‘Large and Dangerous’ Hurricane Lee Heads for New England and Canada

After days of churning in the Caribbean, where Hurricane Lee reached Category 5 status with maximum sustained winds of 165 miles per hour (mph), the storm is headed toward the Atlantic Coast of New England and Canada.

According to the National Hurricane Center, the “large and dangerous” Category 1 storm is projected to make landfall this weekend.

“It’s a batten-down-the-hatches kind of day,” said Kim Gillies, owner of Maine’s Boothbay Harbor Marina, as The Associated Press reported.

Emergency management agencies and the U.S. Coast Guard warned communities in New England to prepare for the storm, as residents removed boats from the water.

Nova Scotia and New Brunswick were under a hurricane watch, while a tropical storm warning was in effect for Bermuda and Massachusetts — including Martha’s Vineyard and Nantucket — north to the border of the U.S. and Canada, the National Hurricane Center said.

“Today is the last day to prepare,” meteorologist Stephanie Abrams with The Weather Channel said on CBS Mornings, as reported by CBS News. “Conditions go downhill tonight, and tomorrow, Lee will be battering parts of New England. The strongest winds are expected to be along the coast.”

The National Hurricane Center predicted the southern portion of New England would start seeing tropical storm conditions, including flooding along the coast, this afternoon. Lee was expected to make landfall in Canada on Saturday.

Most of Maine is currently under a tropical storm warning, Portland, Maine’s WMTW News reported. The storm currently has maximum sustained winds of 80 mph, the hurricane center said.

“The winds will increase through the day today, and tomorrow gusting as high as 75 mph,” Abrams said, as reported by CBS News. “Sunday, they’re going to start to taper off from the south to the north.”

More than three million people were under warnings and watches, Abrams said.

New England is still dealing with the aftermath of stormy weather that brought heavy rain, flooding and tornados, The Associated Press reported.

Tide and storm surge from Hurricane Lee are expected to cause more flooding along the New England Coast, reported NBC News. Forecasters said Cape Cod, Boston Harbor, Long Island Sound and other coastal areas were expected to get one to three feet of flooding, with one to two feet in parts of New York.

So far there have been five hurricanes and 14 named storms in 2023. Last month the National Oceanic and Atmospheric Administration (NOAA) said atmospheric and ocean conditions like record warm temperatures were expected to contribute to an “above normal” hurricane season.

“NOAA forecasters have increased the likelihood of an above-normal Atlantic hurricane season to 60% (increased from the outlook issued in May, which predicted a 30% chance),” the agency said in a press release issued last month.

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‘It’s gigantic’: Hurricane Lee heads for New England and Atlantic Canada

Hurricane Lee, a mammoth peak-season storm in the Atlantic, is making a beeline for New England and Canada. Once a Category 5 storm, Lee weakened to Category 1 by the time it made a northward pivot and began its march toward land on Thursday. But the storm is still expected to lash parts of Massachusetts, Maine, New Brunswick, and Nova Scotia with tropical-storm-force winds, rain, waves, and potentially catastrophic storm surge as it makes landfall over the weekend.  

Meteorologists are especially concerned about the Bay of Fundy, a body of water between eastern Maine and Nova Scotia that holds the record for the highest tides in the world — with a difference of up to 53 feet between low and high tides. With a little bit of bad timing, Lee’s powerful winds could force a tremendous amount of water into the bay on top of a high tide, and inundate New Brunswick and Nova Scotia with record flooding. 

Mark Wiatrowski steps over the mast onboard his boat, which was in the process of being hauled out of the water ahead of Hurricane Lee in Hyannis, Massachusetts on September 13. David L. Ryan / The Boston Globe via Getty Images

Even on an ordinary day, the Fundy tides are so dramatic that they can sweep over whole beaches in a matter of minutes. In some parts of Nova Scotia and New Brunswick, the incoming water at high tide pushes so far inland that it reverses the flow of rivers, a phenomenon known as a tidal bore.

“If the storm goes just west of the Bay of Fundy, and it’s aligned with the correct tide cycle — well, it’s an unfortunate science experiment,” said Jeff Berardelli, chief meteorologist for WFLA-TV in Tampa Bay, Florida. “We’ve never seen something like that exactly.” 

Lee’s winds will be blowing west, which makes Nova Scotia, on the east side of the Bay of Fundy, particularly vulnerable to rising waters. There, waves could reach 40 feet in height on top of three to six feet of storm surge. “The water impacts, just exactly what’s going to happen there, that’s the big question mark,” said Ryan Truchelut, a meteorologist and the founder of the weather Substack WeatherTiger. “That’s potentially the most serious aspect of the storm.” 

Storm surge could also be an issue on the north-pointing part of Cape Cod, Massachusetts. The National Hurricane Center has issued a storm surge watch for that portion of the cape. 

Sixty-four-year-old Howard Zwicker owns the Harbour Grille & Gift House on Grand Manan Island, a small Canadian island between Maine and Nova Scotia at the wide mouth of the Bay of Fundy. On Thursday morning this week, he was unruffled by the forecast. “We’re cleaning up our yard, taking down our hanging plants and our patio furniture, and that’s pretty much it,” said Zwicker, who was born on Grand Manan Island and has run the Harbour Grille with his wife for the past decade. “Everybody is doing their due diligence, but nobody’s panicking.” 

Luis Javier and Wichie Torres pull lobster boxes to dry ground at the Stonington Lobster Co-op in preparation for the possible arrival of Hurricane Lee in Stonington, Maine, on September 15. Joe Raedle/Getty Images

Storms of Lee’s intensity are not unusual in the northern Atlantic, though they rarely make landfall in New England and coastal Canada. Lee’s impacts will also be abnormal in a couple of respects. It’s a large weather system — the hurricane’s tropical force winds span roughly 600 miles in diameter — which means its effects will be felt in multiple states along the Eastern Seaboard. 

“It’s gigantic,” said Truchelut. “In terms of tropical storm wind radii, this is one of the very largest out there.” Much of coastal New England will experience huge, battering waves that are 15 feet or higher. On Thursday, the governor of Maine issued a state of emergency as the state was put under its first hurricane watch in 15 years. 

The other unusual thing about Lee is that the storm will bring flooding to a part of the U.S. that is already waterlogged from a summer so rainy it broke records in parts of New Hampshire and Vermont. This summer was Maine’s second wettest on record, behind the summer of 1917. Record-breaking rainfall is a telltale sign of climate change; research shows a hotter atmosphere holds more evaporated water

Flooding brought on by Lee on top of the already soaked soil in New England will make the storm’s impacts more dangerous. Heavy gusts of wind can cause trees rooted in saturated soil to tip over, and localized flooding is more likely. “Fifty- or 60-mile-per-hour winds, you get that every year,” Truchelut said. “The difference here is that the trees still have their leaves on, and the soil is wet from recent rainfall.” 

Climate change doesn’t create large hurricanes like Lee, but it does make them intensify faster and occur more frequently. The Atlantic Ocean is currently going through a period of extreme sea-surface warming — water temperatures in parts of the North Atlantic have hovered around 77 degrees Fahrenheit for more than a month, “almost beyond the most extreme predictions of climate models,” the Washington Post reported in July. That record warmth allowed Hurricane Lee to intensify from a tropical depression to a Category 5 storm in less than three days, a phenomenon that has only happened a couple of times before in Atlantic hurricane history. 

Two men board up a door in preparation for Hurricane Lee in Scituate, Massachusetts. David L. Ryan / The Boston Globe via Getty Images

“Given the record-high sea-surface temperatures in the North Atlantic, it is interesting that in this year we see a hurricane barreling toward New England,” said Sean Birkel, the state climatologist for Maine. “Because it is rare for hurricanes to reach New England and certainly into Maine.” 

Lee is arriving at the meteorological midpoint of hurricane season, and there are multiple other storm systems on its tail. These include Margot, which is churning in the middle of the Atlantic, and a still-forming storm that could become Hurricane Nigel. Forecasts show Nigel taking the same path as Lee, west across the Atlantic Ocean and up past Bermuda. Even if the Northeast escapes major damage from Lee, it may not be out of the woods yet.

Jake Bittle contributed reporting to this article.

This story was originally published by Grist with the headline ‘It’s gigantic’: Hurricane Lee heads for New England and Atlantic Canada on Sep 15, 2023.

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El Niño 95% Likely to Continue Through March 2024: Climate Prediction Center

The Climate Prediction Center (CPC), part of the National Oceanic and Atmospheric Administration’s (NOAA) National Weather Service, has issued an El Niño Advisory that predicts an over 95% chance that the El Niño climate pattern will continue through winter to March 2024.

“In August, sea surface temperatures (SSTs) were above average across the equatorial Pacific Ocean, with strengthening in the central and east-central Pacific,” CPC said in a statement.

In its notice, the CPC said that the likelihood of a “strong” El Niño is now 71%, although it explained that a stronger El Niño doesn’t always lead to strong local impacts. However, this climate pattern can impact different regions in varying ways.

“As El Niño strengthens to strong status, there is a good likelihood it will have an impact on the upcoming growing season for the southern hemisphere crop production areas,” Chris Hyde, a meteorologist at Maxar, a space-technology company, told Reuters. “This includes crops in South Africa, Southeast Asia, Australia and Brazil where the weather is typically drier and warmer than normal.”

During an El Niño event, trade winds are weaker, and warmer water moves east toward the Pacific Coast of the U.S. This typically causes warmer, drier conditions in the northern U.S. and Canada and wetter conditions in the southern U.S., NOAA explained. However, no two El Niño events are the same, and they can bring different impacts around the world.

El Niño events usually happen every 2 to 7 years and last for 9 to 12 months. As The Weather Channel reported in June 2023, the current El Niño episode arrived earlier this year, and at the time had a 56% chance of becoming a strong El Niño event.

By July, the World Meteorological Organization warned that this year’s El Niño may lead to record-breaking temperatures and extreme weather. The last strong El Niño event happened in 2016, the hottest year on record.

The WMO previously predicted El Niño had a 90% chance of continuing with at least moderate strength through the end of this year.

The average sea surface temperatures in the Pacific Ocean has been higher than usual for August and up from July, when the global sea surface temperature average reached a record high. “The global climate models we rely on are pretty certain that the currently observed warmer-than-average sea surface temperatures will last and even strengthen through winter 2023–24,” wrote Tom Di Liberto, writer for Climate.gov. “After which, this El Niño event is expected to weaken, which is normal for these types of events.”

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Earth911 Podcast: Rayven CEO Owen Barrett on Electrifying the Nation’s Apartment Buildings

Owen Barrett, cofounder and president of Rayven, is working to make it easy for individuals…

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This tax tweak is supercharging Biden’s climate agenda

Tucked deep within President Biden’s landmark climate bill sits a seemingly small tweak to IRS rules that, for the first time, lets companies sell their clean energy tax credits. 

The change accounts for just a fraction of the 100,000 or so words in the Inflation Reduction Act, or IRA, which Congress passed in 2022. But experts say that by making clean energy tax credits more accessible, the move will help drive most of the government’s investment in the sector over the next decade and supercharge the industry. 

“It’s pretty unprecedented,” said Jorge Medina, an attorney who specializes in renewable energy and tax policy at the firm Shearman & Sterling. “There hasn’t been a program quite like this, and not on this scale.” 

After President Biden signed the IRA into law last summer, the Congressional Budget Office estimated that its tax credits would account for roughly three quarters of the legislation’s $369 billion in climate incentives. When the treasury department released its proposed transferability rules in June, Secretary Janet Yellen called the mechanism a “force multiplier.”

The IRA provides tax credits for a range of clean energy technologies, from the deployment of solar and wind to the development of clean hydrogen and carbon-capture projects. But these benefits can only be used to offset tax liabilities, which many startups or projects may not have until they begin earning profits.

Before the IRA, clean energy developers got around this by creating a legally complex “tax-equity” partnership, said Rachel Chang, a policy analyst at the Center for American Progress. That, however, often sidelined smaller players because with only so much tax liability to go around, investors often focused on more lucrative projects. 

“The tax-equity market has been to some extent what’s holding renewables back,” said Medina. 

The IRA made capitalizing on these incentives much easier. Now, a developer who doesn’t have a tax liability can sell their credits to a company that does and get cash to help fund its project. While credits can only be transferred once, Medina and others still anticipate that this streamlined process will make developing clean energy more appealing. 

Interest has already proven so great that in June, the Congressional Joint Committee on Taxation estimated that the credits will be worth $663 billion by 2033 — about 250 percent higher than the Congressional Budget Office’s earlier projection. On the anniversary of the IRA, in August, Bank of America made the first public announcement of a transfer deal when it agreed to buy $580 million in wind energy tax credits from renewable power developer Invenergy. 

The burgeoning market has also created an industry of connecting tax-credit buyers and sellers. “There’s a niche market of brokers that has grown since the IRA started,” said Medina. “There are probably dozens of them.”

Crux is among the companies that has stepped into this new sector. It has raised $8.85 million in capital for a software platform that helps buyers, sellers, and intermediaries navigate the often complex bidding process, paperwork, and regulatory requirements associated with the transfers. 

“These are simpler transactions than tax equity, but they aren’t simple,” said co-founder and CEO Alfred Johnson, who was previously deputy chief of staff to Yellen. 

One of the biggest potential chokepoints, Johnson said, will be ensuring there are enough buyers for the anticipated surge in the supply of credits. While demand has so far come from traditional players in the tax-equity space — like big banks — he “increasingly sees new buyers come to the market,” and Crux claims it is already helping facilitate more than $1 billion in deals.

The credits generally are sold at slightly less than face value. Medina says prices have varied depending on the credit in question and how risky a project is, but they typically go for about 85 to 95 cents on the dollar.

A related change in the tax code under the IRA allows tax exempt entities such as nonprofits or state and local governments to skip the transfer market entirely. Instead, the government pays them 100 percent of the credit directly. 

“It’s pretty revolutionary,” said Jillian Blanchard, the director of the climate program at Lawyers for Good Government. Her team is encouraging eligible organizations to take advantage of this windfall, and educating them on the process. “It’s finally becoming available to public entities and tax exempt entities in a way that can be game changing.”

Neither of the new tax changes, however, are perfect. One issue for tax exempt entities, Blanchard said, is that the treasury’s proposed rule doesn’t allow them to claim the credit when they work with one another, which could be beneficial. For example, if a town and a local renewable energy nonprofit collaborate on a solar project.

As far as the tax credits go, some in the tax and clean energy sectors have argued that individuals — and not just corporations — should be able to purchase them, which would further expand the pool of buyers. The final version of the rules, expected this fall, could incorporate some of these changes. 

One concern that the changes are unlikely to fix, however, is that the tax-credit transferability could subsidize companies outside the climate sector, including those that are driving greenhouse gas emissions. “Some of the tax breaks may go somewhere that policymakers never wanted,” said John Buhl, an analyst at the Urban-Brookings Tax Policy Center. “There’s nothing to stop oil companies, or particular types of businesses, from buying these assets.” 

Overall, though, experts say the newfound ability for companies to transfer tax credits appears to be on track to meet its objective of rapidly getting more clean energy out into the world.

This story was originally published by Grist with the headline This tax tweak is supercharging Biden’s climate agenda on Sep 15, 2023.

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How climate change contributed to the staggering flood death toll in Libya

Catastrophic flooding earlier this week in Libya killed at least 10,000 people, with more than 30,000 people displaced, after Storm Daniel pummeled the coast and two dams broke in quick succession.

Nearly a quarter of Derna, a coastal city in the eastern corner of Libya, was destroyed in the flooding, with entire blocks of buildings now missing and washed out to sea. 

Death counts range, reaching estimates as high as 20,000, a number that came from the mayor of Derna. The Libyan Red Crescent put the number slightly lower at more than 11,000, as reported by the Associated Press. 

Tropical storms or hurricanes in the Mediterranean are often referred to as “medicanes,” and while these weather events don’t reach speeds fast enough to qualify as official hurricanes, they can be quite destructive. Storms like Daniel are considered rare, and are expected to remain rare, but higher sea surface temperatures fueled by climate change can supercharge medicanes and make them more forceful, according to Kerry Emanuel, a professor emeritus of atmospheric science at the Massachusetts Institute of Technology. 

“We expect, actually, to see fewer medicanes in the future, but we expect to see more of the stronger variety of medicanes,” said Emanuel. 

Mario Miglietta, a meteorologist with the Italian National Research Council, also pointed out that a unique weather phenomenon called atmospheric blocking might have had a big influence on the path of the storm. A mass of warm air trapped the storm in place, as it gathered energy and intensified. 

Storm Daniel is not unprecedented, as Ianos, the storm that hit Greece three years ago also intensified quickly before making landfall. But Miglietta said it’s an area to examine as atmospheric conditions change amidst a warmer climate. 

“[Atmospheric blocking] was the reason why the cyclone persisted over the same region of the Mediterranean Sea for so long, which is unusual,” said Miglietta.

Another important factor: the crumbling infrastructure in Derna, which led to the failure of two dams known as the Al-Bilad and Abu Mansour Dams. The 50-year-old dams were in need of severe repairs, according to a 2022 study from a researcher at Omar Al-Mukhtar University in Bayda, Libya. The study cited the area as highly prone to flooding, and specifically referred to the need for continued dam maintenance.

But the current political situation in the country left little room for planning. Libya has only recently emerged from a civil war, which started in 2014 and ended in 2020, and is still governed by two official administrations. One is located in the west in Tripoli and has been recognized by the United Nations; the other is in the east in Tobruk, which governs over Derna. A number of militias also exercise power over areas of the country, complicating the question of recovery. 

This made shoring up infrastructure a difficult task, according to Daniel Aldrich, professor of political science and public policy at Northeastern University in Boston, Massachusetts. 

“In Libya, it wasn’t that they were just thinking about, Okay, what happens if there’s a major sort of rains after a long drought because of climate change,” he told Grist. “They’re also worried about other things, for example: Are there armed parties out there, we need to defend ourselves against? How do we handle the possibility of collapse when there’s no clear government going on? These are all major problems they’re facing.”

This story was originally published by Grist with the headline How climate change contributed to the staggering flood death toll in Libya on Sep 14, 2023.

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Six of Nine Planetary Boundaries Have Now Been Exceeded, Study Says

A new study by an international team of 29 scientists from eight countries provides the third update to the planetary boundaries framework. The update shows how human activities are increasingly impacting our planet, thus augmenting the risk of triggering drastic changes in Earth’s overall conditions.

The nine planetary boundaries represent the limits within which humans can continue to thrive and develop.

“The planetary boundaries framework draws upon Earth system science,” the study said. “It identifies nine processes that are critical for maintaining the stability and resilience of Earth system as a whole. All are presently heavily perturbed by human activities. The framework aims to delineate and quantify levels of anthropogenic perturbation that, if respected, would allow Earth to remain in a ‘Holocene-like’ interglacial state. In such a state, global environmental functions and life-support systems remain similar to those experienced over the past ~10,000 years rather than changing into a state without analog in human history.”

The study found that two-thirds of the boundaries had already been breached, indicating the planet is entering dangerous, uncharted territory.

“This planetary boundaries framework update finds that six of the nine boundaries are transgressed, suggesting that Earth is now well outside of the safe operating space for humanity. Ocean acidification is close to being breached, while aerosol loading regionally exceeds the boundary. Stratospheric ozone levels have slightly recovered,” the study said.

Climate interacting with life on Earth has controlled our planet’s environmental conditions for more than three billion years, reported the University of Copenhagen. Human activities like altering water levels in soil and rivers, land-use changes, greenhouse gas emissions and the introduction of toxic chemicals into the environment have all had an influence on this delicate interplay.

“A world that develops within science defined boundaries is the only way to navigate our current situation with rising, potentially catastrophic risks, at the planetary scale. We already recognize this on climate, where the Paris agreement has adopted the climate planetary boundary of holding the 1.5°C limit. Similarly, the world has accepted the planetary boundary on biodiversity, when decided at the 2022 Montreal-Kunming COP15, to halt and reverse biodiversity loss on land and in the ocean,” said Johan Rockström, who is director of the Potsdam Institute for Climate Impact Research, as well as the original proposer, in 2009, of the planetary boundaries framework, the University of Copenhagen reported.

It is essential that interactions within Earth’s system are maintained and respected so that they do not deviate much from those that have been in control of planetary conditions for the past several millenia. Otherwise, drastic changes could cause a decrease in the ability of the planet to support modern human civilizations.

“Our study shows that humans are appropriating the equivalent of ~30 % of the energy that was available to support biodiversity before the Industrial Revolution,” said Katherine Richardson, leader of the study, a professor at Globe Institute and leader of University of Copenhagen’s Sustainability Science Center, as reported by University of Copenhagen. “Surely, the removal of so much of the energy that otherwise would have been available to nature must be a driver of biodiversity loss. Therefore, we propose the adoption of Human Appropriation of Net Primary Production (HANPP), i.e., biomass use, as one of two metrics when assessing human impacts on biodiversity.”

The nine planetary boundaries — climate change, stratospheric ozone depletion, atmospheric aerosol loading, ocean acidification, freshwater use, land system change, nitrogen and phosphorus cycles, chemical pollution and biodiversity loss — are environmental components that regulate the livability and stability of our planet for humans. Human activities have caused the breaching of safe levels that are affecting these components.

The planetary boundaries framework uses the most recent scientific knowledge of Earth’s system functioning to determine a “safe operating space” for humans and proposes limits to human activities’ impact on the planet’s essential processes.

In the study, measurements for all nine boundaries were presented. It was found that not only had six of them been transgressed, transgression was increasing for all of the boundaries except the degradation of Earth’s ozone layer.

“Crossing six boundaries in itself does not necessarily imply a disaster will ensue but it is a clear warning signal. We can regard it as we do our own blood pressure. A BP over 120/80 is not a guarantee of a heart attack but it increases the risk of one. Therefore, we try to bring it down. For our own — and our children’s — sakes we need to reduce the pressure on these six planetary boundaries,” Richardson said, as University of Copenhagen reported.

The researchers concluded that there needs to be more focus on interactions between boundaries.

“The Planetary Boundaries science provides a ‘guide for action’ if we truly want to secure prosperity and equity for all on Earth, and this goes well beyond climate only, requiring novel Earth system modeling and analysis, and systematic efforts to protect, recover and rebuild planetary resilience,” Rockström said.

The study, “Earth beyond six of nine planetary boundaries,” was published in the journal Science Advances.

“Hopefully, this new study will serve as a wake-up call for many and increase focus in the international community on the necessity of limiting our impacts on the planet in order to preserve and protect the Earth conditions that allow advanced human societies to flourish,” Richardson said.

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NYU to Divest From Fossil Fuels After Years of Student Protests

After years of protests by students, New York University has announced plans to divest from fossil fuels.

Chair of NYU’s Board of Trustees William R. Berkley stated the university’s commitment in August in a letter to student activist organization Sunrise NYU.

New York University commits to avoid any direct investments in any company whose primary business is the exploration or extraction of fossil fuels, including all forms of coal, oil, and natural gas, and not to renew or seek out any dedicated private funds whose primary aim is to invest in the exploration or extraction of fossil fuels,” Berkley wrote, as reported by The Guardian.

One of the largest private universities in the country, NYU has an endowment of more than $5 billion. In the letter, Berkley highlighted other measures the university has taken to respond to the climate crisis, including its pledge to get to net zero by 2040 and goals for the reduction of food-related emissions.

In 2014, four percent — $139 million — of NYU’s endowment was invested in fossil fuels, according to university disclosures at the time. However, Berkley wrote the university does not have “direct ownership of public securities” in any fossil fuel companies now.

NYU spokesperson Joseph Tirella said the university’s divestment will apply to the biggest 200 fossil fuel companies.

“Sunrise NYU just won divestment at New York University! This is a huge win for climate justice!” Sunrise NYU wrote on X. “Congratulations to every student organizer who made this happen.”

The first time students launched a divestment campaign at NYU was in 2004, Common Dreams reported.

In 2015, the NYU Senate passed a resolution encouraging the endowment to divest, but it was rejected by the Board of Trustees.

Berkley’s recent letter followed a meeting in February between Sunrise NYU and the investments committee of the board of trustees, reported The Guardian.

“The board was very pleased with the tenor of its conversations with the students and the letter arose from those exchanges,” Tirella said, as The Guardian reported. “The University is glad to know the students were also pleased by the outcome of those conversations and by the letter.”

Berkley’s tune has changed since an open letter he penned in 2016 said the board did not agree that divestment would cut dependency on fossil fuels, and that the decision would be “disingenuous,” since they would still be being used on campus.

“It would be hard to make those arguments today,” said recent NYU graduate Dylan Wahbe, who is the co-founder of Sunrise NYU, as reported by The Guardian. “The global climate movement has done a great job at educating the world.”

There have been calls from activists to remove some of NYU’s board members, like CEO of BlackRock Larry Fink. BlackRock’s investments in fossil fuels have been publicly scrutinized.

According to Stand.earth, 1,596 institutions worldwide have divested from fossil fuels, 15.8 percent of which are educational institutions.

Some of the educational institutions in the U.S. that have already divested are Columbia University, Brown University, the University of Southern California, Boston University, Georgetown University, Middlebury College and Yale University, Inside Higher Ed reported.

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U.S. Announces $1.13 Billion in Grants for Tree Planting Projects

U.S. Department of Agriculture Secretary Tom Vilsack has announced $1.13 billion in competitive grants for tree planting projects around the country. The tree planting initiatives are meant to provide more relief from extreme heat, curb climate change and provide more green space in communities.

The funding, granted through the U.S. Forest Service’s Urban and Community Forestry Program and made possible from Inflation Reduction Act investments, will be distributed across 385 selected grant proposals in all 50 states as well as Washington, DC and multiple U.S. Territories and Tribal Nations.

“These investments arrive as cities across the country experience record-breaking heatwaves that have grave impacts on public health, energy consumption, and overall well-being,” Vilsack said in a statement. “Thanks to President Biden’s Investing in America agenda, we are supporting communities in becoming more resilient to climate change and combating extreme heat with the cooling effects of increased urban tree canopy, while also supporting employment opportunities and professional training that will strengthen local economies.”

The selected projects address planting and maintaining trees and were selected from a total of 842 applications. 

By planting more trees in communities, the goal is to mitigate the extreme heat that many areas have experienced this summer. According to the U.S. Environmental Protection Agency, urban forests are an average of 2.9 degrees Fahrenheit cooler than areas with no tree cover.

“We believe we can create more resilient communities in terms of the impacts of climate,” Vilsack said, as reported by The Associated Press. “We think we can mitigate extreme heat incidents and events in many of the cities.”

There are both pros and cons to planting trees in the face of climate change. One study found that increasing tree cover to 30% in a city could prevent hundreds of heat-related deaths in the summer months. The New York State Department of Environmental Conversation noted that exposure to trees can alleviate stress, improve mood and lower blood pressure. Further, Yale Climate Connections reported that exposure to trees can also promote more movement and may result in improved immune system functioning and lower risk of cardiovascular disease.

But a recent report found that government and corporate climate pledges are overly optimistic on tree planting, and these efforts must complement other initiatives to curb climate change and its impacts.

Still, the winning proposals are expected to increase green space in communities, ultimately providing more access to nature and offering some relief from extreme heat.

“Today’s landmark funding from the U.S. Forest Service will increase urban access to nature, improve air quality, keep city streets cool during sweltering summers, tackle the climate crisis, and create safer, healthier communities in every corner of America,” John Podesta, senior advisor to the president for clean energy innovation and implementation, said in a statement. “That makes a huge difference for the grandmother who doesn’t have air conditioning, or the kid who has asthma, or the parent who works outside for ten hours a day. This investment will create not just greener cities — it will create healthier and more equitable cities.”

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