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The challenges of studying (and treating) PTSD in chimpanzees

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Wednesday, June 5, 2024

Rachel the chimpanzee grew up in a suburban household under the care of an owner who treated her like a human child. She wore human clothes, ate human food, and took bubble baths. This went on until 1985 when, at the age of 3, Rachel’s owner felt she could no longer keep her animal instincts under control. Given up for adoption, Rachel eventually found herself at New York University’s Laboratory for Experimental Medicine and Surgery in Primates, where she stayed for more than 15 years. She spent most of that time in a cage by herself — when doctors weren’t conducting medical tests on her, including 39 liver-punch biopsies. According to government data, around 1,500 chimpanzees were used in biomedical research at any given time in the United States alone. Plans to abandon the controversial practice started in 2007, when the National Center for Research Resources announced it would stop funding breeding programs. The Great Ape Protection Act, which proposed to ban chimp testing altogether, made its way to Congress the following year, but it wasn’t until 2015 — after every other country in the world had already led the way — that this goal was finally achieved. The reason chimpanzees were used in research then is the same reason they are no longer used today. While their humanlike DNA — 98.5% identical to ours — made them ideal guinea pigs for the study of medical problems and infectious diseases, their increased brain capacity also rendered them susceptible to sustaining complex and lasting psychological damage. Although experts disagree on whether to call this post-traumatic stress disorder (PTSD), the majority of chimps emerged from labs with symptoms reminiscent of the condition, including hypervigilance, disassociation, and self-harm. For years, caregivers and animal behaviorists at wildlife sanctuaries — which have taken on the “retired” medical animals — have worked to treat these symptoms, often to great success. At the same time, rehabilitation efforts remain riddled with unanswerable questions: How do chimpanzees experience traumatic events? Why do some individuals recover better or more quickly than others? Is it possible to apply human psychology to animals, even ones as closely related to us as chimps? Diagnosing PTSD Chimpanzee Jeannie arrived at LEMSIP when she was 22 years old. Records indicate that, like Rachel, she was originally kept as a human companion or pet. At LEMSIP she was subjected to a variety of invasive procedures, including vaginal washes, cervical and liver punches, and lymph node biopsies. She was infected with HIV, hepatitis NANB and hepatitis C. Following protocol, she was anesthetized by a dart gun before each procedure. In total, Jeannie was “knocked down” more than 200 times. Seven years into her time at LEMSIP, Jeannie had what researchers describe as a “nervous breakdown” that made further testing all but impossible. She suffered seizures and occasionally attacked her hands or feet as though they were not part of her own body. She arranged her food on the floor of her suspended cage instead of eating it. Whenever lab personnel approached her, she would scream, froth, salivate, urinate, defecate, roll back her eyes, and throw herself against all four sides of her confinement. Rachel also became increasingly difficult to work with. A 2008 study of PTSD in chimpanzees said researchers would exercise extreme caution to avoid “angry outbursts, strenuous lunges, and attempts to grab or injure those who approached.” Mostly, Rachel injured herself. “When I met her in 1997, she was having dissociative episodes,” says primate communication scientist Mary Lee Jensvold. “She would attack her hands and hit herself in the head. All the things we talk about with trauma in people, that’s exactly what was going on with her.” Great ape psychologist Gay Bradshaw, lead author of the 2008 study, made similar points. “Jeannie and Rachel lived under persistent environmental stress in an atmosphere of fear, unpredictability and nearly total lack of control over their world, with a perceived omnipresent threat of violence,” he wrote in the study. Bradshaw concluded their respective symptoms, even though they could only be observed externally, “were pathognomonic for dissociative and attachment disorders and for Complex PTSD.” Restoring Agency LEMSIP staff considered euthanizing Jeannie, and they would have put her down if the Fauna Foundation had not agreed to take her in instead. The Canadian wildlife sanctuary expected her to be a difficult chimp to work with, and they weren’t wrong. Jeannie was erratic and unpredictable, her mood switching between withdrawal and aggression on the turn of a dime. She was anorexic, asthmatic, immunocompromised, and uncoordinated, and her prescription medication was ineffective. Sanctuaries working with traumatized chimps often use prescriptions as part of their treatment plan. Drugs like Depo-Provera, a contraceptive injection used in this case to regulate Jeannie’s blood levels, help with physical ailments. Selective serotonin reuptake inhibitors or SSRIS, which were given to Rachel, are used to treat both PTSD and other mental problems like depression or generalized anxiety disorder — two other conditions commonly observed in captive chimpanzees. In this, treatment plans for chimpanzees greatly resemble those of humans. However, medication forms but one small part of a larger puzzle. Drawing from both psychiatric literature on PTSD in humans as well as the study of chimpanzees living in the wild, sanctuary employees have identified a number of shared strategies to help traumatized chimps recover. The goal, according to Kris Pritchard, caregiver at the Georgia-based Project Chimps, is to ensure “their abnormal behaviors aren’t so bad that it’s affecting their daily life.” The first of these strategies revolves around building social connection: reintroducing chimpanzees who spent the better part of their life isolated in cages to interact with members of their own species. “We’re social critters,” says Jensvold, referring to both great apes and humans. “Connection makes us feel safe. When we don’t, we engage in dysregulated behavior, like self-injury, which in extreme cases become catatonic.” It’s possible that, like humans, chimps engage in such compulsory behavior to alleviate negative emotions like anxiety, anger and sadness, though this claim is yet to be investigated thoroughly. Because of their aggression, traumatized chimps at sanctuaries are typically introduced to the rest of the population while keeping them in separate compounds. Once they are released into the same space, they slowly engage in social behaviors such as grooming. This appears to have a positive impact on their mental health, with studies finding traumatized chimps who spent significant time at sanctuaries becoming “socially indistinguishable” from untraumatized ones. The second strategy concerns space. Wild chimpanzees live a mobile, semi-nomadic lifestyle, patrolling territories that can span up to 115 square miles. Although no sanctuary has access to such a large amount of land, they provide their chimps with significantly more physical space than the average zoo. Project Chimps’ 236 acres of forested terrain, for instance, allows its residents to engage in other types of behavior observed in the wild, such as making nests, fashioning tools, and foraging for food. The third and arguably most important strategy — closely connected to the first and second — is about agency. “Social environments are healing,” says Jensvold. “But I would argue that the experience of captivity and losing agency is in and of itself traumatic. I mean, imagine spending your whole life inside of a cage and being aware of that.”   Bradshaw notes that Jeannie and Rachel experienced a “total lack of control over their world,” making all their surroundings — even the safe ones — appear threatening. Agency can be partially restored through enrichment, a now widely accepted practice which Bradshaw’s research helped popularize. Put simply, it involves peppering the sanctuary grounds with objects the chimps can use however they like, whether that’s trees to climb on, branches to collect termites, tires to play with, or — in the case of one ape living at Project Chimps — a piece of cloth they can choose to carry around with them like a flag. Equally vital to restoring agency is giving chimps the freedom of movement. Or, in some cases, the freedom to not move. “We have a female named Gracie who doesn’t go outside her habitat,” says Pritchard. “She just stays inside her villa, which has a covered outdoor area, even when her whole community is off somewhere. That’s something we allow her to do, though. She lived her whole life indoors, so the outside could be perceived as startling.” While some abnormal behaviors subside over time, others persist. In some cases, sanctuary workers might make the decision not to push a certain chimp to alter the lifestyle they have become accustomed to, even if it is considered “unnatural.” Slippery Slope Treating traumatized chimpanzees presents various challenges, including basic communication. Although a few chimps understand and can communicate using basic American Sign Language, caregivers often have difficulty figuring out the meaning of other behaviors. Take, for example, a chimp who vocalizes and pulls at the bars of their enclosure when someone approaches. “It could be they have not seen that someone in a while and are upset,” says Pritchard. “Or it could be that they are excited to see them and want their attention.” Then there’s the question of why some chimps seem to recover better or more quickly than others. “I have heard of chimps biting themselves down on the bone,” says Jensvold. And yet, just as you can have “two soldiers experience a bomb blowing up and have only one come out of it with post-traumatic stress,” so too can you have two chimpanzees go through years of animal testing and arrive at sanctuaries with radically different dispositions and recovery rates. Jensvold points to a chimpanzee named Sue Ellen. Like Rachel, Sue Ellen spent 15 years in research, where she was involved in procedures on a weekly basis. Unlike Rachel, however, Sue Ellen “emerged pretty stable, even though her experience was arguably much worse.” Jeannie’s progress was moderate. Although her seizures never went away, they occurred once a month as opposed to daily, and while she never became actively involved in the community hierarchy, she did end up seeking out the company of other chimps. Studies on the mental wellbeing of captive chimps are limited. Not just because the subject is complicated, but also because the scientific community has yet to give it the attention it deserves. Some say research into animal suffering is slowed by pressure from Big Pharma, which sees the subject as a slippery slope. If chimps can suffer from PTSD, who is to say monkeys — whose demand in the animal testing world soared after the outbreak of COVID-19 — can’t sustain enduring and profound psychological trauma as well?

Apes used in animal testing often display symptoms of psychological trauma. Wildlife sanctuaries are helping them

Rachel the chimpanzee grew up in a suburban household under the care of an owner who treated her like a human child. She wore human clothes, ate human food, and took bubble baths. This went on until 1985 when, at the age of 3, Rachel’s owner felt she could no longer keep her animal instincts under control. Given up for adoption, Rachel eventually found herself at New York University’s Laboratory for Experimental Medicine and Surgery in Primates, where she stayed for more than 15 years.

She spent most of that time in a cage by herself — when doctors weren’t conducting medical tests on her, including 39 liver-punch biopsies.

According to government data, around 1,500 chimpanzees were used in biomedical research at any given time in the United States alone. Plans to abandon the controversial practice started in 2007, when the National Center for Research Resources announced it would stop funding breeding programs. The Great Ape Protection Act, which proposed to ban chimp testing altogether, made its way to Congress the following year, but it wasn’t until 2015 — after every other country in the world had already led the way — that this goal was finally achieved.

The reason chimpanzees were used in research then is the same reason they are no longer used today. While their humanlike DNA — 98.5% identical to ours — made them ideal guinea pigs for the study of medical problems and infectious diseases, their increased brain capacity also rendered them susceptible to sustaining complex and lasting psychological damage.

Although experts disagree on whether to call this post-traumatic stress disorder (PTSD), the majority of chimps emerged from labs with symptoms reminiscent of the condition, including hypervigilance, disassociation, and self-harm.

For years, caregivers and animal behaviorists at wildlife sanctuaries — which have taken on the “retired” medical animals — have worked to treat these symptoms, often to great success. At the same time, rehabilitation efforts remain riddled with unanswerable questions: How do chimpanzees experience traumatic events? Why do some individuals recover better or more quickly than others? Is it possible to apply human psychology to animals, even ones as closely related to us as chimps?

Diagnosing PTSD

Chimpanzee Jeannie arrived at LEMSIP when she was 22 years old. Records indicate that, like Rachel, she was originally kept as a human companion or pet. At LEMSIP she was subjected to a variety of invasive procedures, including vaginal washes, cervical and liver punches, and lymph node biopsies. She was infected with HIV, hepatitis NANB and hepatitis C. Following protocol, she was anesthetized by a dart gun before each procedure.

In total, Jeannie was “knocked down” more than 200 times.

Seven years into her time at LEMSIP, Jeannie had what researchers describe as a “nervous breakdown” that made further testing all but impossible. She suffered seizures and occasionally attacked her hands or feet as though they were not part of her own body. She arranged her food on the floor of her suspended cage instead of eating it. Whenever lab personnel approached her, she would scream, froth, salivate, urinate, defecate, roll back her eyes, and throw herself against all four sides of her confinement.

Rachel also became increasingly difficult to work with. A 2008 study of PTSD in chimpanzees said researchers would exercise extreme caution to avoid “angry outbursts, strenuous lunges, and attempts to grab or injure those who approached.”

Mostly, Rachel injured herself.

“When I met her in 1997, she was having dissociative episodes,” says primate communication scientist Mary Lee Jensvold. “She would attack her hands and hit herself in the head. All the things we talk about with trauma in people, that’s exactly what was going on with her.”

Great ape psychologist Gay Bradshaw, lead author of the 2008 study, made similar points. “Jeannie and Rachel lived under persistent environmental stress in an atmosphere of fear, unpredictability and nearly total lack of control over their world, with a perceived omnipresent threat of violence,” he wrote in the study. Bradshaw concluded their respective symptoms, even though they could only be observed externally, “were pathognomonic for dissociative and attachment disorders and for Complex PTSD.”

Restoring Agency

LEMSIP staff considered euthanizing Jeannie, and they would have put her down if the Fauna Foundation had not agreed to take her in instead. The Canadian wildlife sanctuary expected her to be a difficult chimp to work with, and they weren’t wrong. Jeannie was erratic and unpredictable, her mood switching between withdrawal and aggression on the turn of a dime. She was anorexic, asthmatic, immunocompromised, and uncoordinated, and her prescription medication was ineffective.

Sanctuaries working with traumatized chimps often use prescriptions as part of their treatment plan. Drugs like Depo-Provera, a contraceptive injection used in this case to regulate Jeannie’s blood levels, help with physical ailments. Selective serotonin reuptake inhibitors or SSRIS, which were given to Rachel, are used to treat both PTSD and other mental problems like depression or generalized anxiety disorder — two other conditions commonly observed in captive chimpanzees. In this, treatment plans for chimpanzees greatly resemble those of humans.

However, medication forms but one small part of a larger puzzle. Drawing from both psychiatric literature on PTSD in humans as well as the study of chimpanzees living in the wild, sanctuary employees have identified a number of shared strategies to help traumatized chimps recover. The goal, according to Kris Pritchard, caregiver at the Georgia-based Project Chimps, is to ensure “their abnormal behaviors aren’t so bad that it’s affecting their daily life.”

The first of these strategies revolves around building social connection: reintroducing chimpanzees who spent the better part of their life isolated in cages to interact with members of their own species.

“We’re social critters,” says Jensvold, referring to both great apes and humans. “Connection makes us feel safe. When we don’t, we engage in dysregulated behavior, like self-injury, which in extreme cases become catatonic.” It’s possible that, like humans, chimps engage in such compulsory behavior to alleviate negative emotions like anxiety, anger and sadness, though this claim is yet to be investigated thoroughly.

Because of their aggression, traumatized chimps at sanctuaries are typically introduced to the rest of the population while keeping them in separate compounds. Once they are released into the same space, they slowly engage in social behaviors such as grooming. This appears to have a positive impact on their mental health, with studies finding traumatized chimps who spent significant time at sanctuaries becoming “socially indistinguishable” from untraumatized ones.

The second strategy concerns space. Wild chimpanzees live a mobile, semi-nomadic lifestyle, patrolling territories that can span up to 115 square miles. Although no sanctuary has access to such a large amount of land, they provide their chimps with significantly more physical space than the average zoo. Project Chimps’ 236 acres of forested terrain, for instance, allows its residents to engage in other types of behavior observed in the wild, such as making nests, fashioning tools, and foraging for food.

The third and arguably most important strategy — closely connected to the first and second — is about agency.

“Social environments are healing,” says Jensvold. “But I would argue that the experience of captivity and losing agency is in and of itself traumatic. I mean, imagine spending your whole life inside of a cage and being aware of that.”

 

Bradshaw notes that Jeannie and Rachel experienced a “total lack of control over their world,” making all their surroundings — even the safe ones — appear threatening.

Agency can be partially restored through enrichment, a now widely accepted practice which Bradshaw’s research helped popularize. Put simply, it involves peppering the sanctuary grounds with objects the chimps can use however they like, whether that’s trees to climb on, branches to collect termites, tires to play with, or — in the case of one ape living at Project Chimps — a piece of cloth they can choose to carry around with them like a flag.

Equally vital to restoring agency is giving chimps the freedom of movement. Or, in some cases, the freedom to not move.

“We have a female named Gracie who doesn’t go outside her habitat,” says Pritchard. “She just stays inside her villa, which has a covered outdoor area, even when her whole community is off somewhere. That’s something we allow her to do, though. She lived her whole life indoors, so the outside could be perceived as startling.”

While some abnormal behaviors subside over time, others persist. In some cases, sanctuary workers might make the decision not to push a certain chimp to alter the lifestyle they have become accustomed to, even if it is considered “unnatural.”

Slippery Slope

Treating traumatized chimpanzees presents various challenges, including basic communication. Although a few chimps understand and can communicate using basic American Sign Language, caregivers often have difficulty figuring out the meaning of other behaviors. Take, for example, a chimp who vocalizes and pulls at the bars of their enclosure when someone approaches. “It could be they have not seen that someone in a while and are upset,” says Pritchard. “Or it could be that they are excited to see them and want their attention.”

Then there’s the question of why some chimps seem to recover better or more quickly than others.

“I have heard of chimps biting themselves down on the bone,” says Jensvold. And yet, just as you can have “two soldiers experience a bomb blowing up and have only one come out of it with post-traumatic stress,” so too can you have two chimpanzees go through years of animal testing and arrive at sanctuaries with radically different dispositions and recovery rates.

Jensvold points to a chimpanzee named Sue Ellen. Like Rachel, Sue Ellen spent 15 years in research, where she was involved in procedures on a weekly basis. Unlike Rachel, however, Sue Ellen “emerged pretty stable, even though her experience was arguably much worse.”

Jeannie’s progress was moderate. Although her seizures never went away, they occurred once a month as opposed to daily, and while she never became actively involved in the community hierarchy, she did end up seeking out the company of other chimps.

Studies on the mental wellbeing of captive chimps are limited. Not just because the subject is complicated, but also because the scientific community has yet to give it the attention it deserves. Some say research into animal suffering is slowed by pressure from Big Pharma, which sees the subject as a slippery slope. If chimps can suffer from PTSD, who is to say monkeys — whose demand in the animal testing world soared after the outbreak of COVID-19 — can’t sustain enduring and profound psychological trauma as well?

Read the full story here.
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I discovered a new Australian native bee, but there are still hundreds we need to identify

The discovery of a horned native bee that pollinates a rare plant highlights how little we know about Australian pollinators.

The female of the species has devil-like black horns, and a taste for extremely rare pollen. But until now, this Australian native bee has never been officially named or identified. My discovery of Megachile (Hackeriapis) lucifer, underscores the lack of knowledge and investment in Australia’s unique native bees. Whilst considerable funding and attention has been focused on the introduced European honey bee, Apis mellifera, there are still hundreds of native bees that are yet to be identified and named. How was this bee found? This fascinating new megachile (or leaf cutter) bee was first discovered while on a surveying trip in the Bremer Ranges in the goldfields region of Western Australia in 2019. I was conducting surveys for pollinators – such as bees, other insects, flies and wasps – of a critically endangered plant called Bremer marianthus, or Marianthus aquilonaris, which is only known in this region. Sadly, as is common for many threatened plant species, the pollinators for this straggly shrub with blue-tinged white flowers were completely unknown. One of the native bees collected on this visit immediately caught my attention because the female had large devil-like horns protruding from her clypeus – the broad plate on the front of a bee’s head. When I investigated, it was clear this wasn’t a species that had been found before. Whilst some native bees have horns or prongs, none have the large and slightly curved horns of this one. Comparing it with museum specimens, along with DNA barcoding, confirmed this species was new to collectors and to science. DNA barcoding also revealed a male native bee I had collected at the site was her partner, but he lacked horns. This is the opposite of the situation in much of the animal kingdom, where the males are more likely to be amoured. Bringer of light When you discover a new species, you have the honour of choosing a name. The first new species of native bee I “described” (or scientifically identified) in 2022, Leioproctus zephyr, is named after my dog, Zephyr. For this new species, the horns meant the name Lucifer was a perfect choice. Lucifer is also Latin for “light bringer”, and I hope this new species brings to light the wonders of our native bees. Australia has more than 2,000 species of native bees. They help keep our ecosystems healthy and play a crucial role in pollinating wildflowers. We need to understand native bees This new native bee, Megachile lucifer, is only one of an estimated 500 native bees that are not described. Far more attention has been given to the introduced European honey bee Apis mellifera. Whilst the honey bee is important for crop pollination, this species is not threatened, and can in fact harm our native bees. The truth is honeybees compete with native animals for food and habitat, disrupt native pollination systems and pose a serious biosecurity threat to our honey and pollination industries. Currently, there no requirement to survey for native bees in areas about to be mined, farmed or developed. Even if they are found, any species that has not been officially identified it has no conservation standing, which is one reason why taxonomic research is so important. Protect the pollinators Megachile lucifer was collected on a flowering mallee plant that attracted thousands of native bees and other insects. In subsequent years of surveying this site, the mallee was not flowering, Megachile lucifer was not seen, and far fewer insects were recorded. With no monitoring of native bees, we also don’t know how their populations are faring in response to threatening processes, like climate change. More interest and investment into the taxonomy, conservation and ecology of native bees, means we can protect both them and the rare and precious plants they pollinate. Kit Prendergast received funding from the Atlas of Living Australia, with a Biodiversity Mobilisation Grant and Goldfields Environmental Management Group Grant. The surveys were conducted as an ecological consultant, subcontracted to Botanica Consulting, who were commissioned by Audalia Resources Limited.

Margay Rescued in Costa Rica After Backyard Sighting

A young margay wandered into a residential backyard here, prompting a swift rescue by environmental officials who found the wildcat in an oddly calm state. The incident unfolded on November 5 when a local resident noticed the small feline resting on a low branch in their yard. Concerned about potential risks to a child or […] The post Margay Rescued in Costa Rica After Backyard Sighting appeared first on The Tico Times | Costa Rica News | Travel | Real Estate.

A young margay wandered into a residential backyard here, prompting a swift rescue by environmental officials who found the wildcat in an oddly calm state. The incident unfolded on November 5 when a local resident noticed the small feline resting on a low branch in their yard. Concerned about potential risks to a child or nearby farm animals, the family contacted the National System of Conservation Areas (SINAC), part of the Ministry of Environment and Energy (MINAE). Officials from the Tortuguero Conservation Area arrived quickly and identified the animal as a margay, known scientifically as Leopardus wiedii and locally as caucel. The cat’s docile demeanor stood out—it appeared asleep and showed no fear of people, which raised questions about its background. For the safety of both the community and the animal, the team captured it without incident. They placed the margay in a secure carrier and moved it to an approved wildlife rescue center for assessment. Veterinarians at the center sedated the margay for a thorough check. They reported the animal in solid health overall, with no major wounds. However, they removed several porcupine quills from around its mouth, signs of a recent failed hunt in the forest. Experts now observe the young margay over the coming days to check for any human habituation, which could suggest prior captivity. If tests confirm it retains wild instincts, authorities plan to release it back into a protected natural area. SINAC used the event to stress proper handling of wildlife encounters. Residents should avoid contact and report sightings to officials or emergency services at 9-1-1, allowing trained teams to step in safely. Margays rank among Costa Rica’s six native wildcat species, sharing forests with jaguars, pumas, ocelots, oncillas, and jaguarundis. These agile climbers can descend trees headfirst and grip branches with a single hind paw. Yet they face ongoing pressures from shrinking habitats and illegal pet trade captures. This rescue highlights how human expansion brings wildlife closer to homes, calling for balanced conservation efforts in regions like Pococí. The post Margay Rescued in Costa Rica After Backyard Sighting appeared first on The Tico Times | Costa Rica News | Travel | Real Estate.

Birding’s Tragic Blind Spot

Humans love to watch birds in nature. So why do we ignore the lives of the birds destined for our plates? The post Birding’s Tragic Blind Spot appeared first on The Revelator.

Birding is having a moment.  According to the U.S. Fish and Wildlife Service, there are more than 90 million birders in this country, making birding one of the most popular recreational activities, second only to walking. Bookstores have embraced this, with recently bestselling bird memoirs by authors Amy Tan and Margaret Renkl, as well as actor Lili Taylor. I too am a birder, though one troubled by a blind spot I see in too many of my fellow enthusiasts. Perhaps this blind spot is a side effect of looking at the world through binoculars. We spend so much time focused on distant birds that we don’t always see the birds closest to us. Like the birds on our plates. Consider the chicken. Globally, more than 80 billion chickens are killed each year, a number so big it borders on the unimaginable. I’ll break it down this way: By the time you finish reading this essay, nearly 18 million birds will have perished. Most chickens never see the sky, never set foot on planet Earth. They are born under artificial lights and die under artificial lights six horrific weeks later. Cage-free chickens may experience a bit more room and possibly a bit of sunshine, but the end result is equally dismal. A few chickens survive. Some are rescued (or stolen, depending on your perspective) from animal warehouses. (And yes, warehouse is a more appropriate term than farm.) In case you’re doubting how these birds differ from the ones we seek and celebrate, you might want to meet a few of them. Odds are, you’ll find an animal sanctuary near you — check the Global Federation of Animal Sanctuaries website for a list.  Perhaps you’re near the Woodstock Farm Sanctuary in High Falls, New York, where you can meet Peppermint, rescued from a live kill market, or The Iowa Survivors, 10 of the more than 1,400 chickens collectively saved when an egg facility in Iowa was preparing to kill 140,000 chickens during the darkest days of COVID. On my side of the country, at Tikkun Olam Sanctuary in Southern Oregon, you can meet Scissors, a bird born with a crossed beak, a genetic condition that makes it nearly impossible for her to eat like the other birds — a death sentence nearly anywhere but at a sanctuary. And if you hold Scissors in your arms as I have (she loves to be held), you might wonder how such a beautiful bird can be viewed by so many as disposable. If she hadn’t found her home at the sanctuary, she wouldn’t be alive today, deemed too much trouble to feed in reward for her eggs. As for turkeys, the United States has a national holiday to blame for the more than 200 million turkey deaths each year. And even ducks, for whom we happily make way in Boston, died to the tune of 28 million in 2024. How do we remove these birding blind spots? The first step is to acknowledge that all birds have equal value, including those we eat and those we may consider pests (such as starlings and pigeons). A bird’s relative scarcity on this planet need not be a prerequisite of its perceived value. Similarly, just because a bird species is in no danger of extinction does not make it any less valuable. Second, I encourage birders to reconsider the food on their plates. This may seem a tall ask; I too once devoured chicken wings and nuggets. But I can state now that the plant-based alternatives are just as good and carry none of that guilty aftertaste. There are also many environmental benefits to giving up chicken: chicken manure’s nitrous oxide emissions are a major contributor to global warming, and the nitrogen itself ends up in waterways, resulting in dead zones and countless numbers of dead fish. And then there’s this: If every birder in the United States gave up eating chicken, more than 2 billion chickens would be spared this year alone. In a world where we often feel powerless against the wanton destruction of environmental protections, we still have immense power at our disposal simply by changing the way we eat. Third, I urge birding, bird conservation, and bird-science organizations to explicitly support the protection of all birds. For instance, the Cornell Lab of Ornithology has never officially opposed the eating of chicken, turkeys, or duck, nor has The Audubon Society. They understandably don’t want to make their members uncomfortable, yet it seems curious to bemoan the loss of so many bird species, as they do, when the number of chickens slaughtered each year outnumbers all of the wild birds on this planet. Birders are precisely the humans birds need as advocates: those who care about them and care about this planet.  A chicken, a duck, a turkey: Each is as much a bird as Flaco the owl. And no less deserving of protection. So the next time you think about going birding, consider a detour to a local sanctuary. The chickens would love to have a word. And you can leave your binoculars at home. Previously in The Revelator: Bird Bias? New Research Reveals ‘Drab’ Species Get…Less Research The post Birding’s Tragic Blind Spot appeared first on The Revelator.

Lemurs Are Having a Mysterious 'Baby Boom' in Madagascar. Here's Why That Might Not Be a Good Thing

Researchers are investigating a sudden spike in pregnancies in one black-and-white ruffed lemur population that might signal environmental stress to the mammals

Lemurs Are Having a Mysterious ‘Baby Boom’ in Madagascar. Here’s Why That Might Not Be a Good Thing Researchers are investigating a sudden spike in pregnancies in one black-and-white ruffed lemur population that might signal environmental stress to the mammals Elizabeth Preston, bioGraphic November 7, 2025 8:30 a.m. A population of black-and-white ruffed lemurs on Madagascar is experiencing changes in the cadence of its breeding, researchers say. Inaki Relanzon / Nature Picture Library Every August, about halfway through his journey into Madagascar, veterinarian Randy Junge decides he’s never doing it again. After 30 hours of travel from the United States to reach the island off the southeast coast of Africa, he and his colleagues face a 12-hour trip by car over roads that are “bad to nonexistent,” he says. Then a team helps them carry their gear to camp—a hike of 18 miles through the rainforest. Once he recovers a little, though, Junge—who is the vice president of conservation medicine at the Columbus Zoo and Aquarium in Ohio—always changes his mind. He’ll be back. What stands to be learned about the long-term consequences of environmental change to the health of Madagascar’s lemurs is just too important. Junge works with Andrea Baden, a biological anthropologist at Hunter College in New York, on a long-term project monitoring a remote population of black-and-white ruffed lemurs (Varecia variegata). Baden started the project at Ranomafana National Park in southeast Madagascar in 2005. Junge joined in 2017. Every summer, they camp out at the park for about ten days and work with a Malagasy team to capture lemurs; conduct medical exams; and collect blood, feces and other samples for later analysis. They also observe lemur families and social interactions. For the rest of year, Malagasy research technicians, guides and graduate students keep tabs on the lemurs’ activity. Because the site is so arduous to reach, it remains a relatively pristine habitat with undisturbed lemurs. But there are signs that the globally transforming climate is changing these lemurs, too.  One of the researchers’ interests is the black-and-white ruffed lemurs’ fertility. The species breeds sporadically, but in 2024 the Ranomafana population had babies for an unprecedented second year in a row. The scientists fear that what looks like a miniature baby boom might actually be a sign that this species is in danger. Did you know? Where do lemurs live? Lemurs are only found in the wild on Madagascar and the nearby Comoro Islands. Like humans and chimpanzees, they are primates, though lemurs are more distant relatives of ours than the apes are. Black-and-white ruffed lemurs are largely arboreal, walking and leaping between tree branches across their forest habitat in search of fruit. Goran Safarek / Shutterstock Wild animals face challenges that their captive counterparts don’t. Back in Ohio, Junge’s animal patients at the zoo “live a pretty soft life,” he says. The lemurs he sees in the rainforest, by contrast, bear signs of their tougher environment, such as cracked teeth or broken fingers that have healed crooked. The environment also shapes reproduction. The pampered black-and-white ruffed lemurs in zoos breed every year and often bear litters of three to five infants. In their native habitat of Madagascar, where all wild lemur species dwell, the black-and-white ruffed lemurs have fewer babies at a time—if they get pregnant at all. Like other lemur species in the wild, black-and-white ruffed lemurs live in the treetops, eat mostly fruit and breed within a specific window of time. But unlike their cousins, which breed annually or at regular intervals such as every other year, black-and-white ruffed lemurs have unpredictable gaps between birth years. Their fickle fecundity is reinforced in a surprising way. Most of the time—as is the case with other lemur species—a female black-and-white ruffed lemur’s vulva has no opening at all. “They could not have sex if they wanted to,” Baden says. But for 24 to 72 hours around July of a lucky year, she says, “Their vagina will open like a flower.” There’s a brief frenzy of mating. Then the females close up shop again. “It’s totally weird,” Baden says. Researchers Randy Junge and Andrea Baden visit the Ranomafana forest in Madagascar each year to study black-and-white ruffed lemurs with their Malagasy colleagues. Randy Junge The result is a boom-or-bust baby cycle: In the years when the Ranomafana population breeds, usually 80 to 100 percent of adult females end up giving birth that October. A mother normally has two or three infants at a time, born helpless and with their eyes closed, “like puppies,” Baden says. Unlike nearly every other hairy primate, young black-and-white ruffed lemurs are unable to cling to their moms’ fur.  For the first month or so of life, the mom has to stay with her young nearly full-time in the nest—a high platform of branches and leaves. For maybe an hour each day, she leaves to forage fruit and to socialize. “Mom takes off and will literally make a beeline to other females’ nests and pop in and pay little visits,” Baden says. After about a month, the mother moves her infants to a new nest, carrying them one at a time in her mouth. Outside this nest, an adult male or female will stand guard, letting the mother spend more time away. Some moms continue parenting like this, Baden says. Others change tack, teaming up with their neighbors instead. They carry their babies to the nests of relatives or friends, or to crooks of trees, and park the kids together under the eye of a sentinel male, while all the moms go out. Baden compares this arrangement to a kindergarten. The mothers who take advantage of shared nests spend more time feeding themselves, and their infants seem more likely to survive, perhaps because more regular meals for mom translate into richer milk. The synchrony of their reproductive habits helps to make this communal care possible. “Something in their environment tells them ‘yes’ or ‘no,’” Baden says. The availability of certain resources may serve as a signal to breed. But no one knows exactly what that signal is, she says. “We’re only just starting to understand this system.” Black-and-white ruffed lemurs typically birth two to three babies at a time, but their pregnancies can be as long as five years apart. Lauren Bilboe / Shutterstock From 2005 to 2023, Baden always saw two or more years between breeding seasons at Ranomafana. Gaps between breeding years seem to be the norm in other black-and-white ruffed lemur populations, too. In Madagascar’s Manombo forest, other researchers observed a stretch where black-and-white ruffed lemurs didn’t breed for five years. That’s why, at Ranomafana in 2024, field observers were startled to see the lemurs mating for the second year in a row. To learn more about what was going on with the population, the U.S. scientists brought a portable ultrasound machine on their annual field visit. (Coincidentally, Baden was eight months pregnant at the time. She sent a graduate student in her place to make the long journey and hike. “I’m tough, but not that tough,” she says.) The Ranomafana population consists of about 40 lemurs, with 15 or so adult females. As in other years, the team used tranquilizer darts to capture some of the lemurs. After using a net to catch each sleepy animal falling from the tree canopy, they collected medical data, conducted ultrasounds on the females and replaced radio collars as needed. The team managed to get ultrasounds on seven of the females. The blurry black-and-white images revealed another surprise: pregnant mothers—but only some. Four of the seven females were pregnant (three with twins and one with a single fetus). In normal years, either none of the females get pregnant, or nearly all of them do. “Not half,” Junge says. Furthermore, he says, one fetus was about twice as big as all the others, suggesting its mother had bred early, outside of the usual window. Junge and Baden brought a portable ultrasound into the field to determine if any females were pregnant for an unprecedented second year in a row. Randy Junge The scientists didn’t know how many of these fetuses would survive to term. Come fall, though, the infants arrived—not in October but mid-September, in yet another aberration from their usual pattern. Multiple litters were born. Some lemur moms successfully reproduced for the second year in a row. Two years of babies might seem like a good thing. But Baden worries that the consecutive breeding years in Ranomafana hint at something different—perhaps a scrambling of whatever environmental cues usually synchronize their boom-or-bust communal breeding. “We’re seeing kind of wonky timing of reproduction, and we’re seeing the plants are fruiting and flowering at different times,” likely due to climate change, Baden says. “We’re seeing way drier wet seasons.” All in all, she says, “There may be some sort of breakdown in the system.” Researchers estimated in 2019 that this species had declined by at least 80 percent over the prior two decades. If scientists can figure out what environmental cues influence the black-and-white ruffed lemurs’ reproduction, that knowledge could be critical for keeping them alive.  Junge is studying the lemurs’ blood to see if the presence of a certain vitamin or mineral in their diet, for example, predicts when they’ll breed. “For instance, if there was a critical nutrient they get from one tree that isn’t fruiting, it could upset the whole reproductive cycle,” Junge speculates. “It’s a little scary, because that ability to succeed may be a very fine line.” A black-and-white ruffed lemur on a branch Diego Grandi / Shutterstock Climate change is rattling Madagascar and its wildlife beyond Ranomafana National Park. In addition to warming and rainfall changes, cyclones are becoming more common and intense on the island. These storms knock down trees and leave holes in the canopy. Increasing storms could disrupt the lemurs’ food supply. Because black-and-white ruffed lemurs have a more selective fruit diet than other species do, they may struggle to adapt when cyclones destroy their preferred feeding trees. The five-year breeding gap in one black-and-white ruffed lemur population came after an intense cyclone tore through their forest.   But climate change is only one of the environmental factors threatening Madagascar’s lemurs. Habitat loss is an ongoing problem that’s difficult to combat, as Harizo Georginnot Rijamanalina, one of Baden’s Malagasy graduate students, has seen firsthand. Rijamanalina recalls visiting a forest in his village as a child. He was tagging along with his father, who was on a mining expedition. While his dad’s team dug their pit, Rijamanalina explored the forest, collecting sticks to make into toy weapons, while lemurs swung overhead. That forest is still intact; Rijamanalina went home for a visit in 2022 and identified about 11 lemur species living there. After finishing his PhD at the University of Antananarivo in Madagascar’s capital city, he plans to take his expertise back home and work on conserving that site and its wildlife. But other areas of lemur habitat across the island have shrunk as he has grown up. The impacts of climate change on the forest, Rijamanalina says, are “exacerbated by intervention of local communities, who struggle from the difficult life.” In trying to survive, they log the forests, mine them for gold or gemstones, or hunt the lemurs themselves for meat.  “You see, every year, the forest [gets] pushed back,” says Tim Eppley, chief conservation officer at the U.S.-based conservation nonprofit Wildlife Madagascar. “It’s largely driven by lack of opportunity and food for the local human populations.” All wild lemurs live in Madagascar and the nearby Comoro Islands, and most populations have been impacted by the forces of development and climate change. Luca Nichetti / Shutterstock As a result, Eppley says, lemurs today are in “a very precarious situation.” Nearly all of Madagascar’s more than 100 lemur species are threatened with extinction. “Many of them have very small populations that exist just within a single forest, or maybe a series of forest fragments,” Eppley says. Every population is critical to protect, scientists say. Baden and her team hope that continuing the ultrasounds in coming field seasons, along with their other biomedical research, will unlock secrets about the black-and-white ruffed lemur’s fertility and unusual reproductive habits that could help safeguard the species. By tracking which lemurs get pregnant, then comparing the data to how the lemur families look later, the team can find out how many pregnancies arise from the short breeding season—and how many of those fetuses make it to term and survive. Lemurs have semi-opposable thumbs that help them grip branches. Pav-Pro Photography Ltd / Shutterstock Even though some Ranomafana females gave birth in two consecutive seasons, “I’ll be curious to see what mortality looks like this time,” Baden says. She’s noticed more infants in recent years not making it to their first birthday. It could be yet another sign that, between the poorly understood lemurs and their shifting environment, some equilibrium is slipping. Was the Ranomafana lemurs’ one weird year in 2024 the start of a trend that could hurt their odds of survival? Or just a fluke? In 2025, the Malagasy team didn’t notice the lemurs mating and assumed things were back to normal. The U.S. researchers brought the portable ultrasound with them when they returned to the rainforest in August, though, just to be sure. And what they found was unprecedented: At least two females were pregnant, yet again. If the babies make it to term, it will be one mother’s third straight year of breeding. She’ll birth those infants, though, into an uncertain future. This story originally appeared in bioGraphic, an independent magazine about nature and regeneration powered by the California Academy of Sciences. Get the latest Science stories in your inbox.

California lawmakers found money for these pet projects even as they slashed the budget

California lawmakers faced a difficult budget year, but they still managed to put hundreds of millions of dollars in earmarks in the state budget to benefit their districts — and help them get re-elected.

In summary California lawmakers faced a difficult budget year, but they still managed to put hundreds of millions of dollars in earmarks in the state budget to benefit their districts — and help them get re-elected. Despite facing a $12 billion deficit this year, California’s Legislature still managed to spend at least $415 million for local projects to help lawmakers win their next elections.  CalMatters found close to 100 earmarks inserted into just one of the state’s budget bills for local projects and programs that had little apparent benefit to anyone outside the lawmakers’ districts. Some of the earmarks raise concerns about legislative priorities in a difficult budget year, such as lawmakers spending millions from the general fund on museums, trails, parks and other amenities in wealthy communities.The spending includes $5 million in general fund money for a LGBTQ+ venue in high-cost San Francisco, $2.5 million for a private day school in Southern California and $250,000 for a private farm-animal rescue on the North Coast. Around $250 million of the local-project earmarks were funds taken from the $10 billion Proposition 4 climate bond California voters approved last year.  Some of the Prop. 4 earmarks included:  $26 million to programs paying farmers for private land conservation. $20 million to help the public access a Southern California beach gated off by a wealthy community. $15 million for “geologic heritage sites” including the La Brea Tar Pits — whose fossils have been used to study climate change in the last epoch. The earmarks were approved at the same time Gov. Gavin Newsom and lawmakers left state worker positions unfilled, suspended some health care benefits, forewent raises for firefighters, filled budget holes with high-interest bond money and took billions of dollars from the state’s “rainy day” emergency fund. Kristen Cox, executive director of the Long Beach Community Table foodbank, said the money lawmakers spent this year to enhance communities in their districts — often for projects that some would consider frills — isn’t going to the neediest Californians. “It’s misprioritization,” she said. “My priorities are to help the people that need it the most. Their priorities seem to be ‘Let’s make this city look gentrified and pretty and beautiful.’”  A secret process that benefits lawmakers Many of the earmarks — one-time allotments of cash for a specific purpose or project — are fairly benign and went to local infrastructure needs such as fire stations, parks, public schools and environmental projects.  They also represent just a small portion of the state’s $321 billion budget, which pays for programs and services that typically are intended to help all of California.  But inside the notoriously secretive budget negotiation process, lawmakers also have the ability to set aside sizable chunks of money to benefit their districts through an even more opaque earmark system.  It allows them to direct money to their pet projects without leaving a fingerprint — at least until they issue a press release touting a new community perk or show up for ribbon-cutting and check-passing ceremonies. Such spending, disparagingly called “pork-barrel spending” or “pork” for short, is hardly new or unique to California, said Thad Kousser, a former legislative staffer and political science professor at UC San Diego. He has extensively studied equity in how politicians divide up budgets for local needs.  Learn more about legislators mentioned in this story. Mike McGuire Democrat, State Senate, District 2 (Santa Rosa) Christopher Cabaldon Democrat, State Senate, District 3 Jerry McNerney Democrat, State Senate, District 5 (Stockton) Scott Wiener Democrat, State Senate, District 11 (San Francisco) Monique Limón Democrat, State Senate, District 19 (Santa Barbara) Benjamin Allen Democrat, State Senate, District 24 (El Segundo) Henry Stern Democrat, State Senate, District 27 (Calabasas) Catherine Blakespear Democrat, State Senate, District 38 (Encinitas) Brian Jones Republican, State Senate, District 40 (San Diego) Cecilia Aguiar-Curry Democrat, State Assembly, District 4 (Davis) Ash Kalra Democrat, State Assembly, District 25 (San Jose) Gregg Hart Democrat, State Assembly, District 37 (Santa Barbara) Jesse Gabriel Democrat, State Assembly, District 46 (Encino) There’s a reason it’s pervasive: When politicians keep the cash flowing back home, it helps them get re-elected, he said. “Politicians across generations — and in every country — try to use some portion of the budget on these clear signals that they’re directing the flow of government dollars to real people and real organizations right at home in their district,” he said. “Voters reward that.” Eyeing higher office? Send pork home The biggest recipient of the earmarks in Senate Bill 105 appears to be the North Coast Senate district of Democratic Senate President Pro Tem Mike McGuire. After losing his legislative leadership seat this year, he seems to be positioning himself for a congressional bid, according to The Santa Rosa Press Democrat. If he does run, he’ll be able to tout all the cash he brought to his Senate district this year.  His district was the recipient of more than two dozen earmarks totalling more than $100 million, accounting for a quarter of the earmark funds CalMatters identified. They went to fund a regional hospital, harbors, habitat projects, schools and fire stations. His district also received $250,000 for the farm-animal rescue.  State Sen. President Pro Tem Mike McGuire during a floor session at the state Capitol in Sacramento on April 24, 2025. Photo by Fred Greaves for CalMatters His largest earmarks included $50 million in Prop. 4 funds for a redwood trail that’s to run 320 miles across his district. McGuire’s office didn’t make him available for an interview. McGuire instead sent an emailed statement defending the earmarks. “Our state’s budget includes smart, one-time investments across California,” McGuire said. “Many in our state have been working on these projects for years to make California safer, stronger and more resilient.” Sen. Scott Wiener, the powerful Senate Budget Committee chairperson from San Francisco, is definitely running for higher office. Wiener announced last month he’s running for Nancy Pelosi’s congressional seat. The budget included at least $9 million in general fund earmarks benefiting the voters of San Francisco who will decide whether to send him to Washington, D.C. The money went for parks, restroom improvements and “to support the preservation and revitalization of a historic LGBTQ+ venue” in the city’s Castro neighborhood, according to the budget bill which doesn’t name the venue.  San Francisco is also slated to receive $1 million for a new oncology clinic and chemotherapy center for Chinese Hospital and $250,000 for “accessibility improvements” to Wah Mei child development center. Wiener’s office didn’t respond to interview requests. Lawmakers complained of earmarks None of the earmarks have a lawmaker’s name on them, making it extremely difficult for members of the public — or even other lawmakers — to decipher whose they are and which districts benefited. The governor’s administration is responsible for some. Legislative staff told CalMatters while reporting this story that earmark requests sent to budget committees aren’t public records.  CalMatters instead used the Digital Democracy database’s ‘Find your legislators’ tool to triangulate which pork projects are in which lawmakers’ districts from earmarks inserted into SB 105. That’s one of 40 budget-related bills Newsom signed this year. There are almost certainly more earmarks buried in the other budget measures. The secretive nature of earmarks — and the number and size of them this year — became a source of contention in September at the Senate Budget and Fiscal Review Committee.  Some Democratic lawmakers complained that so many last-minute earmarks had popped up in the spending bills. They questioned whether the earmarks were being fairly distributed to communities with the most need. “For the climate bond money, the general fund money, the Medi-Cal money, the Department of Education money, across the transit money, in almost every one, there is at least one — sometimes 40 — specific allocations,” Sacramento Sen. Christopher Cabaldon told the committee.  “The broader concern about equity and balance in those earmarks is certainly a point really well taken,” said Sen. Ben Allen, a Democrat representing the El Segundo area. Nonetheless, none of the 90 Democrats who control the Legislature voted against the budget this year, according to Digital Democracy.Newsom also signed it into law. His office didn’t respond to an interview request.  Susan Shelley of the Howard Jarvis Taxpayers Association blasted the pork-project spending as hypocritical, especially as some liberal groups and lawmakers support raising taxes or turning to voters to pass new bonds to prop up the state’s shaky finances. Politicians, she said, like to say, “‘We need money for everything in California.’ And what are they spending the money on now? Basically gifts to the districts that make the elected representatives look good and that are not essential or not as essential.” Pork in Prop. 4  About $275 million in Prop. 4 funds also went to backfill the state’s general fund budget covering existing environmental, fire and energy programs and for expenses such as deferred maintenance at state parks.  Using bond funds to pay for existing expenses in the general fund means there’s less bond money available to pay for the new expenditures voters thought they were supporting. The separate bond earmarks from lawmakers reflect their priorities and may not necessarily be what voters wanted either. Some of the lawmakers’ earmarks include:  $40 million to secure public access to a beach blocked off by the wealthy gated Hollister Ranch community in Santa Barbara County and for a separate dam-removal project. Both projects are in the district of Sen. Monique Limón, who is replacing McGuire as the Senate Democratic leader next year. She shares a district with a handful of assemblymembers who may have sought the earmarks.  Limón’s district also received $1 million for a museum in Santa Barbara “for an interactive water exhibit.” Limón replied to an interview request with an email from her spokesperson, Christina Montoya. “While the senator was not involved in Prop. 4 allocations,” Montoya said, “she is glad to see projects funded that advance the goals of the state.” An aerial photo of Hollister Ranch, located west of Santa Barbara along the Gaviota Coast, on June 16, 2021. Photo by George Rose, Getty Images $1 million went to the UC Davis Integrative Center for Alternative Meat and Protein, primarily at the request of San Jose Assemblymember Ash Kalra. UC Davis isn’t in Kalra’s district, but he’s a vegan and the chair of the Assembly Select Committee On Alternative Protein Innovation. The $15 million earmark “for geologic heritage sites” including the La Brea Tar Pits in Los Angeles was from Democratic Assemblymember Isaac Bryan. His office didn’t make him available for an interview. Taxpayers will pay at least $6 billion in interest and other expenses to finance Prop. 4 over the next four decades. Using Prop. 4 to pay farmers  An example of how earmarks lock up Prop. 4 funds can be found in this year’s budget for the Wildlife Conservation Board. The $10 billion bond is supposed to provide $1 billion for the board to give out as grants in the coming years. The board uses a competitive process that prioritizes habitat project proposals to provide the most ecological benefits for California. This year, the Legislature gave the board $339 million in Prop. 4 money to spend. But about a quarter of it — $88 million — is going to projects the board must now fund because of  lawmakers’ earmarks.  Gregg Hart, a Santa Barbara Democratic assemblymember, got one of the biggest earmarks from the board’s funds — $16 million for a conservation easement on Rancho San Julian, a 13,000-acre private ranch in his district. Conservation easements are legal agreements that ensure private lands don’t get sold and turned into environmentally unfriendly developments.  In an interview, Hart said preserving the ranch’s habitat in perpetuity is in line with what voters intended when they voted for Prop. 4. Assemblymember Gregg Hart speaks during a committee hearing on petroleum and gasoline supply on Sept. 18, 2024. Photo by Miguel Gutierrez Jr., CalMatters “In my district, this is a signature ranch that is an environmental gem,” Hart said. “And preserving that is a very high-value project.” The conservation board also must allocate $10 million in Prop. 4 earmarks to programs that will pay farmers and private wetland landowners in the Central Valley to flood their fields to provide habitat for waterbirds.  Central Valley farmers already have received hundreds of millions of dollars in federal crop subsidies over the decades. The flooded-field earmarks came from Democratic Sen. Jerry McNerney, who represents the Stockton area, and Assemblymember Cecilia Aguiar-Curry representing the Davis area. In an emailed statement, McNerney called the $10 million expenditure a “win-win for farmers and for wetlands … ensuring that migratory birds have places to rest and refuel on their long journey on the Pacific Flyway.” The total number of earmarks relying on Prop. 4 funds has Senate Republican Leader Brian Jones of San Diego saying, “I told you so.” He urged voters to reject the bond last year.  “It was going to be pork,” he said. “It was going to be earmarked projects that the legislators are going to be able to move …. into things that really didn’t have anything to do with the story that was being told to the voters when they voted.” Jones’ district was the recipient of some pork, though he said he made no requests for Prop. 4 money. His earmarks were from the general fund. They include $1.4 million for San Diego County dam repairs and $615,000 to the San Diego Mountain Biking Association “for building and maintaining public trails for mountain biking.”  ‘What did we get?’ from the general fund Other notable earmarks from general fund dollars, separate from the climate bond, include large one-time allocations for projects to benefit the state’s Jewish community. The Legislature has an  18-member Jewish Caucus.The funds include $15 million for the Museum of Tolerance and the Holocaust Memorial in Los Angeles as well as $5.4 million for the Jewish Community Center of the East Bay.  The Los Angeles Jewish community and interfaith leaders hold a candle lighting ceremony marking the exact moment of the first anniversary since Hamas spearheaded attacks on Israel on Oct. 7, at a ceremony at The Museum of Tolerance in Los Angeles on Oct. 6, 2024. Photo by Damian Dovarganes, AP Photo An earmark for $2.5 million also went “for security and other infrastructure” at Milken Community School East Campus, a private Los Angeles Jewish school with annual tuition of nearly $55,000. The school is in Assemblymember Jesse Gabriel’s and Sen. Henry Stern’s districts. Stern’s office said the earmark for the private school wasn’t his. Gabriel co-chairs the Legislative Jewish Caucus with Wiener. Gabriel also oversees the Assembly Budget Committee. He didn’t return messages. Neither did the school.Gabriel this week attended a check-passing ceremony at the Discovery Cube in Los Angeles. He and two other local lawmakers touted getting the children’s museum a $5 million earmark from Prop. 4 funds. Other earmarks using general fund money included at least $1.7 million for trail improvements and an urban garden in Democratic Sen. Catherine Blakespear’s wealthy coastal district, as well as $3.6 million for the Oceanside Museum of Art.  Blakespear responded to an interview request with an emailed statement. “I’m grateful that these impactful community projects were funded through the state’s general fund,” she said. “I know they will provide immense value to these communities and their residents and are deserving of funding.” She announced this week she would be appearing at a check-passing ceremony for one of her earmarks: $1.2 million to the city of Mission Viejo for the Oso Creek Trail Improvement Project. Former Stockton-area Democratic state Sen. Susan Talamantes Eggman said such earmarks are hardly surprising. She was proud to bring back to her district $10 million in her last term to reopen two dilapidated community swimming pools.   “I mean, that is fantastic for my district,” she said.  But she acknowledged it is a lot harder for lawmakers to justify those sorts of expenses when there are so many of them in a difficult budget year.  “I think you either hope that (people) won’t find out, or they see what stuff they’re getting, and they’re like, ‘Oh, all right, well, as long as we got ours,’ right?” she said. “What people are more concerned about is equity. ‘What did we get?’”

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