The Conversation

Communities working together for better air

Rachel Sauer — Thu, 06 Mar 2025 19:32:50 +0000

Communities working together for better air Rachel Sauer Thu, 03/06/2025 - 12:32

Jenni Shearston

Colorado is tackling air pollution in vulnerable neighborhoods by regulating five air toxics

The Globeville, Elyria-Swansea and Commerce City communities in metro Denver are choked by air pollution from nearby highways, an oil refinery and a Superfund site.

While these neighborhoods have long suffered from air pollution, they’re not the only ones in Colorado.

Now, Colorado is taking a major step to protect people from air pollutants that cause cancer or other major health problems, called “air toxics.” For the first time, the state is developing its own state-level air toxic health standards.

91�� researcher Jenni Shearston studies chemical exposure and health, measuring and evaluating the impact of air pollution on people’s well-being.

In January 2025 Colorado identified five air toxics as “priority” chemicals: benzene, ethylene oxide, formaldehyde, hexavalent chromium compounds and hydrogen sulfide.

The state is in the process of setting health-based standards that will limit the amount of each chemical allowed in the air. Importantly, the standards will be designed to protect people exposed to the chemicals long term, such as those living near emission sources. Exposure to even low amounts of some chemicals, such as benzene, may lead to cancer.

As a researcher studying chemical exposure and health, I measure and evaluate the impact of air pollution on people’s well-being.

Colorado’s new regulations will draw on expert knowledge and community input to protect people’s health.

Communities know what needs regulation

In your own community, is there a highway that runs near your house or a factory with a bad odor? Maybe a gas station right around the corner? You likely already know many of the places that release air pollution near you.

When state or local regulators work with community members to find out what air pollution sources communities are worried about, the partnership can lead to a system that better serves the public and reduces injustice.

For example, partnerships between community advocates, scientists and regulators in heavily polluted and marginalized neighborhoods in New York and Boston have had big benefits. These partnerships resulted in both better scientific knowledge about how air pollution is connected to asthma and the placement of air monitors in neighborhoods impacted the most.

In Colorado, the process to choose the five priority air toxics included consulting with multiple stakeholders. A technical working group provided input on which five chemicals should be prioritized from the larger list of 477 toxic air contaminants.

The working group includes academics, members of nongovernmental organizations such as the Environmental Defense Fund – local government and regulated industries, such as the American Petroleum Institute.

There were also opportunities for community participation during public meetings.

At public hearings, community groups like GreenLatinos argued that formaldehyde, instead of acrolein, should be one of the prioritized air toxics because it can cause cancer.

Additionally, formaldehyde is emitted in some Colorado communities that are predominantly people of color, according to advocates for those communities. These communities are already disproportionately impacted by high rates of respiratory disease and cancer.

Other members of the community also weighed in.

“One of my patients is a 16-year-old boy who tried to get a summer job working outside, but had to quit because air pollution made his asthma so bad that he could barely breathe,” wrote Logan Harper, a Denver-area family physician and advocate for Healthy Air and Water Colorado.

How is air quality protected?

At the national level, the Clean Air Act requires that six common air pollutants, such as ozone and carbon monoxide, are kept below specific levels. The act also regulates 188 hazardous air pollutants.

Individual states are free to develop their own regulations, and several, including California and Minnesota, already have. States can set standards that are more health-protective than those in place nationally.

Four of the five chemicals prioritized by Colorado are regulated federally. The fifth chemical, hydrogen sulfide, is not included on the U.S. Environmental Protection Agency’s hazardous air pollutant list, but Colorado has decided to regulate it as an air toxic.

State-level regulation is important because states can focus on air toxics specific to their state to make sure that the communities most exposed to air pollution are protected. One way to do this is to place air pollution monitors in the communities experiencing the worst air pollution.

For example, Colorado is placing six new air quality monitors in locations around the state to measure concentrations of the five priority air toxics. It will also use an existing monitor in Grand Junction to measure air toxics. Two of the new monitors, located in Commerce City and La Salle, began operating in January 2024. The remainder will start monitoring the air by July 2025.

When Colorado chose the sites, it prioritized communities that are overly impacted by social and environmental hazards. To do this, officials used indexes like the Colorado EnviroScreen, which combines information about pollution, health and economic factors to identify communities that are overly burdened by hazards.

The Commerce City monitor is located in Adams City, a neighborhood that has some of the worst pollution in the state. The site has air toxics emissions that are worse than 95% of communities in Colorado.

Air toxics and health

The five air toxics that Colorado selected all have negative impacts on health. Four are known to cause cancer.

When state or local regulators work with community members to find out what air pollution sources communities are worried about, the partnership can lead to a system that better serves the public and reduces injustice.

Benzene, perhaps the most well known because of its ability to cause blood cancer, is one. But it also has a number of other health impacts, including dampening the ability of the immune system and impacting the reproductive system by decreasing sperm count. Benzene is in combustion-powered vehicle exhaust and is emitted during oil and gas production and refinement.

Ethylene oxide can cause cancer and irritates the nervous and respiratory systems. Symptoms of long-term exposure can include headaches, sore throat, shortness of breath and others. Ethylene oxide is used to sterilize medical equipment, and as of 2024, it was used by four facilities in Colorado.

Formaldehyde is also a cancer-causing agent, and exposure is associated with asthma in children. This air toxic is used in the manufacture of a number of products like household cleaners and building materials. It is also emitted by oil and gas sources, including during fracking.

Hexavalent chromium compounds can cause several types of cancer, as well as skin and lung diseases such as asthma and rhinitis. A major source of hexavalent chromium is coal-fired power plants, of which Colorado currently has six in operation, though these plants are scheduled to close in the next five years. Other sources of hexavalent chromium include chemical and other manufacturing.

Finally, long-term exposure to hydrogen sulfide can cause low blood pressure, headaches and a range of other symptoms, and has been associated with neurological impacts such as psychological disorders. Some sources of hydrogen sulfide include oil refineries and wastewater treatment plants.

Jenni Shearston is an assistant professor in the Department of Integrative Physiology.

This article is republished from The Conversation under a Creative Commons license. Read the original article.

Colorado is tackling air pollution in vulnerable neighborhoods by regulating five air toxics.

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It hits Earth like a bolt of lightning

Rachel Sauer — Mon, 10 Feb 2025 22:48:36 +0000

It hits Earth like a bolt of lightning Rachel Sauer Mon, 02/10/2025 - 15:48

Lauren Blum

Lightning strikes link weather on Earth and weather in space

There are trillions of charged particles—protons and electrons, the basic building blocks of matter—whizzing around above your head at any given time. These high-energy particles, which can travel at close to the speed of light, typically remain thousands of kilometers away from Earth, trapped there by the shape of Earth’s magnetic field.

Occasionally, though, an event happens that can jostle them out of place, sending electrons raining down into Earth’s atmosphere. These high-energy particles in space make up what are known as the Van Allen radiation belts, and their discovery was one of the first of the space age. A new study from my research team has found that electromagnetic waves generated by lightning can trigger these electron showers.

A brief history lesson

At the start of the space race in the 1950s, professor James Van Allen and his research team at the University of Iowa were tasked with building an experiment to fly on the United States’ very first satellite, Explorer 1. They designed sensors to study cosmic radiation, which is caused by high-energy particles originating from the Sun, the Milky Way galaxy, or beyond.

91�� scientist Lauren Blum and her research team has found that electromagnetic waves generated by lightning can trigger electron showers in Earth's atmosphere.

After Explorer 1 launched, though, they noticed that their instrument was detecting significantly higher levels of radiation than expected. Rather than measuring a distant source of radiation beyond our solar system, they appeared to be measuring a local and extremely intense source.

This measurement led to the discovery of the Van Allen radiation belts, two doughnut-shaped regions of high-energy electrons and ions encircling the planet.

Scientists believe that the inner radiation belt, peaking about 621 miles (1000 kilometers) from Earth, is composed of electrons and high-energy protons and is relatively stable over time.

The outer radiation belt, about three times farther away, is made up of high-energy electrons. This belt can be highly dynamic. Its location, density and energy content may vary significantly by the hour in response to solar activity.

The discovery of these high-radiation regions is not only an interesting story about the early days of the space race; it also serves as a reminder that many scientific discoveries have come about by happy accident.

It is a lesson for experimental scientists, myself included, to keep an open mind when analyzing and evaluating data. If the data doesn’t match our theories or expectations, those theories may need to be revisited.

Our curious observations

While I teach the history of the space race in a space policy course at the University of Colorado, 91��, I rarely connect it to my own experience as a scientist researching Earth’s radiation belts. Or, at least, I didn’t until recently.

In a study led by Max Feinland, an undergraduate student in my research group, we stumbled upon some of our own unexpected observations of Earth’s radiation belts. Our findings have made us rethink our understanding of Earth’s inner radiation belt and the processes affecting it.

Originally, we set out to look for very rapid—sub-second—bursts of high-energy electrons entering the atmosphere from the outer radiation belt, where they are typically observed.

Lightning can generate electromagnetic waves known as lightning-generated whistlers, which can travel through the atmosphere and out into space. (Photo: iStock)

Many scientists believe that a type of electromagnetic wave known as “chorus” can knock these electrons out of position and send them toward the atmosphere. They’re called chorus waves due to their distinct chirping sound when listened to on a radio receiver.

Feinland developed an algorithm to search for these events in decades of measurements from the SAMPEX satellite. When he showed me a plot with the location of all the events he’d detected, we noticed a number of them were not where we expected. Some events mapped to the inner radiation belt rather than the outer belt.

This finding was curious for two reasons. For one, chorus waves aren’t prevalent in this region, so something else had to be shaking these electrons loose.

The other surprise was finding electrons this energetic in the inner radiation belt at all. Measurements from NASA’s Van Allen Probes mission prompted renewed interest in the inner radiation belt. Observations from the Van Allen Probes suggested that high-energy electrons are often not present in this inner radiation belt, at least not during the first few years of that mission, from 2012 to 2014.

Our observations now showed that, in fact, there are times that the inner belt contains high-energy electrons. How often this is true and under what conditions remain open questions to explore. These high-energy particles can damage spacecraft and harm humans in space, so researchers need to know when and where in space they are present to better design spacecraft.

Determining the culprit

One of the ways to disturb electrons in the inner radiation belt and kick them into Earth’s atmosphere actually begins in the atmosphere itself.

Lightning, the large electromagnetic discharges that light up the sky during thunderstorms, can actually generate electromagnetic waves known as lightning-generated whistlers.

91�� researcher Lauren Blum and her colleagues discovered that a combination of weather on Earth and weather in space produces unique electron signatures. (Photo: Pixabay)

These waves can then travel through the atmosphere out into space, where they interact with electrons in the inner radiation belt—much as chorus waves interact with electrons in the outer radiation belt.

To test whether lightning was behind our inner radiation belt detections, we looked back at the electron bursts and compared them with thunderstorm data. Some lightning activity seemed correlated with our electron events, but much of it was not.

Specifically, only lightning that occurred right after so-called geomagnetic storms resulted in the bursts of electrons we detected.

Geomagnetic storms are disturbances in the near-Earth space environment often caused by large eruptions on the Sun’s surface. This solar activity, if directed toward Earth, can produce what researchers term space weather. Space weather can result in stunning auroras, but it can also disrupt satellite and power grid operations.

We discovered that a combination of weather on Earth and weather in space produces the unique electron signatures we observed in our study. The solar activity disturbs Earth’s radiation belts and populates the inner belt with very high-energy electrons, then the lightning interacts with these electrons and creates the rapid bursts that we observed.

These results provide a nice reminder of the interconnected nature of Earth and space. They were also a welcome reminder to me of the often nonlinear process of scientific discovery.

Lauren Blum is an assistant professor in the Department of Astrophysical and Planetary Sciences.

This article is republished from The Conversation under a Creative Commons license. Read the original article.

Lightning strikes link weather on Earth and weather in space.

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3 years later, Marshall Fire impacts still being learned

Rachel Sauer — Thu, 02 Jan 2025 21:23:38 +0000

3 years later, Marshall Fire impacts still being learned Rachel Sauer Thu, 01/02/2025 - 14:23

Colleen E. Reid

Wildfire smoke’s health risks can linger in homes that escape burning—as Colorado’s Marshall Fire survivors discovered

On Dec. 30, 2021, a wind-driven wildfire raced through two communities just outside 91��, Colorado. In the span of about eight hours, more than 1,000 homes and businesses burned.

The fire left entire blocks in ash, but among them, pockets of houses survived, seemingly untouched. The owners of these homes may have felt relief at first. But fire damage can be deceiving, as many soon discovered.

When wildfires like the Marshall Fire reach the wildland-urban interface, they are burning both vegetation and human-made materials. Vehicles and buildings burn, along with all of the things inside them—electronics, paint, plastics, furniture.

Colleen E. Reid, a 91�� associate professor of geography, and her research colleagues created a checklist for people to use after urban wildfires in the future to help them protect their health and reduce their risks when they return to smoke-damaged homes.

Research shows that when human-made materials like these burn, the chemicals released are different from what is emitted when just vegetation burns. The smoke and ash can blow under doors and around windows in nearby homes, bringing in chemicals that stick to walls and other indoor surfaces and continue off-gassing for weeks to months, particularly in warmer temperatures.

In a new study released three years after the Marshall Fire, my colleagues and I looked at the health effects people experienced when they returned to still-standing homes. We also created a checklist for people to use after urban wildfires in the future to help them protect their health and reduce their risks when they return to smoke-damaged homes.

Tests in homes found elevated metals and VOCs

In the days after the Marshall Fire, residents quickly reached out to nearby scientists who study wildfire smoke and health risks at the 91�� and area labs. People wanted to know what was in the ash and causing the lingering smells inside their homes.

In homes we were able to test, my colleagues found elevated levels of metals and PAHs – polycyclic aromatic hydrocarbons – in the ash. We also found elevated VOCs – volatile organic compounds – in airborne samples. Some VOCs, such as dioxins, benzene, formaldehyde and PAHs, can be toxic to humans. Benzene is a known carcinogen.

People wanted to know whether the chemicals that got into their homes that day could harm their health.

At the time, we could find no information about physical health implications for people who have returned to smoke-damaged homes after a wildfire. To look for patterns, we surveyed residents affected by the fire six months, one year and two years afterward.

Symptoms six months after the fire

Even six months after the fire, we found that many people were reporting symptoms that aligned with health risks related to smoke and ash from fires.

More than half (55%) of the people who responded to our survey reported that they were experiencing at least one symptom six months after the blaze that they attributed to the Marshall Fire. The most common symptoms reported were itchy or watery eyes (33%), headache (30%), dry cough (27%), sneezing (26%) and sore throat (23%).

All of these symptoms, as well as having a strange taste in one’s mouth, were associated with people reporting that their home smelled differently when they returned to it one week after the fire.

Many survey respondents said that the smells decreased over time. Most attributed the improvement in smell to the passage of time, cleaning surfaces and air ducts, replacing furnace filters, and removing carpet, textiles and furniture from the home. Despite this, many still had symptoms.

We found that living near a large number of burned structures was associated with these health symptoms. For every 10 additional destroyed buildings within 820 feet (250 meters) of a person’s home, there was a 21% increase in headaches and a 26% increase in having a strange taste in their mouth.

These symptoms align with what could be expected from exposure to the chemicals that we found in the ash and measured in the air inside the few smoke-damaged homes that we were able to study in depth.

The Marshall Fire swept through several neighborhoods in Louisville and Superior, Colorado. In the homes that were left standing, residents dealt with lingering smoke and ash in their homes. (Photo: Michael Ciaglo/Getty Images)

Lingering symptoms and questions

There are a still a lot of unanswered questions about the health risks from smoke- and ash-damaged homes.

For example, we don’t yet know what long-term health implications might look like for people living with lingering gases from wildfire smoke and ash in a home.

We found a significant decline in the number of people reporting symptoms one year after the fire. However, 33% percent of the people whose homes were affected still reported at least one symptom that they attributed to the fire. About the same percentage also reported at least one symptom two years after the fire.

We also could not measure the level of VOCs or metals that each person was exposed to. But we do think that reports of a change in the smell of a person’s home one week after the fire demonstrates the likely presence of VOCs in the home. That has health implications for people whose homes are exposed to smoke or ash from a wildfire.

Tips to protect yourself after future wildfires

Wildfires are increasingly burning homes and other structures as more people move into the wildland-urban interface, temperatures rise and fire seasons lengthen.

It can be confusing to know what to do if your home is one that survives a wildfire nearby. To help, my colleagues and I put together a website of steps to take if your home is ever infiltrated by smoke or ash from a wildfire.

Here are a few of those steps:

When you’re ready to clean your home, start by protecting yourself. Wear at least an N95 (or KN95) mask and gloves, goggles and clothing that covers your skin.
Vacuum floors, drapes and furniture. But avoid harsh chemical cleaners because they can react with the chemicals in the ash.
Clean your HVAC filter and ducts to avoid spreading ash further. Portable air cleaners with carbon filters can help remove VOCs.

A recent scientific study documents how cleaning all surfaces within a home can reduce reservoirs of VOCs and lower indoor air concentrations of VOCs.

Given that we don’t know much yet about the health harms of smoke- and ash-damaged homes, it is important to take care in how you clean so you can do the most to protect your health.

Colleen E. Reid is an associate professor in the 91�� Department of Geography.

This article is republished from The Conversation under a Creative Commons license. Read the original article.

Wildfire smoke’s health risks can linger in homes that escape burning—as Colorado’s Marshall Fire survivors discovered.

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Top image: Bmurphy380/Wikipedia Commons

Life endured inside the snowball

Rachel Sauer — Wed, 13 Nov 2024 18:31:15 +0000

Life endured inside the snowball Rachel Sauer Wed, 11/13/2024 - 11:31

Liam Courtney-Davies , Rebecca Flowers and Christine Siddoway

Evidence from Snowball Earth found in ancient rocks on Colorado’s Pikes Peak—it’s a missing link

Around 700 million years ago, the Earth cooled so much that scientists believe massive ice sheets encased the entire planet like a giant snowball. This global deep freeze, known as Snowball Earth, endured for tens of millions of years.

Yet, miraculously, early life not only held on, but thrived. When the ice melted and the ground thawed, complex multicellular life emerged, eventually leading to life-forms we recognize today.

91�� researchers Liam Courtney-Davies (left) and Rebecca Flowers (right), along with Colorado College colleague Christine Siddoway, have found that life endured during Snowball Earth.

The Snowball Earth hypothesis has been largely based on evidence from sedimentary rocks exposed in areas that once were along coastlines and shallow seas, as well as climate modeling. Physical evidence that ice sheets covered the interior of continents in warm equatorial regions had eluded scientists – until now.

In new research published in the Proceedings of the National Academy of Sciences, our team of geologists describes the missing link, found in an unusual pebbly sandstone encapsulated within the granite that forms Colorado’s Pikes Peak.

Solving a Snowball Earth mystery on a mountain

Pikes Peak, originally named Tavá Kaa-vi by the Ute people, lends its ancestral name, Tava, to these notable rocks. They are composed of solidified sand injectites, which formed in a similar manner to a medical injection when sand-rich fluid was forced into underlying rock.

A possible explanation for what created these enigmatic sandstones is the immense pressure of an overlying Snowball Earth ice sheet forcing sediment mixed with meltwater into weakened rock below.

An obstacle for testing this idea, however, has been the lack of an age for the rocks to reveal when the right geological circumstances existed for sand injection.

We found a way to solve that mystery, using veins of iron found alongside the Tava injectites, near Pikes Peak and elsewhere in Colorado.

Earth was covered in ice during the Cryogenian Period, but life on the planet survived. (Illustration: NASA)

Iron minerals contain very low amounts of naturally occurring radioactive elements, including uranium, which slowly decays to the element lead at a known rate. Recent advancements in laser-based radiometric dating allowed us to measure the ratio of uranium to lead isotopes in the iron oxide mineral hematite to reveal how long ago the individual crystals formed.

The iron veins appear to have formed both before and after the sand was injected into the Colorado bedrock: We found veins of hematite and quartz that both cut through Tava dikes and were crosscut by Tava dikes. That allowed us to figure out an age bracket for the sand injectites, which must have formed between 690 million and 660 million years ago.

So, what happened?

The time frame means these sandstones formed during the Cryogenian Period, from 720 million to 635 million years ago. The name is derived from “cold birth” in ancient Greek and is synonymous with climate upheaval and disruption of life on our planet – including Snowball Earth.

While the triggers for the extreme cold at that time are debated, prevailing theories involve changes in tectonic plate activity, including the release of particles into the atmosphere that reflected sunlight away from Earth. Eventually, a buildup of carbon dioxide from volcanic outgassing may have warmed the planet again.

The Tava found on Pikes Peak would have formed close to the equator within the heart of an ancient continent named Laurentia, which gradually over time and long tectonic cycles moved into its current northerly position in North America today.

Dark red to purple bands of Tava sandstone dissect pink and white granite. (Photo: Liam Courtney-Davies)

The origin of Tava rocks has been debated for over 125 years, but the new technology allowed us to conclusively link them to the Cryogenian Snowball Earth period for the first time.

The scenario we envision for how the sand injection happened looks something like this:

A giant ice sheet with areas of geothermal heating at its base produced meltwater, which mixed with quartz-rich sediment below. The weight of the ice sheet created immense pressures that forced this sandy fluid into bedrock that had already been weakened over millions of years. Similar to fracking for natural gas or oil today, the pressure cracked the rocks and pushed the sandy meltwater in, eventually creating the injectites we see today.

Clues to another geologic puzzle

Not only do the new findings further cement the global Snowball Earth hypothesis, but the presence of Tava injectites within weak, fractured rocks once overridden by ice sheets provides clues about other geologic phenomena.

Time gaps in the rock record created through erosion and referred to as unconformities can be seen today across the United States, most famously at the Grand Canyon, where in places, over a billion years of time is missing. Unconformities occur when a sustained period of erosion removes and prevents newer layers of rock from forming, leaving an unconformable contact.

Our results support that a Great Unconformity near Pikes Peak must have been formed prior to Cryogenian Snowball Earth. That’s at odds with hypotheses that attribute the formation of the Great Unconformity to large-scale erosion by Snowball Earth ice sheets themselves.

We hope the secrets of these elusive Cryogenian rocks in Colorado will lead to the discovery of further terrestrial records of Snowball Earth. Such findings can help develop a clearer picture of our planet during climate extremes and the processes that led to the habitable planet we live on today.

Liam Courtney-Davies is a postdoctoral associate in the Department of Geological Sciences at the 91��; Rebecca Flowers is a 91�� professor of geological sciences. Christine Siddoway is a professor of geology at Colorado College.

This article is republished from The Conversation under a Creative Commons license. Read the original article.

Evidence from Snowball Earth found in ancient rocks on Colorado’s Pikes Peak—it’s a missing link.

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Pursuing long-awaited justice for victims of Nepal's 'People's War'

Anonymous — Fri, 20 Sep 2024 17:59:39 +0000

Pursuing long-awaited justice for victims of Nepal's 'People's War' Anonymous (not verified) Fri, 09/20/2024 - 11:59

Tracy Fehr

Nepal’s revamped truth commissions will need to go beyond ‘ritualism’ to deliver justice to civil war victims

Nepal’s attempt to deliver justice and accountability following the country’s decade-long civil war froze more than two years ago with little progress—but a recent development has raised hopes that it could soon be revived and revamped.

In August 2024, the country’s parliament passed a long-awaited bill that sets the stage for appointing a third —and hopefully final—round of truth commissions to carry out investigations into the more than 66,000 conflict victim cases that have been collecting dust since the last commissions ended in July 2022.

The two main bodies involved—the Truth and Reconciliation Commission (TRC) and the Commission of Investigation on Enforced Disappeared Persons—were created by Nepal’s government in 2015 to deal with crimes that were committed during Nepal’s conflict, commonly known as “The People’s War.”

Tracy Fehr (right, with a woman living in Gorkha, Nepal) is a PhD student in the 91�� Department of Sociology who researches Nepal's transitional justice process. (Photo: Tracy Fehr)

In 1996, Maoist rebels began an insurgency against the Nepali government in western Nepal that escalated into a 10-year civil war across the country. According to United Nations estimates, the conflict resulted in the deaths of 13,000, with 1,300 people still missing and an unknown number of torture and conflict-related sexual violence victims.

The People’s War ended with the signing of the Comprehensive Peace Accord that, among other obligations, required the Nepal government to create a high-level truth commission.

To date, the commissions have completed two rounds. The first, which collected the majority of the victim cases, began with a two-year mandate in 2015 that the government extended by an additional year three times. The second round, mandated from 2020 to 2022, was shut down for months due to COVID-19.

The commissions were tasked with three main objectives: to reveal the truth about gross human rights violations; to create an environment of peace, trust and reconciliation; and to make legal recommendations for victim reparations and perpetrators from the conflict.

However, despite seven years of work, little progress toward any of these objectives has been made. No case investigations have been completed, no perpetrators have been held accountable, and no victim reparations have been distributed. Reconciliation in a country that still bears the scars of conflict remains a distant thought.

From 2022 to 2023, I conducted research in Nepal about the country’s transitional justice process. During my research, I heard people refer to Nepal’s prolonged process as “a judicial merry-go-round,” “Groundhog Day” and “transitional injustice.”

Many Nepali people I spoke to believe that the government has strategically prolonged the transitional justice process to avoid accountability, hoping that people will eventually tire of the process and forget. Indeed, a heavy cloud of hopelessness and frustration had settled over the commissions as legal and resource limitations and political biases plagued the first two rounds, severely slowing progress and impairing the commissions’ functionality and local trust.

Justice ‘adjourned’

In 2022, I interviewed a conflict victim in the rolling hills of Rolpa, in the country’s west, where the conflict began. She had submitted her case to the Truth and Reconciliation Commission seven years before but had heard nothing since. “In a way, our complaints are in adjournment,” she said. “They have not ended, yet they are not being forwarded either.”

She was one of approximately 300 women who officially submitted a case of conflict-related sexual violence to the TRC.

A woman looks over the village of Thabang, Rolpa, Nepal. (Photo: Tracy Fehr)

However, a former truth commissioner told me that this number may be as high as 1,000 because some victims of sexual violence submitted their case as “torture” to distance themselves from the stigma and shame often associated with sexual violence in Nepal.

I also met leaders at several women’s organizations who have documented thousands of cases of conflict-related sexual violence in Nepal, but they have not yet submitted these cases to the TRC due to ongoing concerns of confidentiality and trust.

The lack of progress by Nepal’s truth commissions suggests that they are being used to carry out what I refer to as “transitional justice ritualism”—the act of a state creating hollow institutions designed without the support to produce actual consequences.

As part of this transitional justice ritualism, I believe that Nepal’s post-conflict coalition government has, up to this point, been using the truth commissions as a political tool to show the international community that it is upholding its obligations under the 2006 Comprehensive Peace Accord and to avoid universal jurisdiction—that is, the international legal principal that allows other nations to prosecute individuals for serious human rights violations regardless of where the crimes took place.

The threat of universal jurisdiction has been a particular concern for alleged perpetrators in Nepal since 2013 when Colonel Kumar Lama, a former Royal Nepal Army commander during Nepal’s conflict, was apprehended in the United Kingdom on charges of torture and war crimes. While Lama was acquitted there due to a lack of evidence, the threat of universal jurisdiction for war crimes perpetrators in Nepal still looms for those in positions of power during the civil war.

A contested step forward

But a recent change in the political leadership of Nepal and the passing of the new law, which amended the Enforced Disappearances Enquiry, Truth and Reconciliation Commission Act, mark an opportunity for the government to move beyond transitional justice lip service.

Under the amended law, a third round of appointed commissioners will operate for a period of four years – hopefully enough time to complete their unaccomplished mandates. A government committee is working to appoint new truth commissioners before the country’s major holiday Dashain in October 2024. The amended act also provides for creating specialized subunits within the TRC—concerning truth-seeking and investigations, reparations, sexual violence and rape, and victims coordination—that could potentially improve the streamlining of resources and move some of these stalled parts of the commissions forward.

Maoist victims protest in Kathmandu, Nepal, in 2023. (Photo: Tracy Fehr)

Nonetheless, hope has been tempered by apprehension and uncertainty. Some victim groups support the legislation, while others protest provisions they argue could undermine justice, especially by protecting perpetrators with decreased sentencing.

International human rights groups have recognized positive and long-awaited amendments to the existing law, but also warn of serious accountability gaps that could undermine the transitional justice process.

U.N. Human Rights Chief Volker Türk said the revised law was “an important step forward” but added: “It is imperative that the legislation is interpreted and implemented in a manner that upholds victims’ rights, including to truth, justice and reparations, and that guarantees accountability in full compliance with international human rights standards.”

Potential for international support

Although it seems the transitional justice process will still be Nepali-led, doors may be opening for international support in the form of financial or technical assistance—marking a significant shift in the process.

The amended act provides for a “fund” to finance the investigations process and victim reparations that will be supported by the Nepali government and is open to contributions from other national and international organizations.

Sushil Pyakurel, a former member of Nepal’s National Human Rights Commission, is among a group of human rights defenders, lawyers and victims establishing a civil monitoring committee to serve as a watchdog for the revived process. Pyakurel stressed the need for Nepali civil society, alongside the international community, to pressure the government to fulfill its promises of a victim-centric implementation.

“You can make whatever law you want, but it is how you implement it that really matters,” Pyakurel told me. “Although the law is different, if the mentality remains the same, then nothing will change.”

The revival of Nepal’s truth commissions provides the government a chance to demonstrate a commitment to a transparent and legitimate process. But I believe it must move beyond the transitional justice ritualism of the previous two commissions to actually provide justice and acknowledgment for the country’s civil war victims.

Top image: A Nepali man looks at photographs of people 'disappeared' during Nepal's civil war in Kathmandu Aug. 30, 2017. (Photo: Niranjan Shrestha/AP Photo)

Tracy Fehr is a PhD student in the Department of Sociology at the 91��.

This article is republished from The Conversation under a Creative Commons license. Read the original article.

Nepal’s revamped truth commissions will need to go beyond ‘ritualism’ to deliver justice to civil war victims.

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Amid growing war fatigue, some Ukrainians more willing to cede land

Anonymous — Thu, 19 Sep 2024 15:36:49 +0000

Amid growing war fatigue, some Ukrainians more willing to cede land Anonymous (not verified) Thu, 09/19/2024 - 09:36

Growing number of war-weary Ukrainians would reluctantly give up territory to save lives, suggests recent survey

The Ukrainian president, Volodymyr Zelensky, is trying his best to shake up the dynamics of the Russia-Ukraine war. He recently undertook a major cabinet reshuffle in which he replaced no fewer than nine ministers, including his foreign minister, Dmytro Kuleba. Announcing the changes, Zelensky said he wanted his government to be “more active” in pressing for aid from its western allies.

These cabinet changes came as Ukraine pressed ahead with its offensive in the Kursk oblast in Russia. Zelensky has said that holding some Russian territory will give Kyiv leverage for future territorial exchange negotiations with Russia.

And, while criticism of Zelensky’s gamble has increased as Ukraine’s position in the Donbas in the east of the country has deteriorated, seeing Ukrainian soldiers turn the table on Russia has undeniably given Ukrainians a morale boost.

John O'Loughlin, a 91�� professor of geography, is a political geographer especially interested in the spatial and territorial aspects of conflict. He and co-researchers Kristin M. Bakke and Gerard recently conducted telephone surveys of 2,200 adults in government-controlled areas of Ukraine.

Ukrainians needed this. As the war has endured and its costs mounted, morale and public health have suffered.

We have tracked Ukrainian sentiment for years. In June and July 2024, in cooperation with the Kyiv International Institute for Sociology (KIIS), we conducted a telephone public opinion survey of 2,200 respondents representative of the adult population of government-controlled areas of Ukraine. This was to follow up on a survey from Oct. 2022.

We should treat wartime polls with caution. But our survey findings suggest people are worried about war weariness among their fellow Ukrainians. It also suggests that there is growing, if reluctant, support for negotiations and territorial concessions.

Open to compromise

Attitudes among Ukrainians toward territorial concessions have also started to shift—but only slightly. Most people have opposed giving up land since 2014, but KIIS’s own regular omnibus survey provides evidence of growing recognition, now shared by one-third of Ukrainians, that territorial concessions may be necessary.

In June-July 2024 we repeated a question we asked in Oct. 2022 on territorial concessions, shown in the figure below. “All choices about what to do during this current Russian aggression have significant, but different, costs. Knowing this, which of the following four choices should the Ukraine government take at this time?”

The biggest change was this: in 2022, 71% of respondents supported the proposition to “continue opposing Russian aggression until all Ukrainian territory, including Crimea, is liberated," but in 2024 the support for that option had dropped to 51%.

In 2022, just 11% agreed with “trying to reach an immediate ceasefire by both sides with conditions and starting intensive negotiations." In 2024, that share had increased to 31%.

But there are differences in how people look at these choices. Much depends on whether they have been displaced (though whether they lost family members or friends does not seem to make a difference), whether they worry about war fatigue among their fellow Ukrainians, and whether they are optimistic or pessimistic about western support.

There is more at stake in this war than territory—not least, saving lives, ensuring Ukraine’s sovereignty, and protecting the country’s future security. KIIS’s own recent research has shown that in a hypothetical negotiation scenario, people’s views on the importance of preserving territorial integrity might depend on how any possible deal might safeguard other things they care about.

For two and a half years, the brutal war has affected everyday lives of Ukrainians, and many (43%) believe that the war will last at least another year. Most of the respondents in our survey had not been physically injured in Russian violence (12% had), but about half had witnessed Russian violence, and most had lost a close family member or friend (62%). About one-third had been displaced from their homes.

Consistent with an increasing number of reports, the survey shows growing recognition of war fatigue. Rather than asking directly about whether respondents felt this themselves, we asked whether they worried about it among fellow Ukrainians. The results were revealing: 58% worry “a lot” and 28% worry “a little," whereas only 10% report that they do not worry about war fatigue.

People in Ukraine mark the second anniversary of the beginning of the war in February. (Photo: Efrem Lukatsky/AP Photo)

While there are signs of war weariness among Ukraine’s western allies, our surveys show that Ukrainians are still broadly optimistic about continued western support, though less so than in October 2022. About 19% believe western support will grow (down from 29% in 2022), while 35% believe it will stay the same (41% in 2022). Almost a quarter (24%) believe it will continue but at a lower level than now (up from 16% in 2022), and 13% believe it is unlikely to continue (up from 3% in 2022).

Life or death

Research from early on in the war showed that Ukrainians strongly preferred strategies that preserved the country’s political autonomy and restored the entirety of its territory. This would hold, “even if making concessions would reduce projected civilian and military deaths, or the risk of a nuclear strike over the next three months."

As the authors of the study pointed out: “Russian control of the government in Kyiv or of territories in the east would put the lives of many Ukrainians at risk, as it is well documented that Russia has committed widespread human rights violations in temporarily occupied territories.”

Given the war’s accumulating death toll, in our 2024 survey we designed a simple framing experiment that can give us an indication of whether considerations about loss of life may shape people’s views on negotiations. We asked half of the respondents, randomly selected, if they would accept that “Ukraine concede some of its territories to end the war”. About 24% said yes.

For the other half, we asked if they would accept that “Ukraine concede some of its territories to save lives and end the war." In that case, 34% said yes. So, if—rightly or wrongly—territorial concessions are associated with saving lives, it increases support for them.

But when asked directly in the 2024 survey if they agreed with the statement “Russia should be allowed to control the territory it has occupied since 2022," 90% disagreed. So, while there is still majority—if diminished—support for fighting to restore full territorial integrity, there is growing support for negotiations.

What we also know from our surveys is that there is very little evidence that Russia’s territorial annexations will ever have any legitimacy among Ukrainians.

John O'Loughlin is a professor in the Department of Geography at the 91��. His co-authors are Kristin M Bakke, a professor of political science and international relations at University College London, and Gerard Toal, a professor of government and international affairs at Virginia Tech.

This article is republished from The Conversation under a Creative Commons license. Read the original article.

Growing number of war-weary Ukrainians would reluctantly give up territory to save lives, suggests recent survey.

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Studying complex networks of plants and pollinators

Anonymous — Wed, 11 Sep 2024 18:42:15 +0000

Studying complex networks of plants and pollinators Anonymous (not verified) Wed, 09/11/2024 - 12:42

Julian Resasco

I’ve visited the same Rocky Mountain subalpine meadow weekly for a decade of summers looking at plant-pollinator interactions—here’s what I learned

Imagine a bee crawling into a bright yellow flower.

This simple interaction is something you may have witnessed many times. It is also a crucial sign of the health of our environment—and one I’ve devoted hundreds of hours of field work observing.

Interactions between plants and pollinators help plants reproduce, support pollinator species like bees, butterflies and flies, and benefit both agricultural and natural ecosystems.

Julian Resasco is an assistant professor in the 91�� Department of Ecology and Evolutionary Biology.

These one-on-one interactions occur within complex networks of plants and pollinators.

In my lab at the 91��, we’re interested in how these networks change over time and how they respond to stressors like climate change. My team emphasizes long-term data collection in hopes of revealing trends that would otherwise be unnoticed.

Working at Elk Meadow

Ten years ago, I began working in Elk Meadow, which is located at 9,500 feet (or 2,900 meters) elevation at the University of Colorado’s Mountain Research Station.

I wanted a local field site that allowed for frequent observations to study the dynamics of plant-pollinator networks. This beautiful subalpine meadow, bursting with wildflowers and just 40 minutes from campus, fit the bill perfectly.

Since 2015, often joined by members of my lab, I have made weekly hikes to Elk Meadow. We visit from the first flower in May to the last in October. We observe pollinators visiting flowers at plots scattered throughout the meadow, walking the periphery to minimize trampling. The morning is the best time to visit because pollinator activity is high and thunderstorms often roll in at midday during the summer in the Rocky Mountains.

Observing the network

Elk Meadow is rich in biodiversity. Over the years, we have observed 7,612 interactions among over 1,038 unique pairs of species. These pairings were made by 310 species of pollinators and 45 species of plants.

Pollinators include not only a wide variety of bees, but also flies, butterflies, beetles and the occasional hummingbird. Expert entomologists help us identify some of the insects.

Plants include species that are widespread, like the common dandelion, and some that are only found in the Rocky Mountains, like the Colorado columbine.

Common but vital

Collecting data in Elk Meadow is fun, but it is also serious science. Our data is useful for understanding the dynamics of plant and pollinator interactions within and across seasons.

For example, we learned which interactions between plants and pollinators are stable and which change over time and space. We consistently observed interactions between generalist species and their many partners over time and in different plots across the meadow.

Generalist species can tolerate a range of environmental conditions, meaning they are more frequently available to interact.

In other words, generalist species are more likely to be alive, active and foraging in the case of pollinators—or flowering in the case of plants—compared with species that can only survive if environmental conditions like temperature, sunlight and rainfall are just right to support them.

Generalist species are vital in networks, but they often don’t receive the same conservation attention as rare species. Even these common species can decline due to environmental changes destabilizing entire ecosystems. Protecting these species is important for maintaining biodiversity.

Julian Resasco at Elk Meadows at 91��'s Mountain Research Station. (Photo: Julian Resasco)

In it for the long term

As we gather more years of data, our study is becoming increasingly useful for understanding how networks and pollinator populations are changing—especially with signs of climate change increasingly emerging. Most ecological studies are only designed or funded for one or a few years, making our 10-year dataset one of only a few for plant-pollinator networks.

It is only with long-term ecological data that we can detect trends in responses to climate change, particularly because of high year-to-year variability in weather and populations.

The National Science Foundation supports a network of long-term ecological research stations across the U.S., including the Niwot Ridge Long-term Ecological Research Program near Elk Meadow, which is dedicated to the study of high-mountain species and ecosystems.

Colorado’s climate, like much of the world, is experiencing significant changes, such as rising temperatures, earlier snow melt and more late-winter and spring rain instead of snow. These changes lead to earlier water runoff from mountains, drier soils and more severe droughts. These shifts can have important consequences for plants and pollinators, including changes in where species are found, how many there are, and when they flower or forage.

High-elevation plant and pollinator communities may be especially vulnerable to climate change impacts since these areas are experiencing greater temperature increases compared with lower elevations.

We have seen warmer and drier conditions at Elk Meadow. Overlaid in this trend, we have observed annual variation in temperature and drought conditions that can help us understand and predict how different species will fare in a hotter and drier future.

Climate change is a driver of pollinator declines and is predicted to become increasingly important in the coming decades. Immediate threats also include pesticide use, light pollution and the destruction of wild habitats for farming and development.

The state of Colorado recently commissioned a study to gauge the health of Colorado’s native pollinators and make recommendations on how to protect them.

Appreciating the current pollinator landscape

Working at Elk Meadow has provided opportunities for my students to conduct independent research and receive valuable training and mentoring.

Seeing the beauty of the living things in the meadow and observing their cycles inspires my students and me.

Elk Meadow is a place to clear my mind and come up with new research ideas. It is also a place to observe and record how one tiny patch of our planet is changing in reaction to bigger changes happening around it.

Julian Resasco is an assistant professor in the Department of Ecology and Evolutionary Biology at the 91��.

This article is republished from The Conversation under a Creative Commons license. Read the original article.

I’ve visited the same Rocky Mountain subalpine meadow weekly for a decade of summers looking at plant-pollinator interactions—here’s what I learned

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Rewriting the story of horse domestication

Anonymous — Tue, 03 Sep 2024 21:41:20 +0000

Rewriting the story of horse domestication Anonymous (not verified) Tue, 09/03/2024 - 15:41

William Taylor

Domesticating horses had a huge impact on human society—new science rewrites where and when it first happened

Across human history, no single animal has had a deeper impact on human societies than the horse. But when and how people domesticated horses has been an ongoing scientific mystery.

Half a million years ago or more, early human ancestors hunted horses with wooden spears, the very first weapons, and used their bones for early tools. During the late Paleolithic era, as far back as 30,000 years ago or more, ancient artists chose wild horses as their muse: Horses are the most commonly depicted animal in Eurasian cave art.

Following their first domestication, horses became the foundation of herding life in the grasslands of Inner Asia, and key leaps forward in technology such as the chariot, saddle and stirrup helped make horses the primary means of locomotion for travel, communication, agriculture and warfare across much of the ancient world. With the aid of ocean voyages, these animals eventually reached the shores of every major landmass—even Antarctica, briefly.

In his new book Hoof Beats: How Horses Shaped Human History, William Taylor, a 91�� assistant professor of anthropology, draws together new archaeological evidence revising what scientists think about when, how and why horses became domesticated.

As they spread, horses reshaped ecology, social structures and economies at a never-before-seen scale. Ultimately, only industrial mechanization supplanted their near-universal role in society.

Because of their tremendous impact in shaping our collective human story, figuring out when, why and how horses became domesticated is a key step toward understanding the world we live in now.

Doing so has proven to be surprisingly challenging. In my new book, Hoof Beats: How Horses Shaped Human History, I draw together new archaeological evidence that is revising what scientists like me thought we knew about this story.

A horse domestication hypothesis

Over the years, almost every time and place on Earth has been suggested as a possible origin point for horse domestication, from Europe tens of thousands of years ago to places such as Saudi Arabia, Anatolia, China or even the Americas.

By far the most dominant model for horse domestication, though, has been the Indo-European hypothesis, also known as the “Kurgan hypothesis.” It argues that, sometime in the fourth millennium BCE or before, residents of the steppes of western Asia and the Black Sea known as the Yamnaya, who built large burial mounds called kurgans, hopped astride horses. The newfound mobility of these early riders, the story goes, helped catalyze huge migrations across the continent, distributing ancestral Indo-European languages and cultures across Eurasia.

But what’s the actual evidence supporting the Kurgan hypothesis for the first horse domestication? Many of the most important clues come from the bones and teeth of ancient animals, via a discipline known as archaeozoology. Over the past 20 years, archaeozoological data seemed to converge on the idea that horses were first domesticated in sites of the Botai culture in Kazakhstan, where scientists found large quantities of horse bones at sites dating to the fourth millennium BCE.

Other kinds of compelling circumstantial evidence started to pile up. Archaeologists discovered evidence of what looked like fence post holes that could have been part of ancient corrals. They also found ceramic fragments with fatty horse residues that, based on isotope measurements, seem to have been deposited in the summer months, a time when milk could be collected from domestic horses.

The scientific smoking gun for early horse domestication, though, was a set of changes found on some Botai horse teeth and jawbones. Like the teeth of many modern and ancient ridden horses, the Botai horse teeth appeared to have been worn down by a bridle mouthpiece, or bit.

A Kazakh man on horseback with a golden eagle in an image made between 1911 and 1914. (Photo: public domain)

Together, the data pointed strongly to the idea of horse domestication in northern Kazakhstan around 3500 BCE—not quite the Yamnaya homeland, but close enough geographically to keep the basic Kurgan hypothesis intact.

There were some aspects of the Botai story, though, that never quite lined up. From the outset, several studies showed that the mix of horse remains found at Botai were unlike those found in most later pastoral cultures: Botai is evenly split between male and female horses, mostly of a healthy reproductive age. Killing off healthy, breeding-age animals like this on a regular basis would devastate a breeding herd. But this demographic blend is common among animals that have been hunted. Some Botai horses even have projectile points embedded in their ribs, showing that they died through hunting rather than a controlled slaughter.

These unresolved loose ends loomed over a basic consensus linking the Botai culture to horse domestication.

New scientific tools raise more questions

In recent years, as archaeological and scientific tools have rapidly improved, key assumptions about the cultures of Botai, Yamnaya and the early chapters of the human-horse story have been overturned.

First, improved biomolecular tools show that whatever happened at Botai, it had little to do with the domestication of the horses that live today. In 2018, nuclear genomic sequencing revealed that Botai horses were not the ancestors of domestic horses but of Przewalski’s horse, a wild relative and denizen of the steppe that has never been domesticated, at least in recorded history.

Next, when my colleagues and I reconsidered skeletal features linked to horse riding at Botai, we saw that similar issues are also visible in ice age wild horses from North America, which had certainly never been ridden. Even though horse riding can cause recognizable changes to the teeth and bones of the jaw, we argued that the small issues seen on Botai horses can reasonably be linked to natural variation or life history.

This finding reopened the question: Was there horse transport at Botai at all?

Leaving the Kurgan hypothesis in the past

Over the past few years, trying to make sense of the archaeological record around horse domestication has become an ever more contradictory affair.

A re-enactment of Botai hunter-herders (Photo: Niobe Thompson)

For example, in 2023, archaeologists noted that human hip and leg skeletal problems found in Yamnaya and early eastern European burials looked a lot like problems found in mounted riders, consistent with the Kurgan hypothesis. But problems like these can be caused by other kinds of animal transport, including the cattle carts found in Yamnaya-era sites.

So how should archaeologists make sense of these conflicting signals?

A clearer picture may be closer than we think. A detailed genomic study of early Eurasian horses, published in June 2024 in the journal Nature, shows that Yamnaya horses were not ancestors of the first domestic horses, known as the DOM2 lineage. And Yamnaya horses showed no genetic evidence of close control over reproduction, such as changes linked with inbreeding.

Instead, the first DOM2 horses appear just before 2000 BCE, long after the Yamnaya migrations and just before the first burials of horses and chariots also show up in the archaeological record.

For now, all lines of evidence seem to converge on the idea that horse domestication probably did take place in the Black Sea steppes, but much later than the Kurgan hypothesis requires. Instead, human control of horses took off just prior to the explosive spread of horses and chariots across Eurasia during the early second millennium BCE.

There’s still more to be settled, of course. In the latest study, the authors point to some funny patterns in the Botai data, especially fluctuations in genetic estimates for generation time – essentially, how long it takes on average for a population of animals to produce offspring. Might these suggest that Botai people still raised those wild Przewalski’s horses in captivity, but only for meat, without a role in transportation? Perhaps. Future research will let us know for sure.

Either way, out of these conflicting signals, one consideration has become clear: The earliest chapters of the human-horse story are ready for a retelling.

William Taylor is an assistant professor of anthropology in the Department of Anthropology at the 91��.

This article is republished from The Conversation under a Creative Commons license. Read the original article.

Domesticating horses had a huge impact on human society—new science rewrites where and when it first happened.

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Who is Kamala Harris?

Anonymous — Tue, 06 Aug 2024 21:46:19 +0000

Who is Kamala Harris? Anonymous (not verified) Tue, 08/06/2024 - 15:46

Jennifer Ho

Kamala Harris’ identity as a biracial woman is either a strength or a weakness, depending on whom you ask

Who is Kamala Harris?

Though Harris has had a very public life in politics for decades, speculation about who exactly she is and what she stands for has circulated across social media platforms and news stories for several years.

Many of these conversations focus on the historic nature of Harris’ presidential candidacy, since she is a mixed-race, Jamaican and Indian woman who does not have biological children and who was born to two immigrant parents in Oakland, California.

Jennifer Ho is a professor of Asian American studies in the 91�� Department of Ethnic Studies and director of the Center for Humanities and the Arts.

As I’ve previously written about Harris’ mixed-race identity, some have questioned how authentic her Black or Asian identities are. Interest in Harris’ familial background and race was reignited on July 31, 2024, when Republican presidential nominee Donald Trump falsely suggested that Harris has misled voters about her racial and ethnic identity.

“I didn’t know she was Black until a number of years ago when she happened to turn Black and now she wants to be known as Black. So, I don’t know, is she Indian or is she Black?” Trump asked during an interview with the National Association of Black Journalists in Chicago.

By saying this, Trump tapped into the long history of racism in America, where some white people have defined racial categories and policed the boundaries of race.

More than 33 million Americans identify as multiracial and likely see themselves reflected in Harris’ layered background. But many Republicans are also trying to use Harris’ identity against her.

For ardent Trump supporters, Harris may seem to represent all that they oppose, including woke politics and Democrats being “controlled by people who do not have children,” as Trump’s running mate JD Vance has said.

For Democrats, Harris represents the U.S.’s multiracial, feminist future.

Which means, what people believe about Harris largely depends on the party they already plan to vote for more than who the Democratic presidential nominee really is.

Harris and her many firsts

Many political observers and voters alike agree that Harris has breathed new life into the Democratic Party, precisely because she is a Black-South Asian woman. Many Asian American, Black, Latino and female voters see elements of themselves in Harris: the celebration of her ethnic cultures, her achievements as a person of color, and her unprecedented and pathbreaking model being a woman of color who is the nominee of a major party seeking the highest office in the country.

A variety of fundraising meetings in July and August centered on the identities of those who support Harris.

Black women for Harris, Black men for Harris, white women for Harris, white dudes for Harris, South Asians for Harris, LGBTQ+ people for Harris, among others, have all gathered in Zoom meetings that had tens of thousands of attendees—one even had a record-breaking 200,000 attendees. These online gatherings have jointly raised more than $15 million for Harris.

The number and diversity of people rallying for Harris shows her widespread appeal. Harris’ white male supporters – a key voting demographic for Democrats—also show how Harris’ candidacy is inclusive to many different kinds of people.

Inclusivity may be a keyword of Harris’ campaign, especially in opposition to her rival’s campaign. Vance’s comments about childless cat ladies has spawned endless memes tapping into the rancor of people who recognize the insensitivity and ignorance of such a remark.

Audience members cheer for Kamala Harris at a rally in Milwaukee, Wisconsin, July 23. (Photo: Jim Vondruska/Getty Images)

Harris’ supporters have responded to the GOP’s critiques of her and turned them into positive political memes celebrating her identity, attesting to Harris’ popularity with a younger, media-savvy electorate.

Using Harris’ identity against her

Republicans, meanwhile, are questioning Harris’ qualifications precisely based on her ethnic and racial identity, calling her a “DEI” candidate. This is a reference to the term “diversity, equity and inclusion.” The exact definitions of DEI can vary, but in workplaces or school settings it can look like treating everyone equally and fostering a culture where all people, regardless of their background or identities, feel welcomed. DEI policies intend to respond to the historic oppression that marginalized people have faced.

As the scholar Susan Harmeling wrote recently, “The term ‘DEI hire’ actually implies that only heterosexual, white men are qualified for such high leadership positions.”

Some in the GOP have renamed the DEI acronym “Didn’t Earn It.” U.S. Reps. Tim Burchett and Harriet Hageman both have disparaged Harris as a DEI hire, with Hageman going a step further by saying that Harris is “intellectually, just really kind of the bottom of the barrel.”

The gender factor

Harris is the second woman major-party presidential nominee, following Hillary Clinton’s candidacy in 2016. So far, Harris doesn’t seem to be facing persistent questions about whether women are fit to lead, as Clinton once did.

But Harris has faced both sexist and racist comments, particularly online. One 2021 study found that 78% of disparaging sexist and racist comments on Twitter, now called X, during November and December 2020 were directed at Harris.

Some Republicans have continued making sexist attacks on Harris in this election campaign. In a July 3, 2024, social media post, Jackson Lahmeyer, the head of the group Pastors for Trump, called Harris a “ho,” or whore, riffing off a right-wing meme of “Joe and the Ho.”

Christian nationalist Lance Wallnau took to social media on July 22 to call Harris a representative of the “spirit of Jezebel.” Other conservative pundits have claimed that Harris slept her way to the top, citing an early relationship she had with Willie Brown, a prominent Democratic politician from San Francisco and later speaker of the California State Assembly, as the reason for her success.

This false story of Harris’ romantic past aligns with old stereotypes of Black women being promiscuous, rooted in the rape of Black women by white slave owners during antebellum slavery.

And the tactic of questioning Harris’ authentic racial background could apply not just to Harris but to nearly all multiracial people.

Yet there are millions of Americans who identify as multiracial and see in Harris their own story.

Top image: Kamala Harris speaks at a campaign rally in West Allis, Wisconsin, July 23. (Jim Vondruska/Getty Images)

Jennifer Ho is a professor of Asian American studies in the Department of Ethnic Studies at the 91��.

This article is republished from The Conversation under a Creative Commons license. Read the original article.

Kamala Harris’ identity as a biracial woman is either a strength or a weakness, depending on whom you ask.

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Honoring the diversity in two distinct but linked communities

Anonymous — Thu, 16 May 2024 22:35:48 +0000

Honoring the diversity in two distinct but linked communities Anonymous (not verified) Thu, 05/16/2024 - 16:35

Samira Mehta

Asian Jewish Americans have a double reason to celebrate their heritage in May

May is both Asian American, Native Hawaiian and Pacific Islander Heritage Month and Jewish American Heritage Month. Two entirely separate commemorations for two entirely separate communities, right?

Think again. Not only do Asian American Jews exist, but we come from a variety of places and come to Judaism in a range of ways.

Centuries of history

Some Asian American Jews come from long-standing Jewish communities in Asia. The two most famous of these are the Kaifeng Jews of the Henan Province in China and the Jewish communities of India.

Samira Mehta is director of the Program in Jewish Studies and an assistant professor of women and gender studies at 91��.

Today, the Kaifeng Jews are a tiny number of people to which very few, if any, Chinese American Jews trace their heritage. The community likely arrived in China from India or Persia around 1000 C.E. and probably had about 5,000 people at its peak.

Indian Jews, however, are another matter. In fact, they consist of three separate communities: The Bene Israel, the Jews of Cochin and the Baghdadi Jews. Each arrived in India at different moments – with the Baghdahi community being the most recent – and therefore their traditions sometimes differ. For instance, the Jews of Cochin are known for their musical traditions, and the Bene Israel give particular importance to the Prophet Elijah.

In 2020, there were about 4,800 Jews in India, but almost 85,000 Jews with Indian roots live in Israel and a few hundred in the United States.

Indian Jewish communities have distinct cultures that come from living in a majority Hindu and Muslim society. Indian American Jewish artist Siona Benjamin, for example, creates art that fuses her American and Jewish identities with her Indian childhood – “inspired by both Indian miniature paintings and Jewish and Christian illuminated manuscripts,” as the Brooklyn Museum described her work. Figures in her paintings are often blue, reminiscent of Hindu depictions of incarnations of Vishnu, and they include images of lotus flowers.

Multiple heritages

Many other Asian American Jews are children of one Jewish parent and one non-Jewish Asian parent – like Angela Buchdahl, the Korean American rabbi of New York City’s Central Synagogue. Buchdahl has an Ashkenazi Jewish father, meaning that his ancestors came from Central or Eastern Europe, and a Korean Buddhist mother.

Raised in a synagogue that her Jewish grandparents helped to found, Buchdahl has written and spoken publicly about the pain that she experienced as a teen and young adult when she was the only Asian person in Jewish spaces. At other times, she was not recognized as Jewish – for instance, by the Chabad rabbis on her undergraduate campus.

She has also talked about moments when her family blended their heritages. During Passover, for example, the traditional plate for the Seder meal includes “maror”: bitter herbs to remind Jews of the pain of slavery. Many families use horseradish, but one year, Buchdahl’s mother swapped in kimchee.

When the rabbi appeared on the PBS program “Finding Your Roots,” she talked about the resonances that she sees between Jewish and Korean Buddhist culture, such as respect for elders and education.

It is this type of experience – growing up the child of an interfaith, interracial marriage – that sociologists Helen Kim and Noah Leavitt focus on in their 2016 book “JewAsian,” the first major study of Asian American Jews.

‘You’re Jewish?’

Other Asian American Jews were adopted into Jewish families, most of whom are white and Ashkenazi – an experience studied by the Adoption and Jewish Identity Project. Many families raising Asian American Jewish children face challenges that are shared with other transracial adoptive families, such as adoptive parents not knowing much, at least initially, about their child’s culture of origin.

A Jewish man lights a lamp inside the Keneseth Eliyahoo Synagogue in Mumbai, India, after restoration work in 2019. (Photo: AP/Rajanish Kakade)

Some challenges, however, are more unique, such as the reality that Hebrew School and Chinese School are often at the same time. In fact, in my hometown when I was growing up, they were at the same time and in the same place, such that there was a Hebrew School-Chinese School car pool – but also such that no one could participate fully in both programs.

In addition, Asian Jewish adoptees and other Jews of color face assumptions from many white Jews that Jews of color are not Jewish or are converts. Usually, children adopted into Jewish families do undergo a formal conversion. They grow up in Jewish homes, as familiar – or not – with Jewish traditions as people born into Judaism.

Converting to Judaism

Some Asian American Jews are adult converts to Judaism, like SooJi Min-Maranda, the Korean American executive director of Aleph: the Alliance for Jewish Renewal, a movement that trains and ordains Jewish leaders from a range of Jewish backgrounds. So am I, a half-South Asian scholar of American Jewish religious history.

I usually do not look for ways to combine my Indian heritage and my Jewish religious life, but every now and then I find myself doing so – as at Hanukkah, when I have celebrated with deep-fried Indian food, and during the festival of Sukkot, when I have imagined making the holiday’s signature booths out of Indian bedspreads.

As with all people who choose to live Jewish lives, Asian Americans convert to Judaism for many reasons. After conversion, we often find ourselves fending off the assumption that either we are not Jewish or that our conversions were motivated exclusively by marriage.

In fact, there are enough Asian American Jews out there that several organizations serve them. For instance, the Lunar Collective “cultivates connection, belonging and visibility for Asian American Jews.” They host Seders and Friday night Shabbat events for Asian American Jews, along with a range of other programming. Other organizations, such as the Mitsui Collective, founded by Chinese American Jewish activist Yoshi Silverstein, address a broader range of the Jewish community but carefully include and make space for Asian Jewish experiences.

Asian American, Native Hawaiian and Pacific Islander Heritage Month and Jewish American Heritage Month come every May. They offer us a moment to remember that both of those communities are far more diverse than one might initially imagine, that they overlap, and that in their overlap, there is truly amazing diversity.

Samira Mehta is director of the Program in Jewish Studies and an assistant professor of women and gender studies at the 91��.

This article is republished from The Conversation under a Creative Commons license. Read the original article.

Asian Jewish Americans have a double reason to celebrate their heritage in May.

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