, recently conducted a study of the tree canopy shading the state’s more than 10,000 public schools.  It found that an average of 6.4% of the school areas students access are covered by tree shade. More than 2.5 million students attend schools with less than 5% tree canopy in student areas. That’s a far cry from what urban forestry and climate experts recommend. They say there needs to be enough trees to cover 30% of every city. Driven by that goal, Green Schoolyards America is pushing for ways to plant trees to cover at least 30% of each school area used by children during the day.  So far only 29,452 California students have that level of tree canopy, out of nearly 6 million students.  The schoolyard at the César E. Chávez Education Center in Oakland, prior to the creation of a ‘living schoolyard’. Advocates say most of California’s public schools lack trees or other outdoor shade sources, leaving millions of students vulnerable to heat and sun. Photo by Angela DeCenzo, Trust For Public Land “This is a long-term infrastructure problem,” said Sharon Gamson Danks, chief executive of Green Schoolyards America.   “It’s not building a little garden in the corner. It’s actual infrastructure, on par with highway building. It’s an investment, and we want children to not be overlooked in preparing for climate and protecting their health.” Most greening projects on school campuses include more trees, but they can also include mulch, grassy fields to replace asphalt, and wooden play and learning structures, said Šárka Volejníková, the Trust for Public Land’s program director for Bay Area parks.  The difference green space makes At the César E. Chávez Education Center in Oakland, students — many from low income families — used to play on a yard that was 90% asphalt. The school is surrounded by freeways and industrial factories, and students suffer with high asthma rates, said Eleanor Marsh, the school’s former principal.  “In lower income areas the schools have more concrete,” Marsh said. “That is just the reality. And in higher income areas, kids have more natural play structures that have been fundraised for by PTA’s. It becomes an equity issue around mental health and access to core academics.”  The school received a $1.2 million grant from the California Natural Resources Agency’s Urban Greening program and worked with the Trust for Public Land in 2020 to completely renovate the schoolyard, adding more greenery, trees and play structures that would be cooler and more academically enriching.  Students were part of the process, taking the temperature of the asphalt and rubber playground and recommending alternatives.  First: José Luis Rodriguez teaches fifth-grade students about gardening. Groups want more outdoor shade at schools. Last: Students plant succulents at the César E. Chávez Education Center’s living schoolyard in Oakland on April 29, 2024. Photos by Laure Andrillon for CalMatters Now students take outdoor gardening classes and play and run through their new “river” made with bricks, which doubles as a stormwater runoff system on rainy days.  There’s no lack of enthusiasm for greening projects among educators, said Marsh, now principal at San Pedro Elementary School in San Rafael.  “Every public school in California is up against huge budget cuts,” she said. “There is no money at the school site level to improve the physical space for students. So we are really relying on support from the state.”  Where the money could come from  The time to dedicate more funding to green schoolyards is now, said Manny Gonez, director of policy initiatives for the Beverly Hills environmental group TreePeople. The latest proposals for a climate bond, which would be paid off over many years, includes an ask for $150 million for an urban greening grant, which doesn’t exclusively fund school greening programs but has in the past. TreePeople also supports the request for $1 billion in the proposed school infrastructure bond.  “Ultimately the priorities for school facilities funding should be driven by educators and not by the environmental lobby.” Assemblymember Al Muratsuchi, Democrat from Torrance Traditionally school bonds are for new school construction or renovation. School districts can apply for the state bond funds for projects and must provide local matching funds. There is money set aside for financially strapped districts that can’t provide as much of a local match.  “This is a small down payment to really scale up the work that the state has been doing with these 164 schools,” Gonez said, referring to schools that already have green schoolyard grants. The Trust for Public Land wants money set aside for green schoolyard projects and for the most needy schools to get priority, said Juan Altamirano, the group’s director of government affairs. Earmarking the funds in the proposed school bond would boost support for the measure overall, Altamirano said. California voters — even those without children — support more green schoolyards, an April survey of 800 voters by the Trust for Public Land showed.   Some legislators were noncommittal when discussing the request.  Muratsuchi said he has been an environmental champion in the Legislature and understands the need for more green school funding. But in this case, it’s not up to him to define that as a priority in the school infrastructure bond.  “Ultimately the priorities for school facilities funding should be driven by educators and not by the environmental lobby,” he said. Students in International Community Elementary and Think College Now Elementary play soccer during recess on an unpaved surface at the César E. Chávez Education Center’s living schoolyard in Oakland, California, on April 29th, 2024. Unpaved surfaces let water filter into the ground and reduce air temperature. Groups also want more outdoor shade at schools. Photo by Laure Andrillon for CalMatters Glazer denied Calmatters’ request for an interview, saying he is not directly involved in the decision making of this issue.  California already has committed to increasing the tree canopy on schoolyards on paper, but how that will happen is unclear. In the state’s Nature-Based Solutions Climate Targets published in April, officials said the state would prioritize greening schoolyards through its School Facility Program, “ensuring greening schoolyards is not just a consideration but an integral expectation when local educational agencies undertake new school construction projects and modernization projects.”  Gov. Gavin Newsom’s office did not answer questions about plans to fund greening school projects. Alex Stack, a Newsom spokesperson, said “No other governor has done as much as Gov. Newsom to protect people from extreme heat.”  Stacks said the green schoolyard grants already allocated are part of Newsom’s 2022 Extreme Heat Action Plan, funded by $52.3 billion in the California Climate Commitment budget.  Newsom cut the climate budget, and other parts of the budget, by more than 7% in his May revised proposal. 

How data gaps could put US territories like Guam and Puerto Rico at greater risk for climate change

"If folks are serious about environmental justice, they need to be serious about addressing equity issues in U.S territories."

A new federal report found that federal agencies frequently fail to collect the same amount of data about U.S. territories that they collect, and maintain, for states, which advocates say has wide implications for climate adaptation and mitigation. The report, authored by the U.S. Government Accountability Office, or GAO, examined federal data collection in five island territories: Puerto Rico, the U.S. Virgin Islands, the Commonwealth of the Northern Mariana Islands, Guam, and American Samoa. The latter three are home to relatively large communities of Indigenous Pacific Islanders. Guam, American Samoa, and the Virgin Islands are currently on the United Nations’ list of non-self-governing territories, a list of modern colonies whose peoples have not yet achieved self-government. All U.S. territories are experiencing the impacts of warming oceans, more frequent and violent storms, and bleaching coral reefs. “As the saying goes, if you don’t count, then you don’t count,” said Neil Weare, co-director of Right to Democracy, an advocacy group for residents in U.S. territories. “If folks are serious about environmental justice, they need to be serious about addressing equity issues in U.S territories, particularly when it comes to issues of data collection.”  The GAO report doesn’t specifically mention climate change, but much of the missing data is closely related: demographics, economics, and agriculture. For instance, of all the National Agricultural Statistics Services’ statistical products, only one includes data from the territories. In American Samoa, where subsistence agriculture is becoming increasingly important to address gaps in food security and is also highly susceptible to the impacts of climate change, local officials say the census may undercount farms by relying too heavily on the presence of electric meters. Some of the barriers to data collection are statutory: Federal legislation often leaves out U.S. territories. But other barriers include limited sample sizes due to relatively small populations; the high cost of collecting data, especially when agencies lack local staff; and technical challenges including a lack of residential postal addresses or postal delivery services on many islands that the Census Bureau normally relies on to mail surveys. The Bureau of Labor Statistics includes Puerto Rico in just four of its 21 statistical products, and it doesn’t include American Samoa or the Commonwealth of the Northern Mariana Islands in any of them. The agency says it excludes Guam, American Samoa, and the Northern Mariana Islands from many of its labor statistics in part because they don’t have local unemployment insurance programs.  On Guam, local officials said they’re often excluded from the federal Social Vulnerability Index, which estimates communities’ susceptibility to natural disasters, and worry that the lack of inclusion leads to underestimates of their need for resources. Guam and the Northern Mariana Islands, which make up the same western Pacific archipelago, are frequently hit with typhoons and are still recovering from Typhoon Mawar and Yutu, the latter of which was the strongest storm in nearly a century to hit the U.S.  The report said that the Biden administration should ensure that the chief statistician at the Office of Management and Budget develop a plan for how to address the data gaps in consultation with the territories. This is encouraging to Neil Weare, who says it puts the onus on the Biden administration to act quickly. “One of the key takeaways from that report is that the Biden administration can take action on many, if not almost all, of these items without further congressional approval,” Weare said. “So this really does set the stage for the Biden administration to act on these issues.” This story was originally published by Grist with the headline How data gaps could put US territories like Guam and Puerto Rico at greater risk for climate change on May 21, 2024.

Darwin Revisited: Modern Data Sheds Light on Ancient Evolutionary Theories

Ever since Darwin introduced his groundbreaking theory of evolution, biologists have been captivated by the complex processes that enable species to evolve. Can mechanisms responsible...

Researchers have demonstrated that the capacity for rapid adaptation within a few generations, known as evolvability, can also explain species divergence over millions of years. By analyzing extensive datasets from current species and fossils, they found that traits with high evolvability show more divergence over time, influenced by environmental fluctuations, which plays a crucial role in shaping evolutionary outcomes.Ever since Darwin introduced his groundbreaking theory of evolution, biologists have been captivated by the complex processes that enable species to evolve.Can mechanisms responsible for the evolution of a species over a few generations, called microevolution, also explain how species evolve over periods of time extending to thousands or millions of generations, also called macroevolution?A new paper, just published in Science, shows that the ability of populations to evolve and adapt over a few generations, called evolvability, effectively helps us understand how evolution works on much longer timescales. By compiling and analyzing huge datasets from existing species as well as from fossils, the researchers were able to show that the evolvability responsible for microevolution of many different traits predicts the amount of change observed between populations and species separated by up to one million years.“Darwin suggested that species gradually evolve, but what we found is that even though populations rapidly evolve over the short term, this (short-term) evolution doesn’t accumulate over time. However, how divergent populations and species are, on average, over long periods of time still depends on their ability to evolve in the short term,” said Christophe Pélabon, a professor at NTNU’s Department of Biology and senior author of the paper.Big datasets from living creatures and fossilsThe ability to respond to selection and to adapt, the evolvability, depends on the amount of heritable (genetic) variation. The researchers conducted their analysis by first compiling a massive dataset with measures of evolvability for living populations and species from publicly available information. They then plotted evolvability against population and species divergence for different traits such as beak size, number of offspring, flower size and more.They also examined information from 150 different lineages of fossils, where other researchers had measured differences in morphological traits in the fossils over time periods as short as 10 years and as long as 7.6 million years.Darwin noted how different finches from the Galapagos Islands developed different kinds of beaks, based on the food that they specialized in eating. Later studies showed how rapid fluctuations in seed size over time led to rapid fluctuations in beak size, just as suggested by the new study, published in Science. This illustration is from Darwin, 1845. Journal of researches into the natural history and geology of the countries visited during the voyage of H.M.S. Beagle round the world, under the Command of Capt. Fitz Roy, R.N. 2d edition. Credit: John GouldWhat they saw was that traits with higher evolvability were more divergent among existing populations and species, and that traits with higher evolvability were more likely to be different from each other between two consecutive fossil samples.Conversely, traits with little evolvability or little variability didn’t change very much between populations or between successive fossil samplesEnvironmental fluctuation is the keyTraits with higher evolvability change rapidly because they are able to respond to environmental changes more quickly, Pélabon said.The environment – things such as temperature, the type of food available, or any other characteristic important for the survival and the reproduction of the individual – is the driving force of evolutionary changes because populations try to adapt to their own environment. Typically, environments are changing from year-to-year or decades-to-decades, fluctuating around stable means. This generates fluctuation in the direction of selection.Highly evolvable traits can rapidly respond to these fluctuations in selection and will fluctuate over time with high amplitude. Traits with little evolvability will also fluctuate but more slowly and thus with lower amplitude.“Populations, or species, that are geographically distant from each other are exposed to environments whose fluctuations are not synchronized. Consequently, these populations will have different trait values, and the size of this difference will depend on the amplitude of the trait’s fluctuation, and therefore on the evolvability of the trait,” Pélabon said.Consequences for biodiversityThe researchers’ results suggest that selection and therefore the environment has been relatively stable in the past. With climate change, things are rapidly changing, and mostly in one direction. This may strongly affect patterns of selection and how species can adapt to environments that are still fluctuating but around optima that are no longer stable even over periods of time of a few decades.“How much species will be able to track these optima and adapt is uncertain, but most likely this will have consequences for biodiversity, even on a short timescale,” he said.Reference: “Evolvability predicts macroevolution under fluctuating selection” by Agnes Holstad, Kjetil L. Voje, Øystein H. Opedal, Geir H. Bolstad, Salomé Bourg, Thomas F. Hansen and Christophe Pélabon, 9 May 2024, Science.DOI: 10.1126/science.adi8722

Top scientists urge action against faeces in rivers

A team of Royal Academy of Engineering scientists say the risk from human faeces is increasing.

Top scientists urge action against faeces in riversJust nowEsme Stallard,Climate and science reporter, BBC NewsBBCHuman faeces in our rivers is putting the public in danger and the risk will increase without action, the UK's top engineers and scientists have warned in a report.The report led by the Royal Society of Engineering called for an upgrade of the UK's sewage system and more widespread testing of the country's waterways.Prof Chris Whitty - the UK's chief medical officer - said it was a "public health priority as well as an environmental one".The government said the largest infrastructure programme in water company history was currently taking place.Despite improvements in the UK's water quality, raw sewage overflowing into rivers and seas is a persistent problem. Last year on average there were 1,271 spills a day in England - a doubling on the previous year. Less than a week ago, thousands of residents in Devon had to resort to drinking bottled water after their supply was polluted with the parasite Cryptosporidium apparently because of a faulty valve in Southwest Water's network. Professor Barbara Evans, chair of public health engineering at the University of Leeds and one of the study's co-authors, told the BBC: "One of the most dangerous things in our lives is human faecal waste."She said: "We now know that more of [this waste] is going back into the environment. And we know that more people want to use bathing waters."So we have to say that there's an increased risk of an outbreak of infectious faecal oral disease."Consumption of water contaminated with human faeces exposes people to bacteria such as salmonella and E.coli which cause diarrhoea and vomiting or viruses like hepatitis A which can lead to liver infection.PAThe report said testing was more important than ever as more people took part in leisure activities in the UK's seas and riversMelissa Compton, 44, a nurse from Shrewsbury, regularly swims in the sea near her home in Anglesey and in the River Severn.She told the BBC it was really important for the public to be able to swim and enjoy the UK's rivers."I love it - it's a freedom that I get. Kids play in the river, people fish, and the wildlife really depends on it. It's part of life."But she knows the risks of contact with sewage pollution after being brought to hospital whilst taking part in a 220-mile charity swim in the River Severn."What I was swimming through was just awful, sickly, slightly grey in colour and it just stank."She now uses the Surfers against Sewage maps to know when sewage has been released.Melissa ComptonMelissa Compton had hospital treatment after "swallowing raw sewage" whilst swimming the length of the River SevernThe report recommends that any data from more regular testing of the rivers should be made available to the public so they can keep themselves safe. Currently this is only undertaken regularly by the Environment Agency at designated bathing water sites.The government announced last week that England will get 12 more official bathing sites along rivers taking the total to 15.And a spokesperson for the water company trade association Water UK said: "Water companies have a plan with proposals to double the current level of spending between now and 2030 "with bathing areas heavily prioritised for investment".The report puts forward 15 recommendations including to:Improve maintenance of the existing sewage networkReturn to collecting widespread data on faecal bacteriaReview the current regulations on bathing waterDevelop a long-term strategy for better designing cities to reduce floodingCharles Watson, chair of River Action UK, said it was a "brilliant piece of work, produced by some of the most authoritative people in the medical and engineering professions".He particularly welcomed their call to expand testing for bacteria and viruses from faeces. When asked what could be the impact of not implementing these recommendations he said: "someone will die."The scientists said upgrading infrastructure such as the Thames Tideway Tunnel project is just one part of the solutionThe authors were keen to stress that the government should not just focus on improving infrastructure - which would reduce the short-term health risk - but a longer-term vision for how the UK's cities are designed.Since 1950 the UK's population has grown by a third and cities and towns have continued to expand, paving over natural landscapes. This has increased the volume of water running off into the sewage system - increasing the pressure on the old infrastructure.Prof David Butler, chair of the National Engineering Policy Centre working group on wastewater, explained that the system would become only more strained."Growing urbanisation and forecasts for more frequent and intense rainfall events due to climate change will mean increasing pressure is put on our ageing wastewater system," he said.The experts recommended increasing rainwater collection, expanding natural environments like wetlands and installing smart water meters. These would all help to reduce the amount of water and sewage going into the network.In May the government announced it was awarding £11.5m to local projects to increase tree planting and restoring habitats like the Limestone Becks, which would help absorb excess rainfall and run off. Additional reporting by Maddie Molloy

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