Thursday, December 22, 2022

Why did the Ottawa Citizen publish Holocaust revisionism?

Recent op-ed seeks to erase the ugly history of Ukrainian Nazi collaboration


Jeremy Appel / December 21, 2022 /
CANADIAN DIMENSION

National Holocaust Monument in Ottawa. Photo from Wikimedia Commons.

On the second night of Hanukkah, the Postmedia-owned Ottawa Citizen published a crude piece of gross Holocaust revisionism from a Ukrainian nationalist academic.

This comes during a year that has been a boon for rehabilitating Nazi collaborators and neo-Nazis as a result of Russia’s criminal invasion of Ukraine in February 2022.

That month, Deputy Prime Minister Chrystia Freeland shared a photo of herself on Twitter at a rally in support of Ukraine holding a black and red banner associated with the Organization of Ukrainian Nationalists (OUN), led by Nazi collaborator Stepan Bandera. The tweet was promptly deleted without explanation.

The organization’s military wing, the Ukrainian Insurgent Army (UPA), worked with the Nazis to ethnically cleanse Volhynia and Eastern Galicia of Poles and Jews in an effort to establish an ethnically-pure Ukrainian state, culminating in the murder of 100,000 Poles by 1943.

Meanwhile, the neo-Nazi Azov Battalion has gone from pariahs to heroes after its participation in the battle of the Azovstal steel plant in Mariupol in May, with media outlets downplaying the group’s explicit neo-Nazi and fascist origins.

But the author of the Citizen op-ed wants to go a step further in erasing Ukrainian nationalists’ history of Nazi collaboration.



Calling for the Holocaust Monument to recognize Ukrainian deaths

“I’m offended,” begins the piece by Royal Military College professor and Fellow of the Chair of Ukrainian Studies at the University of Toronto Lubomyr Luciuk, headlined “Ottawa’s National Holocaust Monument must include Ukrainians.”

Luciuk goes on to describe how his mother, Maria Luciuk, was arrested by the Nazis when she was a teenager and then mentions his friend, Ukrainian nationalist Stefan Petelycky, who was placed in Auschwitz.

Petelycky even had a number tattooed on his arm, like Jewish victims of the Holocaust.

“Certainly, Ukrainians weren’t the Holocaust’s only victims. Millions of Jews died,” he says in a paragraph that has to be seen to be believed:
Millions of Polish Catholics were murdered. And I acknowledge the Russians who ran afoul of Nazi racism, even if I despise the fascism infecting Russia today. Indeed all Slavic peoples were considered untermenschen (subhumans). The Nazis planned to exterminate or deport most of them, leaving only a few to serve as helots, bond servants of the Third Reich’s settler-colonial imperialism. Thankfully, the Nazis were defeated. Millions of Ukrainians died making sure of that.

Never mind all the Jewish Ukrainians who were murdered with the assistance of Nazi-sympathizing nationalists, like the 33,000 murdered in the massacre at Babi Yar.

Luciuk is putting forward a fictitious narrative, where the Nazis’ local collaborators were just as victimized as the people they targeted for extermination.

As Holocaust historian Jean-Paul Himka, who happens to be Freeland’s uncle by marriage, has said, Ukrainian nationalists saw their main enemy as the Soviet Union and to that end were willing to work with the Nazis, and adopt their antisemitic views, to fight the Soviets.

However, these sympathies weren’t reciprocated by the Nazis.

“The Germans did not agree to a Ukrainian state, and in fact they placed the major OUN leaders and placed them under house arrest, because they did not want the Ukrainian state encroaching on their Lebensraum,” Himka explained during the Toby and Saul Reichert Holocaust Lecture at the University of Alberta in October 2021.

But even as relations between Ukrainian nationalists and the Third Reich frayed, the UPA continued massacring Jews and Poles, he said.

“Certainly, the Germans are absolutely the most responsible for the Holocaust—no question, but they could not have done what they did without local help,” Himka concluded.

In Himka’s book, Ukrainian Nationalists and the Holocaust: OUN and UPA’s Participation in the Destruction of Ukrainian Jewry, 1941–1944, he calls Luciuk’s friend Petelycky’s memoirs of his time with the OUN “airbrushed but still informative.”

Petelycky witnessed a brutal massacre of Jews by the Ukrainian militia Wiking in 1941, but said he and the OUN did nothing to stop it because they regarded Jews as Soviet collaborators. However, Petelycky added, it wasn’t fair to view all Jews in this light.
A blatant lie in Luciuk’s column

Luciuk presents a blatant falsehood in his piece, arguing a plaque at the National Holocaust Monument says: “The National Holocaust Monument commemorates the six million Jewish men, women and children murdered during the Holocaust by Nazi Germany and its collaborators.”

“Underscoring Nazi Germany’s responsibility for a genocide is essential. Emphasizing the six million Jewish dead is required. But why, despite almost two dozen other plaques, was the suffering of millions of non-Jewish victims largely ignored?” the author complains.

But his transcription is inaccurate and incomplete, as evidenced by an image of the plaque included at the bottom of the article, which clearly reads: “The National Holocaust Monument commemorates the six million Jewish men, women and children murdered during the Holocaust and the millions of other victims of Nazi Germany and its collaborators.”

How did this get past an editor?
Musing about defacing a Holocaust monument

Luciuk continues by offering to pay for a new plaque that recognizes Polish, Ukrainian, and Russian Holocaust victims, calling their lack of explicit inclusion “deliberate” and “discriminatory.”

The column’s penultimate paragraph is the most bizarre, in which Luciuk expects admiration for not defacing the Holocaust memorial, throwing in a dash of culture war nonsense:
There are too many hungry people out there for me to toss tomato soup at this monument; I’ll donate the can to a food bank instead. Likewise, I won’t indulge in criminal vandalism, like those hooligans who spray-paint statues at night. Armed with the courage of my convictions, I protest in daylight, sans balaclava. As for those stoked-up packs tearing up about tearing down statues—doing so neither erases their purportedly unhappy pasts nor does it compensate for present-day failings.


This paragraph also contains a subtle reference to Duncan Kinney, the progressive Edmonton-based journalist who is accused of defacing two local monuments to Nazi collaborators—one to UPA commander Roman Shukhevych at the Ukrainian Youth Unity Complex and another to the 14th Waffen SS Division at St. Michael’s Cemetery.

Luciuk wrote about this case in a November 4 article for the Times of Israel, which has since been mysteriously scrubbed from its website, perhaps because it cites security footage from the Ukrainian community centre that is evidence in a criminal case Luciuk has no involvement in.

In it, he writes:
Mr Kinney can believe whatever he wants about Ukrainian nationalists. The same goes for the others from whom he musters denunciations of General Shukhevych. Often as not those commentators studiously ignore how some of their people were the foot soldiers of settler-colonial regimes or enablers of the Soviet occupation of Ukraine.


Who is “their people,” you might ask.

Despite the fact that Kinney hasn’t been convicted of the crime he’s accused of, Luciuk demands “this hooliganism… be atoned for.”

“The penance should involve a public confession and reparations paid for the damages done, followed by a spell of meaningful community service—cleaning graffiti from public spaces around Edmonton suggests itself,” he wrote.

But it’s not just regarding Ukrainian nationalism where Luciuk’s opinions are unhinged.

Luciuk, who sat on the Immigration and Refugee Board from 1996-98, wrote a 2001 op-ed, where he boasted of rejecting 90 percent of refugee claimants, earning himself the moniker of “Dr. No.”

“Be a liar. That is the first lesson most claimants who come before the Immigration and Refugee Board learn,” reads the column’s opening paragraph.

Hilary Evans Cameron, a former immigration lawyer and Osgoode Hall law professor, told Global News an adjudicator must assume all claimants are telling the truth until proven otherwise.

She teaches Luciuk’s article in her first-year law class to give students a “sense of the kind of ideas that might be in a decision-maker’s mind if they were getting the law wrong.”

Perhaps Holocaust historians ought to start teaching his Citizen op-ed as an example of a disturbing mainstreaming of Holocaust distortion.

The question is through what sort of editorial oversight was this schlock published in the first place.

Jeremy Appel is an independent Calgary-based journalist. He’s also the co-host of the Forgotten Corner and Big Shiny Takes podcasts.

Acids help against airborne viruses

Peer-Reviewed Publication

ETH ZURICH

Viruses in the air 

IMAGE: CONCENTRATION OF INFECTIOUS VIRUSES IN A ROOM WITH ONE SICK PERSON PER 10 M3 AS A FUNCTION OF THE STRENGTH OF FRESH AIR SUPPLY WITH DIFFERENT TYPES OF AIR TREATMENT WITH RESPECT TO NITRIC ACID (HNO3) AND AMMONIA (NH3). view more 

CREDIT: THOMAS PETER / ETH ZURICH

Viruses such as SARS-CoV-2, influenza virus and others travel from person to person essentially by hitchhiking on aerosols. These are finely dispersed particles containing liquid suspended in the air that an infected person expels when coughing, sneezing, or simply exhaling, and can be inhaled by someone else.

That’s why it is generally seen as important to ventilate rooms effectively and filter indoor air: lowering aerosol particle concentrations in homes, offices and public transport vehicles can reduce the risk of infection.

How do suspended particles become acidic?

It’s not clear how long viruses in aerosols remain infectious. Some studies suggest that the humidity and temperature of the air may play a role in virus persistence. A factor that has been underestimated so far is the exhaled aerosols’ chemical composition, in particular its acidity and its interactions with the indoor air. Many viruses, such as influenza A virus, are acid-sensitive; exhaled aerosol particles can absorb volatile acids and other airborne substances, among them acetic acid, nitric acid or ammonia, from the indoor air, which in turn affects the acidity (pH) levels of the particles.

No research had yet been conducted on the effect the acidification of aerosols post exhalation has on the viral load they carry. Now a team of researchers from ETH Zurich, EPFL and the University of Zurich has investigated exactly that.

In a new study, they show for the first time how the pH of aerosol particles changes in the seconds and hours after exhalation under different environmental conditions. Further, they show how this impacts the viruses contained in the particles. The study has just been published in the journal Environmental Science & Technology.

Exhaled small aerosol particles become acidic quickly

According to the researchers, the exhaled aerosols acidify very rapidly, faster than some might expect. How fast they do this depends on the concentration of acid molecules in the ambient air and the size of the aerosol particles. The team examined tiny droplets – a few micrometres across – of nasal mucus and of lung fluid synthesised specifically for the study. In typical indoor air, it took these droplets only about 100 seconds to reach a pH of 4, which is roughly equivalent to the acidity of orange juice.

The pH value is a measure of acidity: a neutral solution has a pH of 7; the pH of acidic solutions is less than 7; that of basic solutions is greater than 7.

The researchers contend that the acidification of aerosols is largely due to nitric acid that enters from the outside air. It enters indoor spaces either through open windows or when ventilation systems draw in air from outside. Nitric acid is formed by the chemical transformation of nitrogen oxides (NOx), which are released into the environment mainly as a product of combustion processes along with the exhaust gases of diesel engines and domestic furnaces. Accordingly, there is a permanent supply of nitrogen oxides and thus nitric acid in cities and metropolitan areas.

Nitric acid quickly adheres to surfaces, furniture, clothing and skin – but is taken up by the tiny exhaled aerosol particles as well. This increases their acidity and lowers their pH.

Aerosol pH is key to virus inactivation

The research team further shows that the acidic environment can have a decisive impact on how quickly viruses trapped in exhaled mucus particles are inactivated. The two kinds of virus were found to have different acid sensitivities: SARS-CoV-2 is so acid-resistant that at first the experts didn’t believe their measurements. It took a pH of below 2, i.e. very acidic conditions such as those in undiluted lemon juice, to inactivate the coronavirus. Such conditions cannot be reached in typical indoor air.

Influenza A viruses, on the other hand, are inactivated after just one minute in acidic conditions of pH 4. Freshly exhaled mucus particles reach this level in less than two minutes in typical indoor environments. Adding the time it takes to acidify the aerosol to the time it takes to inactivate the flu viruses at a pH 4 or lower, it quickly becomes clear that 99 percent of influenza A viruses will be inactivated in the aerosol after roughly three minutes. This short time span surprised the researchers.

SARS-CoV-2 is a different story: since aerosol pH hardly ever falls below 3.5 in typical indoor spaces, it takes days for 99 percent of coronaviruses to be inactivated.

The study shows that in well-ventilated rooms, inactivation of influenza A viruses in aerosols works efficiently, and the threat of SARS-CoV-2 can also be reduced (see figure). In poorly ventilated rooms, however, the risk that aerosols contain active viruses is 100 times greater than in rooms with a strong supply of fresh air.

This leads the researchers to advise that indoor rooms be ventilated frequently and well, so that the virus-laden indoor air and basic substances such as ammonia from emissions of people and indoor activities are carried outside, while acidic components of the outside air can enter the rooms in sufficient quantities.

Filtration removes acids from the air

Even normal air conditioning systems with air filters can lead to a reduction in volatile acids. “Acid removal is likely even more pronounced in museums, libraries or hospitals with activated carbon filters. In such public buildings, the relative risk of influenza transmission can increase significantly compared to buildings supplied with unfiltered outside air,” the team writes in the article.  

In response, the research team could imagine adding small amounts of volatile acids such as nitric acid to filtered air and removing basic substances such as ammonia in an attempt to accelerate the aerosols’ acidification. According to the study, a concentration of nitric acid at levels around 50 ppb (parts per billion of air, which is 1/40th of the 8-hour legal limit in the workplace) could reduce the risk of COVID-19 infection a thousandfold.

A long road to a healthier indoor climate

However, the researchers are also aware that such a measure will be highly controversial, as it is not clear what consequences such levels of acid may have. Museums or libraries filter the air very thoroughly to prevent damage to works of art and books. Civil engineers would also be less than pleased, since the addition of acids might damage materials or conduits. The researchers involved in the study therefore agree that long-term studies are needed to assess the risks to people and structures. Therefore, the use of volatile acids to efficiently inactivate viruses in aerosol particles may not be easily established as a virus control measure, while the removal of ammonia – a compound readily emitted by people and a substance that stabilizes viruses as it elevates pH – should not be controversial.

Successful collaboration

The present study is the result of an interdisciplinary collaboration between researchers at ETH Zurich, EPFL and the University of Zurich. Following years of preparation, this work got underway in 2019 as an influenza-only project. In light of the COVID-19 pandemic, the researchers expanded the scope to include the new coronavirus.

How these two viruses react to acidic environments was investigated by researchers in the group led by Silke Stertz at the University of Zurich’s Institute of Medical Virology together with colleagues from the Environmental Chemistry Laboratory at EPFL led by Tamar Kohn, who is also the overall leader of this SNSF Sinergia project. They tested the sensitivity of influenza A and coronaviruses to different acidic conditions in artificially generated lung fluid and in nasal or lung mucus, which the scientists had previously harvested from specially grown mucus cell cultures.

Researchers from the Atmospheric Chemistry Group at ETH Zurich, led by Thomas Peter and Ulrich Krieger, investigated the behaviour of mucus aerosols using an electrodynamic particle trap. With this apparatus researchers can “hold” individual suspended particles for days or weeks and study them without contact to surfaces, for example to see how changes in humidity affect them.

The Peter group was also responsible for performing model simulations. This modelling-based approach might prove to be a weakness in the overall study; how airborne viruses really behave in acidic aerosols is something that remains to be seen in further experiments. With these in mind, researchers led by Athanasios Nenes at EPFL, who initially proposed that acidity may be an important modulator of virus activity, have developed experimental techniques and modelling approaches that will allow future experiments to be carried out both under strict biosafety conditions and using different compositions of indoor air.

Reference

Luo BP, Schaub A, Glas I, Klein LK, David SC, Bluvshtein N, Violaki K, Motos G, Pohl MO, Hugentobler W, Nenes A, Krieger UK, Stertz S, Peter T, Kohn T: Expiratory aerosol pH: the overlooked driver of airborne virus inactivation. Environmental Science & Technology, 20th Dec 2022. DOI: 10.1021/acs.est.2c05777

The academic journal “Polar Science” features Energy and Buildings in cold & Polar regions

Business Announcement

RESEARCH ORGANIZATION OF INFORMATION AND SYSTEMS

Cover 

IMAGE: POLAR SCIENCE SPECIAL ISSUE ENTITLED "ENERGY RESOURCES AND BUILDING DEMANDS IN COLD REGION AND POLAR AREAS". view more 

CREDIT: @NIPR

The National Institute of Polar Research (NIPR) publishes Polar Science, a peer-reviewed quarterly journal dealing with polar science, in collaboration with Elsevier B. V. The special issue titled "Energy resources and building demands in cold region and Polar areas" was published as part of the latest issue (Vol. 34, posted on 1 December 2022). This issue focused on the research between buildings and energy, aiming to overview the recent scientific research, new technology, and future perspectives. This special issue consists of seven high-quality papers, which are state-of-the-art multi-disciplinary work performed by international researchers. The full text of issue 34 will be freely accessible worldwide until 31 May 2023.

It is gradually becoming clear that recent global climate changes are more pronounced in parts of the Polar areas. In turn, it has also become clear that the environmental changes in Polar regions significantly affect low-latitude ecosystems and human activities. In addition, global warming has opened up the ocean areas previously closed by large-scale thick ice, raising some expectations for the economical use of these areas for sea routes and oil/natural gas field development. 

These factors have made research and development more critical in cold and polar regions. Despite the progress of global warming, these areas are still the coldest and driest environments on Earth. Thus, special provisions are required for buildings used for living (Cold regions and Arctic) and research (Antarctic). Building performance in such areas depends on local materials, particular structural types, energy resources, and possible supply ways. However, the basic relationship between energy use and building thermal performance in such areas has yet to be revealed due to limited research.

“In this special issue, the results of a broad field are collected to understand the relationship between buildings and energy," said Dr. Jianhui Hu, a tenure-track Associate Professor at Shanghai Jiao Tong University and the Managing Guest Editor of this issue. " The traditional methods can generate or obtain a large amount of valuable data while the cutting-edge technology has the advantage of opening up new research areas. Therefore, the results and conclusions combined with traditional methods and new techniques are essential to understanding the basic relationship between buildings and energy in these fields.”

Data from decades of traditional methods are now available as big data and can be analyzed on a regional basis. By applying artificial intelligence to such big data, it should be possible to identify, among many factors, the critical factors for clarifying the relationship between buildings and energy resources. Based on these new techniques, the issue reported the efficient submarine pipeline design results using artificial intelligence and a study of safe and fuel-efficient navigation routes based on the associated real-time satellite data. 

“I hope this special issue can draw more attention from the academic and engineering community to enhance or start research on buildings and energy in such areas. With new ideas, novel techniques, and newly-built projects, in the near future, I believe that we will understand how the buildings and energy resources interact with each other, which will open the way to the use of limited energy to maintain the required building performance. There is also great potential for new engineering fields in polar and extraterrestrial areas, such as the moon and Mars,” said Dr. Jianhui Hu.

 

###

About Special Issue of Polar Science Volume 34

   Title : Energy resources and building demands in cold region and Polar areas

   Managing Guest Editor : Jianhui Hu

   Guest Editors: Xiangbin Cui, Anastasia Kulachinskaya, Ang Hu

 

About Polar Science

Polar Science is a peer-reviewed comprehensive academic journal relating to the polar regions of the Earth and other planets, which the NIPR began to publish in collaboration with Elsevier B.V. in 2007. The primary purpose of this journal is to inform people about polar science. Currently, more than 100 articles are submitted per year. As a result, this journal is recognized globally as one of the few comprehensive academic journals in the field of polar science. In addition to normal issues, Polar Science publishes a special issue annually on a given topic from various fields.

The main characteristics of Polar Science are summarized as follows.

  • Polar Science is an international academic journal with an impact factor of 2.355 as of 2021
  • Polar Science covers 15 disciplines related to the Antarctic and the Arctic, such as:

- Space and upper atmosphere physics

- Atmospheric science/Climatology

- Glaciology

- Oceanography/Sea ice studies

- Geology/Petrology

- Solid earth geophysics/Seismology

- Marine earth science

- Geomorphology/Cenozoic-Quaternary geology

- Meteoritics

- Terrestrial biology

- Marine biology

- Animal ecology

- Environment

- Polar engineering

- Humanities and social sciences

  • Polar Science has an Open Archive whereby published articles are made freely available from ScienceDirect after an embargo period of 24 months from the date of publication.
  • Printed products are also published.
  • After Polar Science became an open archive in 2016, article downloads have increased rapidly since then. Currently, more than 180,000 papers are used (PDF download and HTML Views) annually.

 

About National Institute of Polar Research, Japan

The NIPR engages in comprehensive research via observation stations in Arctic and Antarctica. As a member of the Research Organization of Information and Systems (ROIS), the NIPR provides researchers throughout Japan with infrastructure support for the Arctic and Antarctic observations, plans and implements Japan's Antarctic observation projects, and conducts Arctic research of various scientific fields such as the atmosphere, ice sheets, the ecosystem, the upper atmosphere, the aurora, and the Earth's magnetic field. In addition to the research projects, the NIPR organizes the Japanese Antarctic Research Expedition and manages samples and data obtained during such expeditions and projects. As a core institution in research of the polar regions, the NIPR also offers graduate students a global perspective on originality through its doctoral program at the Graduate University for Advanced Studies, SOKENDAI. For more information about the NIPR, please visit: https://www.nipr.ac.jp/english/

 

About the Research Organization of Information and Systems (ROIS)

ROIS is a parent organization of four national institutes (National Institute of Polar Research, National Institute of Informatics, the Institute of Statistical Mathematics, and National Institute of Genetics) and the Joint Support-Center for Data Science Research. It is ROIS's mission to promote integrated, cutting-edge research that goes beyond the barriers of these institutions, in addition to facilitating their research activities as members of inter-university research institutes.

 Does diabetes during pregnancy increase the risk of neurodevelopmental conditions in children?

Peer-Reviewed Publication

WILEY

New research published in Developmental Medicine & Child Neurology has revealed a link between maternal diabetes during pregnancy and a range of neurodevelopmental conditions in children—including autism, attention-deficit/hyperactivity disorder (ADHD), developmental delay, intellectual disability, cerebral palsy, and epilepsy.

The retrospective study included 877,233 children born between 2004 and 2008 in Taiwan whose mothers had type 1, type 2, or gestational diabetes during pregnancy. The effect of type 1 diabetes on neurodevelopmental disorders was the largest, followed by type 2 diabetes, and then gestational diabetes.

Type 1 diabetes was associated with an increased risk of developmental delay, intellectual disability, and epilepsy in children. Type 2 diabetes was associated with an increased risk of autism spectrum disorder, ADHD, developmental delay, intellectual disability, cerebral palsy, and epilepsy. Gestational diabetes was associated with an increased risk of autism spectrum disorder, ADHD, and developmental delay.

“Mechanistic studies are needed to explore how maternal conditions, such as diabetes, may shape brain development in the womb,” said corresponding author Pao-Lin Kuo, MD, of National Cheng Kung University Hospital. 

URL upon publication: https://onlinelibrary.wiley.com/doi/10.1111/dmcn.15488

 

Additional Information

NOTE: The information contained in this release is protected by copyright. Please include journal attribution in all coverage. For more information or to obtain a PDF of any study, please contact: Sara Henning-Stout, newsroom@wiley.com.

About the Journal

Developmental Medicine & Child Neurology (DMCN) is a multidisciplinary journal that has defined the fields of paediatric neurology and childhood-onset neurodisability for over 60 years. DMCN disseminates the latest clinical research results globally to enhance the care and improve the lives of disabled children and their families.

About Wiley

Wiley is one of the world’s largest publishers and a global leader in scientific research and career-connected education. Founded in 1807, Wiley enables discovery, powers education, and shapes workforces. Through its industry-leading content, digital platforms, and knowledge networks, the company delivers on its timeless mission to unlock human potential. Visit us at Wiley.com. Follow us on FacebookTwitterLinkedIn and Instagram.

Study reveals US incidence and trends of bicycle injuries

Peer-Reviewed Publication

WILEY

Despite increased use of bicycles by the US public over the past decade, new research published in the Journal of Orthopaedic Research indicates that bicycle-related injuries are on the decline.

When investigators analyzed 2012–2021 data from the National Electronic Injury Surveillance System, they noted a total of 4,666,491 bicycle-related injuries. The incidence of these injuries decreased over time, but the rate of injury in elderly riders increased.

Injuries occurred most often during summer months (36%) and on weekend days (31.9%), and males and younger individuals were more commonly injured. Heads were the most commonly injured body part among all age groups, and fractures were the most common injury type overall. Upper extremity injuries were more common than lower extremity injuries.

“While bicycle-related injuries have decreased over time, in recent years there is an increasing rate of injuries in older patients, especially head injuries and fractures,” said corresponding author Charles Johnson, MD, of the Medical University of South Carolina. "The results of our study highlight the importance of bicycle safety initiatives and helmet wearing regardless of patient age."

URL upon publication: https://onlinelibrary.wiley.com/doi/10.1002/jor.25489

 

Additional Information

NOTE: The information contained in this release is protected by copyright. Please include journal attribution in all coverage. For more information or to obtain a PDF of any study, please contact: Sara Henning-Stout, newsroom@wiley.com.

About the Journal

The Journal of Orthopaedic Research, a publication of the Orthopaedic Research Society (ORS), is the forum for the rapid publication of high quality reports of new information on the full spectrum of orthopaedic research, including life sciences, engineering, translational, and clinical studies.

About Wiley

Wiley is one of the world’s largest publishers and a global leader in scientific research and career-connected education. Founded in 1807, Wiley enables discovery, powers education, and shapes workforces. Through its industry-leading content, digital platforms, and knowledge networks, the company delivers on its timeless mission to unlock human potential. Visit us at Wiley.com. Follow us on FacebookTwitterLinkedIn and Instagram.

Are California nursing homes adequately prepared for wildfire-related emergencies?

Peer-Reviewed Publication

WILEY

Emergency preparedness in nursing homes should be commensurate with local environmental risks to ensure residents’ safety, but new research in the Journal of the American Geriatrics Society found that nursing homes in California that face a greater risk of wildfire exposure have poorer compliance with Medicare’s emergency preparedness standards.

For the study, investigators categorized nursing home facilities as “exposed” if they were located within 5 kilometers of a wildfire risk area. When assessing 1,182 nursing homes’ emergency preparedness from January 2017–December 2019, the scientists found that a greater percentage of the 495 exposed facilities had at least one emergency preparedness deficiency than the 687 unexposed facilities (83.9% versus 76.9%). The total number of emergency preparedness deficiencies also tended to be greater for exposed facilities compared with unexposed facilities.

“Our study suggests that there may be opportunities to better align nursing home emergency preparedness with local wildfire risk,” said corresponding author Natalia Festa, MD, of Yale University. “Additional research is needed to understand the mechanisms underlying the relationships that we observed."

URL upon publication: https://onlinelibrary.wiley.com/doi/10.1111/jgs.18142

 

Additional Information

NOTE: The information contained in this release is protected by copyright. Please include journal attribution in all coverage. For more information or to obtain a PDF of any study, please contact: Sara Henning-Stout, newsroom@wiley.com.

About the Journal

Journal of the American Geriatrics Society is the go-to journal for clinical aging research. We provide a diverse, interprofessional community of healthcare professionals with the latest insights on geriatrics education, clinical practice, and public policy—all supporting the high-quality, person-centered care essential to our well-being as we age.

About Wiley

Wiley is one of the world’s largest publishers and a global leader in scientific research and career-connected education. Founded in 1807, Wiley enables discovery, powers education, and shapes workforces. Through its industry-leading content, digital platforms, and knowledge networks, the company delivers on its timeless mission to unlock human potential. Visit us at Wiley.com. Follow us on FacebookTwitterLinkedIn and Instagram.

Social media may prevent users from reaping the creative rewards of profound boredom – new research

Pandemic study shows distraction of social media may suck up the time and energy that allow us to find new passions

Peer-Reviewed Publication

UNIVERSITY OF BATH

People who turn to social media to escape from superficial boredom are unwittingly preventing themselves from progressing to a state of profound boredom, which may open the door to more creative and meaningful activity, a new study of the Covid pandemic shows.

Researchers from the University of Bath School of Management and Trinity College, Dublin, identified that the pandemic, furlough, and enforced solitude provided many people with the rare opportunity to experience the two levels of boredom – ‘superficial’ and ‘profound’ - identified first by German philosopher Martin Heidegger.

Superficial boredom – the most common state of boredom - can be defined as a feeling of restlessness familiar to us all, of being bored in a situation such as waiting for a train where we seek temporary distractions from everyday life and in which social media and mobile devices play a significant role.

Profound boredom stems from an abundance of uninterrupted time spent in relative solitude, which can lead to indifference, apathy, and people questioning their sense of self and their existence - but which Heidegger said could also pave the way to more creative thinking and activity.

The research examined the experiences of boredom during the pandemic of people either placed on furlough schemes or asked to work from home. 

“The problem we observed was that social media can alleviate superficial boredom but that distraction sucks up time and energy, and may prevent people progressing to a state of profound boredom, where they might discover new passions,” said Dr Timothy Hill, co-author of the study ‘Mundane emotions: losing yourself in boredom, time and technology’.

“This research has given us a window to understand how the ‘always-on’, 24/7 culture and devices that promise an abundance of information and entertainment may be fixing our superficial boredom but are actually preventing us from finding more meaningful things. Those who engage in ‘digital detoxes’ may well be on the right path,” he said.

Dr Hill noted that profound boredom was only made possible for so many people because of the exceptional circumstances of the pandemic, where governments relieved some people of work temporarily, granting ‘a fortunate few’ with an abundance of paid spare time, which required filling.

“Profound boredom may sound like an overwhelmingly negative concept but, in fact, it can be intensely positive if people are given the chance for undistracted thinking and development. We must recognise that the pandemic was a tragic, destructive, consuming experience for thousands of less fortunate people, but we are all familiar with the stories of those in lockdown who found new hobbies, careers or directions in life,” Dr Hill said.

Dr Hill said the researchers were intrigued to see the pandemic survey results appeared to bear out the thinking of Heidegger, who described the two kinds of boredom in his 1929/30 lectures and highlighted the existential possibility offered by the profound variant.

Dr Hill said the research sampled 15 participants of varying age, occupational and education backgrounds in England and the Republic of Ireland, who had been put on furlough or asked to work from home. He said the survey was relatively limited and that it also would be valuable to examine, for example, the role that material conditions and social class played in people’s experience of boredom.

“We think these initial findings will resonate with so many people’s experiences of the pandemic and their use of social media to alleviate boredom, and we would like to see this research taken further,” he said.

The research paper’s authors are Dr Hill, Professor Pierre McDonagh of the University of Bath, and Dr Stephen Murphy, and Amanda Flaherty from Trinity College, Dublin. 

ENDS/TR

Notes to editors

  • For more information contact the University of Bath Press office at press@bath.ac.uk

The University of Bath

The University of Bath is one of the UK's leading universities for high-impact research with a reputation for excellence in education, student experience and graduate prospects.

 

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Study reveals the true value of elephants

An international team of researchers has mapped out the values and benefits of elephants to help overcome conservation challenges and conflict

Peer-Reviewed Publication

UNIVERSITY OF PORTSMOUTH

New research examining the services and benefits of elephants has revealed many values are often overlooked when deciding how they should be protected.

The collaboration between universities in England and South Africa, including the University of Portsmouth, found conservation strategies often have a narrow focus and tend to prioritise certain values of nature, such as economic or ecological, over moral ones. 

When looking specifically at elephants, the study found financial benefits including ecotourism, trophy hunting and as a source of ivory or labour, often conflicts with the animal’s ecological, cultural and spiritual contributions.

The authors argue not fully understanding or considering the value systems of all stakeholders involved in conservation, including local people, leads to social inequality, conflict and unsustainable strategies. 

Study co-author Antoinette van de Water, from the University of KwaZulu-Natal in South Africa, said: “We chose to look at elephants as the case study because their conservation can be especially challenging and contentious. 

“We’re not saying economic contributions aren’t important, but there’s a lot of different values at play and they all need to be considered in conservation strategies if they are going to succeed.”

The study also highlights conservation decision makers tend to take a single worldview when considering the value of nature. 

Co-author Dr Lucy Bates, from the University of Portsmouth, explained: “Whether it’s economic, ecological, or social, a blanket approach to values can impact the success of a conservation strategy.

“Consider something like the ivory trade for example. International trade in ivory is illegal, but many southern African countries want to restart the trade leading to contention across the African continent. If you focus less on the potential economic value of ivory, and turn to other ways elephants can support communities, it can be a game-changer.

“On a smaller scale, you can also apply this framework to defining protected areas and what land could be made available to elephants. By listening to those living in these areas, you can get a clear understanding of how decisions will affect human life as well, and work out ways to resolve any issues.”

The paper, published in Ecosystems Services, says nature’s non-material benefits include recreation, inspiration, mental health, and social cohesion. 

But it points out broader moral values, such as human rights, environmental justice, rights of nature and intergenerational legacy, also have a big part to play in the success of conservation.

The study recommends incorporating moral values related to biodiversity conservation into the valuation framework to create a positive loop between benefits to humans and to nature. 

The researchers believe that this approach will help policymakers and managers have a better understanding of what elephants mean to people, why elephants are important in themselves, and what values and interests are at stake. It can also be applied to other species and ecosystems. 

“What is really needed is a change of thinking”, added Antoinette van de Water. 

“Conservation policies are often based on price tags. Our pluralist valuation system provides solutions that are not based on economic gains or political status for the few, but instead on long-term common good and the goals and aspirations of societies.”