Friday, November 15, 2024

Lahore’s dangerous smog: where disease and death stalk


With air quality hitting “hazardous” highs, Lahore is forced into survival mode — schools shut, hospitals overflow, and households resort to pricey air purifiers to keep the smog at bay.

Zofeen T. Ebrahim
Published November 14, 2024
 
“It’s been horrible; I’ve been sick on and off for the last 10 days,” said 29-year-old Natasha Sohail, who teaches A-Level students at three private schools in Lahore. She is asthmatic, and last week, her condition worsened with a vertigo attack and fever. “It’s criminal what is happening here,” said an incensed Sohail, referring to the “band-aid measures” taken by the Punjab government.

Lahore also has the distinction of being the world leader in the poor air quality index (AQI), with some neighbourhoods touching over 1,200 on the AQI this month. The AQI measures the level of fine particles (PM2.5), larger particles (PM10), nitrogen dioxide (NO2), and ozone (O3) in the air. An AQI of 151 to 200 is classified as “unhealthy”, 201 to 300 “very unhealthy” and more than 300 as “hazardous”.

For the past eight years, since Sohail was in college and since smog became an annual phenomenon, Sohail has relied on anti-wheezing drugs and inhalers. At home, there are four air purifiers to help her breathe cleaner air.

She’s not alone.


These two photos were taken at the same place; the clear blue sky was taken in September 2023 and the sepia skies in November 2024. Courtesy: Zaeema Naeem


“The hospitals are crowded with tens of thousands of patients suffering from respiratory and heart diseases being treated at hospitals and clinics over the last few weeks,” said Dr Ashraf Nizami, president of the Pakistan Medical Association’s Lahore chapter. “The psychological toll the poor air is taking on people remains under the radar.”

Punjab’s senior minister, Marriyum Aurangzeb, revealing the government’s anti-smog action plan, informed journalists that Lahore endured 275 days of unhealthy AQI levels over the past year, with temperatures rising by 2.3 degrees.

After Lahore’s AQI exceeded 1,000 last week, authorities closed all primary and secondary schools. Punjab’s Secretary for Environment, Raja Jahangir Anwar, warned the closure could continue if air quality doesn’t improve. “Young children are vulnerable, and we want to avoid an emergency,” he said, adding that online learning, like during the COVID pandemic, can be adopted again.


Source: Analysis by CREA. Data source for Lahore AQI is Airnow




Source: Analysis by CREA. Data source for Lahore AQI is Airnow


Source: Analysis by CREA. Data source for Lahore AQI is Airnow


Living in a world of air purifiers

Aliya Khan, 37, a mother of two boys — aged five and one, with the older one suffering from asthma — had installed four imported air purifiers in her home four years ago, each costing Rs31,000. They bought a fifth this year at Rs60,000. “It cost us a fortune, but that’s not all; the filters must be replaced every year, which costs Rs10,000 per machine,” she said.

The private school her five-year-old attends lacks air purifiers in classrooms, leaving parents with no choice but to pool together and buy one for their child’s classroom.

Khan, a development consultant, says air purifiers work best if the home is packed tightly to keep the air from outside entering. “Our windows and doors are poorly insulated and with elderly parents, domestic help and two kids — the air purifiers struggle to maintain their effectiveness.”
Smog brings business for some

Business picks up for 37-year-old Hassan Zaidi as soon as Lahore is covered in smog. He’s currently fulfilling an order for “hundreds of air purifiers” for a foreign school in Lahore.

A computer engineer with a passion for product design, Zaidi started building air purifiers in 2019 for his family after his baby daughter developed a cough. He purchased an imported air purifier, took it apart, and quickly realised that with the right materials, it was no “rocket science” to build one himself.

He claimed his “work better, look better, and cost just Rs25,000.” These air purifiers restart automatically after power outages, are nearly silent, and are easy to repair. The filter costs Rs2,400 and needs replacing each season. Each unit is good for a 500 square feet room if fully sealed.
Authorities take action


Stubble burning in India and Pakistan. The blue line is the border between the two countries. Pakistan (left) and India (on the right).

Anwar said the government has introduced several measures to reduce emissions and improve air quality, adopting a whole-of-government approach with all departments working together for the first time.

Authorities have already banned barbecuing food without filters and use of motorised rickshaws.

The government distributed 1,000 subsidised super-seeders to farmers as an alternative to burning rice stubble and took legal action against over 400 farmers who violated the burning ban. “This carrot and stick approach will be very effective,” endorsed Dr Abid Qaiyum Suleri, the executive director of the Islamabad-based think tank, Sustainable Development Policy Institute.

Anwar said super seeders will convert residue into mulch, improving production and speeding sowing. Penalising a few farmers will deter others from breaking the law.

“But the government’s own figures show agriculture contributes less than 4 per cent to smog,” pointed out Hassan Khan, a farmer in Punjab, and added, “Why waste so much time and expense on it; why not focus on the bigger polluters like the transport industry?”

Another measure the government took involved demolishing over 600 of the 11,000 smoke-emitting brick kilns that hadn’t switched to zigzag technology, including 200 in and around Lahore.

Terming brick kilns the “low hanging fruit,” Dr Parvez Hassan, senior advocate of the Supreme Court of Pakistan and president of the Pakistan Environmental Law Association, who, in 2003 and again in 2018, was appointed the chairperson of the Lahore Clean Air Commission and the Smog Commission by the Lahore High Court to come up with the smog policy, did not approve the “arbitrary decision of dismantling” the kilns. In his view, supporting the kiln owners with “available concessional financing for conversion to zizag technology” would be a more effective way.

He added that it was well known that the transport (oil), cement and textile sectors were the bigger polluters, but they were very influential. “Power in Pakistan has always meant being above the law,” he said, adding that the “general lack of political will and effective capability to monitor compliance” also acted as roadblocks.

“No country in the world has succeeded in good environmental policies unless it has first built a capacity to implement! The journey must begin with capacity building!”

However, Anwar said, action has been taken with visits to 15,000 industrial units, sealing 64 mills, and demolishing 152 factories.

With 43pc of air pollution in the province caused by unfit vehicles, Anwar also held the transporters responsible for the smog. He shared that Lahore has 1.3 million cars and 4.5 million two-wheelers, with 1,800 motorcycles added daily. He also mentioned that the traffic police had been ordered to impound vehicles without fitness certificates. Last month, a fine of Rs16.09 million was imposed on over 24,000 substandard vehicles across the province.

“Getting a vehicle fitness certificate in Pakistan is as easy as a blind person getting a license to drive!” said a petroleum expert who requested anonymity. “We need to clean the fuel, scrap old vehicles, and make vehicle emissions testing mandatory,” he added.

Imran Khalid, a climate governance expert, emphasised that improving fuel quality alone wasn’t enough; vehicles and engines also need upgrades to fully benefit from better fuel. He noted that while Euro 5 fuel is available in Pakistan, it’s not widely accessible, and Euro 6 is the standard in India. “I haven’t seen any survey on how many cars in Pakistan have Euro 5 compliant engines,” he added.

“I think it would be far more effective to invest in mass transit, but there is no talk of this issue; we keep making more motorways, widening roads, and bringing in more vehicles on roads in the cities instead of investing in railways and commuter rails,” said farmer Khan.

The petroleum expert urged the government to approve the refinery upgrade policy, which has been delayed for two years, adding that upgrades will take up to five years.

Despite various actions, people in Lahore remain unconvinced, calling them too little, too late.

“The measures announced by the government should have been operationalised at least six months before the smog season and the 24/7 enforcement of these priorities should be rigorously monitored by a dedicated team with support of the public through awareness campaigns,” pointed out advocate Hassan.

Nizami called for year-round efforts against air pollution, questioning why no one is held accountable for cutting millions of trees for unplanned housing while the focus remains on controlling stubble burning.

The Pakistan Air Quality Experts (PAQx) group, a coalition of 27 professionals from public health, environmental science, law, and economics, has written to the prime minister, suggesting the establishment of a “comprehensive, nationwide real-time air quality monitoring network” for informed decision-making and responsive policymaking.

Anwar defended the smog plan, stating it’d been in progress since April and required public cooperation, including staying indoors and wearing masks. Punjab’s senior minister, Marriyum Aurangzeb, warned that failure to wear masks could lead to a complete city lockdown.

“I don’t see the plan working as the air quality is getting from bad to worse,” said Sohail.

Nizami criticised the government for making a lot of noise but taking little action. “It’s shameful how they’ve shifted health responsibilities to the private sector,” he said.

Sohail suggested cloud seeding for artificial rain, noting its positive impact last year. Nizami also supported using artificial rain to clear the haze.

Anwar explained that cloud seeding required the right clouds and humidity. “But we are quite ready and as soon as the timing is right, we will do it,” he promised.
Climate diplomacy

While 70pc of smog in Lahore is locally generated, nearly 30pc comes from India. Manoj Kumar, a scientist with the Finnish Centre for Research on Energy and Clean Air, noted that the Indo-Gangetic Plain formed an “interconnected airshed,” affecting air quality, but local sources played a major role in Lahore’s pollution levels.

The chief minister is keen to start talks with her Indian counterpart. “Maryam Nawaz will soon send a letter to the Chief Minister of Indian Punjab, expressing her willingness to visit India and invite him to Pakistan,” said Anwar.

Kumar praised the Punjab chief minister’s initiative, emphasising that long-term, coordinated efforts between both countries could lead to improved air quality through a unified approach. But the efforts should not stop at the Punjab regions alone, as the airshed is shared and goes beyond India.

Anwar said Pakistan is considering hosting a “regional climate conference in Lahore soon.”

Header image: Smog near the Ghanta Ghar (Clock Tower) in Faisalabad, a city about 120km from Lahore and the third most populous city after Karachi and Lahore. Credits: Khalid Mahmood/Wiki & handout.

This article was originally published in Inter Press Service and has been reproduced here with permission.

Zofeen T. Ebrahim is an independent journalist based in Karachi.
She tweets at @zofeen28.
PAKISTAN

Out Of Pocket health expenditures

Zafar Mirza
Published November 15, 2024 


IF health is a human right, then the inability to pay for essential healthcare should not be a barrier. This is why financial protection for healthcare is an integral component of universal health coverage (UHC).

In poor countries with weak economies, inadequate healthcare systems, and lack of fiscal prioritisation of healthcare, the vast majority of people are not covered in terms of healthcare service coverage and financial protection. How, then, do people access healthcare? They spend out of their incomes, savings and loans; hence the term, ‘out-of-pocket health expenditures’ (OOPHE).

When already poor or almost poor people have to resort to OOPHE, it badly affects their household incomes and they have to make tough choices between other essentials — maybe food or children’s education.

When a household ends up spending more than 10 per cent and 25pc (both thresholds are used) of its total consumption or income, the World Health Organisation (WHO) defines it as ‘catastrophic OOPHE’, which hurts the poor most, especially the women, children and elderly among them. Catastrophic health expenditures push people into poverty and deepen the poverty of the already poor.

In March 2024, the Pakistan Bureau of Statistics published the National Health Accounts 2021-22. The report presents the findings of the ninth round of National Health Accounts in Pakistan. NHA was initiated in Pakistan with the support of the WHO in 2005-06 and before the recent report, eight rounds had been completed for eight fiscal years.

NHA is a standard methodology for tracking national health expenditures, their sources and the way they are used, in order to develop policies to enhance the performance of national health systems. The standard methodology was jointly developed by WHO and the Organisation for Economic Cooperation and Development. Together, they published A System of Health Accounts in 2011 and they maintain a database of global health expenditures and continue to produce global reports and provide trainings to their national counterparts to undertake NHAs.

Financial protection is an integral component of universal health coverage.

As part of the latest Pakistan NHA report for 2021-22, a special OOPHE survey was also undertaken. The survey covered 24,809 households spread over almost the whole of urban and rural Pakistan.

According to the survey, per capita annual OOP health expenditure in FY2021-22 was Rs4,334. People spent a total of over Rs983 billion out of their pocket on healthcare. The provincial breakdown shows that out of the total OOPHE, Punjab’s share was the highest (53pc), followed by Sindh (23pc), KP (17pc) and Balochistan (6pc).

A closer look at OOPHE survey data reveals that in Pakistan, around 73pc of the total OOP health expenditures are incurred on outpatient services (primary healthcare), while only around 20pc of total OOP spending is incurred on inpatient care. The percentage share of outpatients is highest in Punjab (77.46pc) followed by KP (72.01pc), and Balochistan (69.06pc), while the lowest share is that of Sindh (60.01pc). Also, 58.89pc of OOPHE takes place in urban centres and the rest in rural areas, which basically means that a sizeable proportion of people from the rural areas also travel to the urban areas and spend money to buy healthcare.

The people of Pakistan spend 82.79pc of OOPHE on buying healthcare from the private health sector, and the rest, 17.21pc, is spent in the public sector.

The breakdown of these expenditures shows that at the national level, more than half of OOP, that is, 50.63pc, is spent on buying medicines, followed by doctors’ fee (12.93pc), and lab tests (8.22pc), while 7.7pc of it is incurred on transportation costs.

The top diseases to which OOPHE caters include heart disease (9.73pc), flu/fever (9.55pc), muscular pain — knee, backbone, etc — (7.21pc), and diabetes (7.09pc).

What does all this data on OOPHE tell us and how should it feed into future health polices?

Three major points can be discerned. One, OOPHE is quite high in Pakistan and this is especially concerning with reference to the poor population, which numbers more than 110 million. This segment of the population needs financial protection for healthcare.

Second, since 73pc of OOPHE is being incurred by ambulatory patients seeking primary healthcare, it is critical that the poor segment of the population is provided financial protection for primary healthcare. Though financial protection is available for hospitalisation through the Sehat Sahulat Programme, there is a major need for financial protection at the PHC level.

Third, more than 80pc of OOPHE is made in the private sector. Combining it with the above two facts, it is clear that the people’s maximum out-of-pocket expenditures on health and their need for protection from financial hardship, especially for the poor and most vulnerable, is on PHC and in the private sector.

Currently, PHC in the private sector is the most uncovered area in terms of financial protection and hence there is slow advancement of UHC.

It is also the least regulated area in terms of quality of care and cost of care. Medicines, doctors’ fee and diagnostics are the main areas where people are spending money out of their pocket when they seek healthcare. For the poor, these items are unaffordable.

Who provides PHC in the private health sector: individual clinics of general practitioners or family physicians and outpatient departments of a variety of private sector hospitals.

If financial protection is not extended by expanding the Sehat Sahulat programme in these areas, then a vast majority of the poor and almost poor population will remain vulnerable to catastrophic and impoverishing OOPHE.

Policymakers also have to consider that the burden of disease in Pakistan has shifted to non-communicable diseases, which are chronic in nature and hence require lifelong healthcare. As this survey also shows, the top categories of diseases and conditions where OOPHEs are being incurred are non-communicable, and these are ongoing expenditures. This further necessitates financial protection.

The writer is a former health minister and currently a professor of health systems & population health at Shifa Tameer-i-Millat University.

zedefar@gmail.com

Published in Dawn, November 15th, 2024

 

Study outlines key role of national and EU policy to control emissions from German hydrogen economy


Study prepared by the Research Institute for Sustainability – Helmholtz Centre Potsdam (RIFS) with support from Environmental Defense Fund Europe evaluates the potential impact of climate-warming emissions in Germany’s future hydrogen economy




Research Institute for Sustainability (RIFS) – Helmholtz Centre Potsdam




Hydrogen is set to play an important role in a future low-carbon economy. However, the hydrogen value chain comes with a set of emissions challenges that need to be addressed for hydrogen deployment to help achieve climate goals. A study prepared by the Research Institute for Sustainability – Helmholtz Centre Potsdam (RIFS) with support from Environmental Defense Fund Europe evaluates the potential impact of climate-warming emissions in Germany’s future hydrogen economy and provides recommendations for German and EU policymakers on how to avoid them.

There are hopes that hydrogen can become a carbon neutral alternative to fossil fuels, given that hydrogen combustion does not produce carbon dioxide (CO2). It is often seen as the only viable solution for the decarbonisation of industrial sectors such as steel and chemical production. As a result, hydrogen has become an integral part of Germany's national climate strategy to reach net zero by 2045, as Europe’s top emitter[1].

To date, the political debate in Germany has focused on enabling a rapid ramp-up of renewable – or ‘green’ – hydrogen production and building up the necessary infrastructure, both in Germany and in Europe. Yet little attention has been paid to the fact that, regardless of the production method, there are emission challenges with deploying hydrogen that need to be addressed if it is to deliver climate benefits. In the study Controlling Emissions in Germany's Future Hydrogen Economy, the authors evaluate these emissions - which include methane, carbon dioxide, and hydrogen emissions themselves - and identify policy levers at the national, European, and international level to minimize the impacts.

“As the EU shifts gears after five years of Green Deal policies towards the next big policy juncture – the EU Clean Industrial Deal – it’s crucial that while it looks to build out a competitive hydrogen industry, it remains focused on reducing harmful climate-warming emissions,” says Léa Pilsner, Senior Policy Manager at Environmental Defense Fund Europe.

The warming impact of hydrogen as an indirect greenhouse gas (GHG)

The findings of this research show that the hydrogen emissions from a hydrogen value chain based entirely on green hydrogen would amount to around eleven million tonnes of CO2-equivalents (GWP100) in 2045. To put this into perspective, this is equivalent to approximately 17% of Germany’s projected residual GHG emissions in 2045 in its net zero scenarios.

Although hydrogen itself is not a direct greenhouse gas, its chemical reactions in the atmosphere lead to an increase in the abundance of other GHGs, namely methane, tropospheric ozone and stratospheric water vapour. Taking these reactions into account, the global warming potential of hydrogen over a hundred years is more than eleven times higher than that of CO2.

Study shows scenarios for a future German hydrogen economy

"We need to ensure that the development of hydrogen is done with environmental integrity, and that means minimizing emissions - including of hydrogen itself”, says study author Kathleen Mar. She explains: “Control measures are needed to make sure hydrogen's promise as a low-carbon fuel can be realized."

Taking Germany’s National Hydrogen Strategy as a starting point, the authors develop several illustrative scenarios for a future German hydrogen economy based on domestically produced green hydrogen and imported green and blue hydrogen. In a next step, the authors quantify the expected hydrogen (H2) emissions along with methane (CH4) and carbon dioxide (CO2) emissions (for the case of blue hydrogen) of these scenarios and their global warming potential. The study also examines potential entry points for policy measures aimed at reducing or avoiding these emissions and provides an overview of the current German and EU regulatory landscape relevant for the hydrogen sector. It concludes by offering recommendations on how to account for and control these emissions along the hydrogen value chain.

Key findings from the study:

  • Hydrogen emissions contribute to climate change and policy measures are needed to reduce or avoid these emissions.
  • We estimate that hydrogen emissions occur primarily at the point of production, where they can be controlled.
  • The European Union should acknowledge the role of hydrogen as an indirect greenhouse gas and include hydrogen emissions in the methodologies for calculating emissions savings from hydrogen.
  • The EU should strengthen the regulatory framework to curb all climate-warmings emissions from the production of blue hydrogen in the EU and abroad.
  • Extending the EU Methane Regulation to include methane emissions from imported hydrogen and its derivatives is an important first step towards a more robust regulatory framework.

“Using Germany, Europe’s biggest industrial base and potential hydrogen market, as an example, our study highlights the importance of not underestimating the impacts of three key direct and indirect greenhouse gases (GHGs) related to hydrogen deployment – methane, carbon dioxide, and hydrogen itself”, says study author Rainer Quitzow from the RIFS. “The evidence presented is a call to action for smart policy choices that balance climate and economic imperatives.”

Join our Report Launch and Discussion:

Controlling Emissions in a European hydrogen economy Tuesday, December 3rd, 2024, 10:00-11:00 (CET) via Zoom
Register here: https://www.rifs-potsdam.de/de/veranstaltungen/controlling-emissions-european-hydrogen-economy-report-launch-and-discussion
You will receive the link to join the event with the confirmation e-mail after registration.

 

Cash is King: The surprising truth about spending habits in a cashless world 



Physical cash not only influences how much we spend but also fosters a profound sense of psychological ownership that digital payments cannot replicate, according to research from the University of Surrey 



University of Surrey




Cash is King: The surprising truth about spending habits in a cashless world 

Physical cash not only influences how much we spend but also fosters a profound sense of psychological ownership that digital payments cannot replicate, according to research from the University of Surrey. 

In a paper published in Qualitative Market Research, researchers detail as cash fades from our wallets, so too does our awareness of spending, leading to impulsive and unnecessary purchases. The study suggests that maintaining a physical element in our payment systems may be vital for promoting responsible spending behaviours. 

Dr Jashim Khan, Associate Professor of Marketing and Director of International Business Management and lead-author of the study at the University of Surrey said: 

"The visceral nature of cash—its smell, feel, and the act of counting it—creates an emotional connection that digital payments lack. 

“When we handle cash, we are not just spending money; we are parting with a piece of ourselves." 

The research team conducted their study in two different cultures, and at very different times— New Zealand in 2013 and China in 2023. They used focus groups and open-ended questionnaires to gather rich, detailed data about consumer experiences with cash and cashless payment methods. Participants were asked to describe their feelings and behaviours surrounding the use of different payment modes. They found that cash promotes heightened awareness of spending, while cards and apps often lead to a disconnection from the money being spent. 

While 50% of transactions in China are made through app-based payments, participants expressed a diminished sense of ownership over their finances. One participant noted, "Digital money doesn’t feel like spending your own money; there is no concept of money, but cash is different; it always feels like your money is decreasing when you use it." This sentiment echoes across both studies, underscoring the emotional weight that cash carries compared to its digital counterparts. 

The research also found that while people feel happy and secure using third-party payment apps, they sometimes struggle with a sense of loss when parting with cash. Emotional responses to cash transactions include sadness and guilt, reflecting a deeper psychological connection to physical money. In contrast, the ease of digital payments often results in mindless spending, as the tangibility of cash is replaced by abstract numbers on a screen.  

Dr Khan continues: 

 "Our research shows that cash isn’t just money—it’s a way to stay connected to what we spend. Holding cash in our hands reminds us of its value, something that digital payments can make easy to forget. As we use more cashless options, it’s worth remembering the lessons cash teaches about spending wisely. We’re not saying cash is outdated. In fact, we’re rethinking how we view and manage money as things change. Moving to a cashless society means we need to understand how different payment choices affect us, not just financially but emotionally. Knowing this can help us make better financial decisions in a world where money often feels invisible." 

[ENDS]  

Note to editors:  

How do microbiomes influence the study of life?


Penn State
Seth Bordenstein highlights how microbiomes are spurring a conceptual advance in research 

video: 

Holobiont biology recognizes animals, plants, fungi and other hosts as dynamic assemblages of interacting and/or interdependent host and microbial cells, just as the host body is recognized as a dynamic assemblage of its own interacting cells that forge anatomical structures with specialized functions.

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Credit: Penn State




UNIVERSITY PARK, Pa. — Microorganisms — bacteria, viruses and other tiny life forms — may drive biological variation in visible life as much, if not more, than genetic mutations, creating new lineages and even new species of animals and plants, according to Seth Bordenstein, director of Penn State’s One Health Microbiome Center, professor of biology and entomology, and the Dorothy Foehr Huck and J. Lloyd Huck Endowed Chair in Microbiome Sciences. Bordenstein and 21 other scientists from around the world published a paper in the leading journal Science, summarizing research that they said drives a deeper understanding of biological variation by uniting life’s seen and unseen realms.

The authors explained that this newly described concept — holobiont biology — underpins a multidisciplinary and holistic understanding of how life’s forms and functions, from human disease to agricultural output, depend upon the relationships between microorganisms and their hosts. Penn State News spoke with Bordenstein about the paper and the emerging field of holobiont biology.

Q: In simple terms, what is evolution? Why do organisms vary in traits?

Bordenstein: The longstanding definition of evolution is the process by which living things change over time by gradually mutating and adapting to their environments. This happens often through a process known as natural selection, where traits that help an organism survive and reproduce are passed on to future generations, while less useful traits gradually disappear.

Historically, we’ve looked at the timescale for evolution as happening over many generations, with these small changes eventually leading to the development of new traits and even new species. Now, when it comes to incorporating the microbiome, the collection of all microbes in and on a host, into this discussion, the timescale and magnitude of biological change becomes more interesting and complex.

Q: What can this new paper tell us about what has been overlooked in the study of life?

Bordenstein: Traditionally, biologists have studied visible and invisible life in silos, which has caused our concepts of life to separate. Many scientists were settled in their ways of thinking of microbes as background noise, or transient contaminants without major impact on host life. Yet microbial cells in and on the human body can actually outnumber human cells.

What we’re learning today and over the past decade, is that that sometimes microbes explain more biological trait variation in organisms than the genes do. This is the case, for instance, with the likelihood of human colon cancer, cholesterol levels, and body mass index. And, more importantly, if you take host genetics and microbes together, you start to see a fuller picture of how life varies and changes over time.

Microbes are the base of the biosphere. They outnumber the stars in the universe by orders of magnitude and have been here for four billion years. There are more bacteria in your mouth than there are people on the planet. Every host organism lives in contact and association with microbes, and those microbes can cause variation in traits, whether it's chronic disease, agricultural output, biodiversity loss or how thin we are — there's a lot going on that microbes contribute to.

Q: Historically, the field of biology tends to categorize living things into taxa, the filing system for species, genus, family, order, etc. How does holobiont biology fit into or challenge that framework?

Bordenstein: We envision that microbes are fundamental to how biologists explain variation in host life forms, for example animals and plants. So, in the case of classification of species, we’re making the case that organisms are not autonomous. They exist, by definition, always in association and in contact with microbes.

Just has been done with genetic engineering and selective breeding, we see this holistic way of thinking about life as an opportunity to harness the power of the microbiome to make improvements in agriculture and aquaculture, resilience in environmental sustainability, and advances in human health.

This holistic approach of holobiont biology will open the door to finding applications for live microbial communities that could, for example, make agriculture more resilient to climate change, help sustain biodiversity or improve human health by using microbes to combat chronic diseases including cancer, inflammatory bowel disease, cardiovascular disease, and diseases associated with aging.

Q: Essentially, you are saying that we should have a much broader view of what biology looks like, what evolution looks like, because there is an entire world on the microscopic level that is propelling life on the macro level. You reference “Origin of Species,” Charles Darwin’s seminal work published in 1859, frequently in your paper. Why re-examine a 165-year-old book when introducing a new paradigm?

Bordenstein: Darwin's “Origin of Species” remains the bedrock of modern biology today. But it’s worth noting that the Origin of Species was written only about animals and plants. There were no bacteria in it. That doesn't mean that Darwin’s principles do not apply to microbes, but he was focused on what he could see at the time. Now, we have a much fuller picture of the biosphere. What Darwin did was explain to us why forces of evolution shape lineages into new varieties and ultimately into new species, but he didn't know the mechanisms that made these changes possible. He didn't know about genetic mutations nor the microbial forces at work.

Q: You also address Mendelian genetics in the paper, the science of breeding for various traits as described by Gregor Mendel in the 1860s. There have been significant advancements in the study of genetics over the past century, from sequencing to editing, so how does the holobiont biology framework intersect with our modern understanding of genetic diversity and evolution?

Bordenstein: During the 1920s to 1940s, biology had a revolution known as the Modern Synthesis, in which the 19th century discoveries of Mendel's genetic laws merged with Darwin's theory of evolution to create this beautiful explanation for how new variations of form and function develop. That science is what drove biology to where we are today.  

Now, many scholars think we're in a post-Modern Synthesis because we're now adding microbiology into our understanding of host genetics and evolution. We’ve learned that microbes are also sources of new forms, functions, and variants of host life, just like genetic mutations. As a consequence, several operational and practical steps can be taken to infuse holobiont biology into the full fabric of the life sciences.

Q: How do you bring about this new paradigm shift in the life sciences?

Bordenstein: It starts with how we define and teach biology. That means rethinking how we describe animals and plants; we're not calling them animals and plants anymore. We’re thinking of animals and plants as a consortium of host and microbial cells that influence anatomy and physiology, because that is the reality of nature. We cannot think about animal or plant genomes in a way that's separate from microbial genomes when we know that both genomic compartments are all part of the functional unit.

There is also a statistical, analytical aspect to what we're going to see next. Just as we have databases to determine the influence of genetics on traits, we will need new analytics to determine the contribution of microbes and how they interact with genetics to explain traits.

Finally, once we have the databases and analytic tools developed, we can engineer microbes and microbiomes as much as we can engineer genes to make a better outcome for an organism, whether that’s in agriculture, the environment, or even for ourselves. Our hope is to use this concept to engineer a better future.

A sample of a microbe collected on Penn State’s University Park campus grows on an agar plate. Microbes are the foundation of our agricultural, environmental and human ecosystems, and they flow between these three environments to shape health and disease risk within each system.

Credit

Michelle Bixby / Penn State

Other Penn State co-authors are Mónica Medina, professor of biology, and Nichole Ginnan, research project manager. Other authors on the paper are affiliated with the Center for Evolutionary Hologenomics at the University of Copenhagen, the Department of Natural History in Trondheim, Norway, the Università degli Studi Mediterranea di Reggio Calabria in Italy, the University of Padua in Italy, Aalborg University in Denmark, the Khalifa Center for Genetic Engineering and Biotechnology at the United Arab Emirates University, the Universidad Nacional de Colombia, Wayne State University School of Medicine, Clemson University, the University of Connecticut, Oregon State University and the University of Pittsburgh.


Rapid growth of global wildland-urban interface associated with wildfire risk, study shows




Chinese Academy of Sciences Headquarters
Global Wildland-Urban Interface 

image: 

Conceptual diagram illustrating how human society and wildfire interact from distant wildlands to densely populated urban areas.

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Credit: Image by GUO Yongxuan




Rapid human expansion into natural landscapes, resulting in the growth of the wildland-urban interface (WUI), has heightened risks associated with wildfires.

Prof. WANG Jianghao’s team from the Institute of Geographic Sciences and Natural Resources Research of the Chinese Academy of Sciences has recently mapped global WUI changes in 2000, 2010, and 2020, revealing alarming upward trends in WUI areas.

This work, published in Science Advances, provides critical insights into how urbanization can intensify potential wildfire risks faced by people worldwide.

Against the backdrop of industrialization, the frequency and intensity of human activity have escalated, resulting in extensive natural land conversion into WUI areas. The most immediate conflict between human society and the Earth system is clustered in WUI, placing residents there at a higher risk of exposure to natural hazards, such as floods, landslides, and wildfires.

“The increased occurrence of extreme and large wildfires, exacerbated by climate change, necessitates urgent attention to these hazards in WUI areas,” said Prof. WANG.

Individuals living in or near WUI areas face elevated mortality risk due to exposure to flames and heat. Wildfire-related smoke can also increase the risk of illness and death even at a distance up to 1,000 km.

Therefore, understanding the dynamics of WUI growth and its underlying causes is critical for developing effective wildfire management strategies.

By 2020, global WUI areas covered 1.44% of the terrestrial surface, with approximately 1.2 billion people residing in these areas. Over the past two decades, WUI areas have expanded by more than a third, with 85% of new WUI areas identified between 2010 and 2020, the study showed.

The researchers noted that urbanization is the primary driver of WUI expansion, while changes in natural vegetation have a minimal impact. The acceleration of urban expansion also explains the uneven change in WUI areas.

The researchers’ further exploration of the spatial relationship between WUI zones and fire activity revealed that wildfires in and around WUI areas tend to be dense but low intensity, indicating that the WUI is a fire-prone area. From 2010 to 2020, small fires increased within a 1-km buffer of the WUI, while fire activities decreased at least 3 km away, which may be attributed to the increase in human activity.

In summary, the study shows that urbanization—as a key driver of WUI expansion—has contributed to increasing wildfire risks.











 

Study of US law enforcement co-responder programs identifies wide variations


Findings are first step in evaluating initiatives’ effectiveness, which can lead to evidence-based guidelines and protocols


Crime and Justice Research Alliance

 




In response to demands for police reform, agencies have begun to pursue alternative responses to calls involving mental health crises. Across the United States, jurisdictions are adopting co-responder teams that bring qualified mental or behavioral health professionals into police emergency responses calls. In a new study, researchers surveyed local and state law enforcement agencies to determine the prevalence and use of these teams. They found wide variation in the types of teams and how they operate.

The study, by researchers at George Mason University and the University of Wyoming, appears in Policing: An International Journal.

            “Our survey is the first to examine the prevalence and characteristics of law enforcement co-responder programs in the United States,” explains Cynthia Lum, professor of criminology, law, and society at George Mason University, who coauthored the study. “Our findings represent a first step in evaluating the effectiveness of these programs and in turn, developing evidence-based guidelines and protocols for their implementation.” Lum is an expert whose work is promoted by the NCJA Crime and Justice Research Alliance, which is funded by the National Criminal Justice Association.

Since the deinstitutionalization of state mental health hospitals in the 1960s, law enforcement has become the primary responders to people experiencing a mental health crisis. But the practice has come under intense scrutiny as a result of high-profile officer-involved deaths of people experiencing mental health crises. Among alternative responses is the co-responder model, which involves police partnering with qualified mental health professionals to respond to mental and behavioral health calls. However, the extent, nature, and effectiveness of these programs has not been widely investigated.

In this study, researchers developed and administered a survey to a nationally representative sample of local and state law enforcement agencies. A total of 568 agencies from all regions of the United States completed the survey between May 2022 and May 2023; 70% were local, county, or regional police departments; 24% were sheriff’s offices; and 3.5% were state or highway patrol agencies.

            The study found wide variations in staffing, operations, qualifications, and characteristics of co-responder programs, as well as in respondents’ beliefs about the effectiveness of such programs. The study also found a lack of consistent programmatic guidance to inform programs’ development, which results in personnel and funding challenges to implementing and maintaining co-responder programs. Specifically, the study found that:

  • Nearly 88% of responding agencies had officers certified to be part of crisis intervention teams (CITs) and 41% reported having a co-responder program.
  • Of the 232 agencies with co-responder teams, almost half (45.7%) started their program since 2020, 39% of the agencies had just one co-responder or qualified mental health professional to respond to calls with an officer (i.e., one team); 32% had two to three teams, 12% had four to six teams, and 9% had seven or more teams.
  • Only 19% of responding agencies had co-responder teams available around the clock; 55% had teams operating on certain days and times, and 53% said when teams were not in operation, they were available to assist over the phone or by radio.
  • In terms of training, 48% of agencies said co-responders received no additional training from the law enforcement agencies. Of the 48% that did provide training, the most common was maintaining personal and officer safety, followed by guidance on police procedures and culture, state laws, and use of force.
  • Only 31% of responding agencies had some plan to evaluate or track the effectiveness of their co-responder teams by assessing outcomes such as use of force, arrests, officers’ time spent on calls, repeat calls, and hospitalization. Evaluation and tracking were sometimes tied to how programs were funded or managed (78% of programs were funded by local or state governments and 27% were funded by federal grants).

            “Our study suggests that several characteristics of co-responder programs are ripe for evaluation, including qualifications and training for mental health professionals and officers; protocols for implementation and operation; assessments of officer buy-in; understanding of data collection necessary for evaluating outcomes; and recommendations for building relationships with the community, between agencies, and with stakeholders,” notes Clair V. Uding, associate professor of criminal justice and sociology at the University of Wyoming, who led the study.

“While jurisdictions and communities are unique, efforts to better document programs’ development and encourage agencies to evaluate and share their information about effectiveness or lack thereof can help inform others who have adopted or want to adopt these programs.”

Among the study’s limitations, according to the authors, are that the high prevalence of CIT and co-responder programs among respondents could represent a selection bias; agencies without these programs may have disregarded the survey. In addition, the study was not designed to evaluate any specific aspect of co-responder programs but to provide information about agencies’ practices. And the study did not explore types of alternative responses to mental health crises that do not involve the police.

            “If we want more evidence-based approaches to co-responder units, police agencies’ approaches need to be tracked, assessed, and evaluated against desired outcomes,” adds Haley Moon, PhD student in psychology at the University of Wyoming, who coauthored the study. “Our results can help inform a theory of change framework for co-responder programs that can be applied to different communities with different needs and resources, to help identify short- and long-term goals, articulate required actions to achieve these goals, and develop measurable indicators of success.”