PRESS-NEWS.org - Press Release Distribution
PRESS RELEASES DISTRIBUTION

Wind energy projects in North America are more likely to be opposed by white, wealthy communities

Wind energy projects in North America are more likely to be opposed by white, wealthy communities
2023-09-25
(Press-News.org) (Santa Barbara, Calif.) — Wind energy is, by far, the most common type of clean energy. And transitioning to clean energy is critical to addressing the climate crisis. Yet local opposition poses a significant barrier to the deployment of wind energy projects. 

A study published in Proceedings of the National Academy of Sciences (PNAS) by researchers from UC Santa Barbara, the University of Michigan and Gallup Inc. examined wind energy projects throughout the United States and Canada to determine how common opposition is and what factors predict it. The study found that nearly one in five projects faced opposition (17% of wind projects in the U.S. and 18% in Canada). It also found that opposition to wind farms involved small groups of local opponents, and was more likely in whiter communities in the United States and wealthier communities in Canada.

“Most research on opposition to wind energy projects focuses on specific case studies or small geographic areas,” said Leah Stokes, lead author and the Anton Vonk Associate Professor of Environmental Politics in the Department of Political Science at UCSB. “We wanted to take a comprehensive look at political opposition across North America to understand how common opposition is and what predicts it.”

The study collected over 35,000 news articles to analyze 1,415 North American wind energy projects between 2000 and 2016. Political opposition to projects was defined as physical protests, legal actions, legislation and letters to the editor. In total, 17% of wind projects in the United States and 18% in Canada faced significant opposition, with rates of opposition increasing in both countries over time.

In the U.S., opposition was concentrated in the Northeast, and in areas with a higher proportion of white residents and a lower proportion of Hispanic residents. In addition, the names of the people who opposed wind projects were overwhelmingly likely (92.4%) to be white. In Canada, opposition was concentrated in Ontario and in wealthy communities. In both countries, larger projects were more likely to face opposition than smaller projects. The number of people engaging in opposition was small at a given project: the median number of protestors was 23 in the U.S. and 34 in Canada. 

“Fossil fuel plants are predominantly located in poorer communities and communities of color,” Stokes explained. “These plants create pollution. We need to replace fossil fuel power plants with clean energy, like wind and solar. When wealthier, whiter communities oppose wind energy projects in their backyards, they extend the lifetime of fossil fuel projects. This is an injustice.”

In the study, researchers used the term “energy privilege” to describe this environmental justice challenge: opposing clean energy is a privilege because wealthy white communities can continue to consume goods and services from burning fossil fuels while lower-income communities and communities of color bear the brunt of that pollution. 

END

[Attachments] See images for this press release:
Wind energy projects in North America are more likely to be opposed by white, wealthy communities

ELSE PRESS RELEASES FROM THIS DATE:

Naming and shaming can be effective to get countries to act on climate

2023-09-25
Enforcement is one of the biggest challenges to international cooperation on mitigating climate change in the Paris Agreement. The agreement has no formal enforcement mechanism; instead, it is designed to be transparent so countries that fail to meet their obligations will be named and thus shamed into changing behavior. A new study from the University of California San Diego's School of Global Policy and Strategy shows that this naming-and-shaming mechanism can be an effective incentive for many countries to uphold their pledges ...

Scientists develop method of identifying life on other worlds

Scientists develop method of identifying life on other worlds
2023-09-25
Humankind is looking for life on other planets, but how will we recognise it when we see it? Now a group of US scientists have developed an artificial-intelligence-based system which gives 90% accuracy in discovering signs of life. The work was presented to scientists for the first time at the Goldschmidt Geochemistry Conference in Lyon on Friday 14th July, where it received a positive reception from others working in the field. The details have now been published in the peer-reviewed journal PNAS (see notes for details). Lead researcher Professor Robert Hazen, of the Carnegie Institution’s Geophysical ...

Caribbean parrots thought to be endemic are actually relicts of millennial-scale extinction

Caribbean parrots thought to be endemic are actually relicts of millennial-scale extinction
2023-09-25
In a new study published in PNAS, researchers have extracted the first ancient DNA from Caribbean parrots, which they compared with genetic sequences from modern birds. Working with fossils and archaeological specimens, they showed that two species thought to be endemic to particular islands were once more widespread and diverse. The results help explain how parrots rapidly became the world’s most endangered group of birds, with 28% of all species considered to be threatened. This is especially true for parrots that inhabit islands. On ...

CSIC contributes to deciphering the enigmatic global distribution of fairy circles

CSIC contributes to deciphering the enigmatic global distribution of fairy circles
2023-09-25
One of the most impressive and mysterious natural formations that we can observe in the arid areas of our planet are the fairy circles. These are enigmatic circular patterns of bare soil surrounded by plants generating rings of vegetation, which until now had only been described in Namibia and Australia. Over the years, multiple hypotheses have been proposed to explain their formation, which have given rise to numerous discussions about the mechanisms that give rise to them. However, until now, we did not know the global dimension of this type of phenomena and the environmental ...

Insilico Medicine and University of Cambridge present new approach to discover targets for Alzheimer’s and other diseases with protein phase separation

Insilico Medicine and University of Cambridge present new approach to discover targets for Alzheimer’s and other diseases with protein phase separation
2023-09-25
New York and Cambridge, UK -- Recent research demonstrates that protein phase separation (PPS) is widely present in cells and drives a variety of important biological functions. Protein phase separation at the wrong place or time could create clogs or aggregates of molecules linked to neurodegenerative diseases like Alzheimer’s and Parkinson’s, and poorly formed cellular condensates could contribute to cancers and might help explain the aging process. Given the emerging association between human disease and the PPS process, scientists have been looking for ways to identify potential targets for therapeutic interventions based on PPS regulation. Today, Insilico ...

Antibiotics can help some bacteria survive for longer

2023-09-25
Scientists have found a surprising effect of some antibiotics on certain bacteria – that the drugs can sometimes benefit bacteria, helping them live longer. Until now, it has been widely acknowledged that antibiotics kill bacteria or stop them growing, making them widely used as blanket medication for bacterial infections. In recent years, the rise of antibiotic resistance has stopped some antibiotics from working, meaning that untreatable infections could be the biggest global cause of death by 2050. Now, researchers at the University of Exeter have shown for the first time that antibiotics ...

New method can improve assessing genetic risks for non-white populations

2023-09-25
A team led by researchers at Johns Hopkins Bloomberg School of Public Health and the National Cancer Institute has developed a new algorithm for genetic risk-scoring for major diseases across diverse ancestry populations that holds promise for reducing health care disparities.  Genetic risk-scoring algorithms are considered a promising method to identify high-risk groups of individuals who could benefit from preventive interventions for various diseases and conditions, such as cancers and heart diseases. ...

Wearable devices show who may need more help managing diabetes

Wearable devices show who may need more help managing diabetes
2023-09-25
A new Dartmouth study in the journal Science Advances suggests that how well people with diabetes manage their blood sugar depends on their experience with the condition and their overall success in controlling their glucose levels, as well as on the season and time of day. The findings could help physicians identify those patients who could benefit from more guidance in regulating their blood sugar, particularly at certain times of year. The researchers accessed data from wearable glucose monitors that showed how 137 people in the U.S. aged 2 to 76 living primarily with type 1, aka juvenile, diabetes managed their blood sugar on a daily basis. By analyzing more ...

Light and sound waves reveal negative pressure

Light and sound waves reveal negative pressure
2023-09-25
As a physical quantity pressure is encountered in various fields: atmospheric pressure in meteorology, blood pressure in medicine, or even in everyday life with pressure cookers and vacuum-sealed foods. Pressure is defined as a force per unit area acting perpendicular to a surface of a solid, liquid, or gas. Depending on the direction in which the force acts within a closed system, very high pressure can lead to explosive reactions in extrem cases, while very low pressure in a closed system can cause the implosion of the system itself. Overpressure ...

Predicting how climate change affects infrastructure without damaging the subject

2023-09-25
A digital twin may sound like something out of a science fiction film, but Pitt engineers are developing new technology to make them a reality in our campus and beyond. Digital twins – a model that serves as a real-time computational counterpart – can be used to help simulate the effects of multiple types of conditions, such as weather, traffic, and even climate change. Still, life-cycle assessments (LCAs) of climate change’s effects on infrastructure are still a work-in-progress, leaving a need ...

LAST 30 PRESS RELEASES:

The future fate of water in the Andes

UC Irvine researchers link Antarctic ice loss to ‘storms’ at the ocean’s subsurface

Deep brain stimulation successful for one in two patients with treatment-resistant severe depression and anxiety

Single-celled organisms found to have a more complex DNA epigenetic code than multicellular life

A new gateway to global antimicrobial resistance data

Weather behind past heat waves could return far deadlier

Ultrasonic device dramatically speeds harvesting of water from the air

Artificial intelligence can improve psychiatric diagnosis

Watch cells trek along vesicle ‘breadcrumbs’

University of Liverpool unveils plans to establish UK’s flagship AI-driven materials discovery centre

ARC at Sheba Medical Center and Mount Sinai launch collaboration with NVIDIA to crack the hidden code of the human genome through AI

SRL welcomes first Deputy Editor-in-Chief

Time to act and not react: how can the European Union turn the tide of antimicrobial resistance?

Apriori Bio and A*STAR Infectious Diseases Labs Announce strategic partnership to advance next generation influenza vaccines

AI and extended reality help to preserve built cultural heritage

A new way to trigger responses in the body

Teeth of babies of stressed mothers come out earlier, suggests study

Slimming with seeds: Cumin curry spice fights fat

Leak-proof gasket with functionalized boron nitride nanoflakes enhances performance and durability

Gallup and West Health unveil new state rankings of Americans’ healthcare experiences

Predicting disease outbreaks using social media 

Linearizing tactile sensing: A soft 3D lattice sensor for accurate human-machine interactions

Nearly half of Australian adults experienced childhood trauma, increasing mental illness risk by 50 percent

HKUMed finds depression doubles mortality rates and increases suicide risk 10-fold; timely treatment can reduce risk by up to 30%

HKU researchers develop innovative vascularized tumor model to advance cancer immunotherapy

Floating solar panels show promise, but environmental impacts vary by location, study finds

Molecule that could cause COVID clotting key to new treatments

Root canal treatment reduces heart disease and diabetes risk

The gold standard: Researchers end 20-year spin debate on gold surface with definitive, full-map quantum imaging

ECMWF and European Partners win prestigious HPCwire Award for "Best Use Of AI Methods for Augmenting HPC Applications” – for AI innovation in weather and climate

[Press-News.org] Wind energy projects in North America are more likely to be opposed by white, wealthy communities