Showing posts sorted by relevance for query RABBITS. Sort by date Show all posts
Showing posts sorted by relevance for query RABBITS. Sort by date Show all posts

Tuesday, June 09, 2020

Amid COVID-19 pandemic, deadly disease strikes rabbit populations

A lethal disease that strikes rabbits was detected in a jackrabbit in Palm Springs, leading local veterinarians and animal rescue organizations to prepare for its potential spread to San Diego County.
The disease, rabbit hemorrhagic disease virus, is highly contagious and can jump between wild and domestic populations. It hit California for the first time in early May, when a group of about 10 dead rabbits were found in Palm Springs, and tests of one of the carcasses came back positive for the virus.
With a fatality rate up to 80 percent, the disease can decimate colonies of rabbits, jackrabbits, pika and hare, but it does not affect humans or other animals including cats or dogs. Pets, scavengers and other animals can spread the virus on their feet or fur, however, so officials are taking steps to protect rescued rabbits, and urging rabbit owners to safeguard their pets.
"It spreads very fast in the wild populations," said Jon Enyart, director of wildlife medicine for Project Wildlife, the wildlife rescue arm of the San Diego Humane Society. "Then it runs rampant through the domestic populations as well."
The disease has circulated for several decades throughout 40 countries in Asia, Europe, Africa, Australia, as well as Mexico and Canada. A second strain emerged in France in 2010, and in March of this year, it began killing both wild and domestic rabbits in New Mexico, Colorado, Arizona, Texas and Mexico, according to the California Department of Fish and Wildlife. That's when officials braced for a possible outbreak in California.
"It's a really hard virus to contain, once its out in a wild landscape," said Deana Clifford, a senior wildlife veterinarian with the California Department of Fish and Wildlife. "There's no way to really effectively protect wild rabbits in the state."
Wildlife officials are monitoring rabbit populations and collecting samples, officials said. And they are examining animals that appear to have died of the disease, selectively testing carcasses for the virus to determine if it is spreading to new areas or different species, such as cottontails or other rabbit relatives, Clifford said.
Studies from outbreaks in Europe show that the death rate of infected rabbits ranges from 5 to 80 percent, she said. So it's possible that  may rebound from the epidemic, even if it spreads.
"What we hope is that over time, this disease, that some rabbits will survive and develop some resistance," Clifford said.
In the meantime, the risk to both wild rabbits and pets exposed to the virus is high. The disease in a group called calicivirus, and is unrelated to the novel coronavirus that causes COVID-19. To rabbits, however, it's not only far more lethal than coronavirus, but also much hardier. It can remain viable in the environment at  for 105 days, and even longer—225 days—at 39 degrees Fahrenheit, according to a statement by the House Rabbit Society. It's not killed by freezing, and infected rabbits who survive can shed the virus for 42 days or longer.
The virus hasn't appeared among any rabbits San Diego, but rescue workers are taking precautions in case it does. The San Diego Chapter of the House Rabbit Society, an all rabbit rescue organization, is isolating new animals at their shelter, and warning rabbit owners to be careful of their pets.
"We as humans can spread the virus too, on shoes or carpets," said Jennifer Lee, executive director of San Diego House Rabbit Society. "That's why it's important that people who have rabbits, not have their rabbits go outside to play, and have inside shoes, and outside shoes, and clothing ... . If they feel that their rabbit might have it, isolate that rabbit, especially if you have other rabbits in their home."
Other recommendations include washing hands before and after handling a pet rabbit; changing clothes after contacting other rabbits; disinfecting shoes with bleach; using only known hay and feed sources, and avoiding foraged plants, grasses or tree branches; installing door and window screens to eliminate flies and mosquitoes; and quarantining any new rabbit.
The virus causes liver inflammation in infected animals, and prevents blood from clotting, said Linda Knox, a veterinarian at Palomar Animal Hospital, who works with the House Rabbit Society. A vaccine available in Europe can protect rabbits from the disease, but it's not approved for widespread use in the U.S. Veterinarians can only apply to use it once a case is confirmed in their own state. So after the Palm Springs carcass tested positive, Knox applied for access to the vaccine.
"We are trying to get emergency approval through the (U.S. Department of Agriculture) to import this vaccine, Eravac, which is made in Spain," she said. "Once we get the USDA approval, we hope to get this vaccine imported so we can protect the rabbits."
She expects the vaccine to arrive about a month after she receives approval. Once it does, it could be administered to pet or rescue rabbits. It would not be possible to vaccinate wild rabbits, Clifford said. However, some very rare, endangered species, such as the riparian brush rabbit in the Central Valley, which numbers only a few hundred, could potentially be captured and rescued or vaccinated, if the disease strikes its area, she said.
Signs of infection can include low appetite, lethargy, fever, seizures or bleeding from the nose, mouth or rectum. But there may also be no symptoms until sudden death, so shelters, as well as pet owners, must separate new rabbits from others for a quarantine period.
At Project Wildlife, which takes in 12,000 sick, injured or orphaned wild animals, including up to 2,000 rabbits per year, that's a big challenge, Enyart said. However, workers are placing new animals or groups of animals in quarantine rooms, and also assigning staff members to specific rooms, so they don't cross-contaminate other groups.
Amid the COVID-19 pandemic,  have already adopted practices such as social distancing, wearing masks and gloves, and changing clothes before and after working with animals, officials said. The  epidemic has reinforced and refined those practices, officials said.
"I do feel like (COVID-19) has prepared us for this, because we were already in the mindset," he said. "Were finding that in the midst of all this madness, that best practices are getting better. We're able to say these rabbits can't be near these rabbits, that helps us see if there are any concerns with out own (personal protective equipment) and our own biosecurity. So it's really helping us fine-tune it and make it as good as possible."
Towards winning the war on feral wild rabbits

©2020 The San Diego Union-Tribune
Distributed by Tribune Content Agency, LLC.

Saturday, August 24, 2024

 

From pets to pests: how domestic rabbits survive the wilderness




Uppsala University
Dr. Leif Andersson, professor at Uppsala University and another senior author of the study. 

image: 

Dr. Leif Andersson, professor at Uppsala University and another senior author of the study.

Credit: Mikael Wallerstedt

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Credit: Mikael Wallerstedt






How do rabbits go from fluffy pets to marauding invaders? Rabbits have colonized countries worldwide, often with dire economic and ecological consequences, but their secret has until now been a mystery. In a new study published in the journal Nature Ecology and Evolution, an international consortium led by scientists from BIOPOLIS-CIBIO (Portugal) and Uppsala University (Sweden) sequenced the genomes of nearly 300 rabbits from across three continents to unveil the key genetic changes that make these animals master colonizers.


Throughout history, people have taken animals under their care. Your dear pet - furry kitten, loyal dog, or colorful goldfish - is just part of an amazing variety of domestic forms. “Some changed so much from their wild ancestors, it is difficult to imagine they are related, like chihuahuas that descend from wolves” explains Dr Pedro Andrade, a researcher at BIOPOLIS-CIBIO and first author of the study. “Changes are often so drastic, that if you put your pet back in the wilderness, it will be very challenging for it to survive”.

But sometimes, they do rise to the challenge. When they do, we call them ferals, populations of a once domestic species that successfully readapted to the wild. Rabbits are a classic example. Through frequent and independent releases, rabbits have colonized locations worldwide. But despite years of research, a central question has eluded scientists: how can a domestic animal, optimized for thousands of years to live in captivity, not only survive but thrive when returned to the wild?

“In a previous study by our team, which looked at the colonization of Australia by rabbits, we found that multiple releases of domestic rabbits had taken place for several decades before a single introduction of 24 rabbits with wild ancestry in 1859, by Englishman Thomas Austin, triggered the explosive population growth of rabbits which caused one of the largest environmental disasters in history” says Dr. Joel Alves, a researcher at BIOPOLIS-CIBIO and the University of Oxford.

Could this be the key to explaining why rabbits so frequently establish these feral populations? To answer this, the international team of researchers sequenced the genomes of nearly 300 rabbits, including six feral populations from three continents – Europe, South America, and Oceania – as well as domestic and wild rabbits from the native range in Southwest Europe. Armed with this treasure trove of information, the largest genetic dataset of rabbits ever produced, researchers could now understand what makes these introduced rabbits unique.

“Domestic rabbits are so common, that our initial expectation was that these feral populations would be composed of domestic rabbits that somehow managed to re-adapt to the wild, but our findings point to a more complex scenario” explains Dr. Miguel Carneiro, one of the senior authors of the study. According to him, “despite looking at six largely independent colonizations, all these feral rabbits share a mixed domestic and wild origin.”

The team found that during re-adaptation to the wild, genetic variants linked to domestication are often eliminated  because they are often deleterious in the wild making animals more vulnerable to predation a pattern that is more striking depending on how extreme the trait had become during domestication. “In these feral populations, you will typically not see an albino, or a fully black rabbit, even if these fancy coat colors are very common in domestic rabbits. However, you may very well encounter rabbits that carry the mutation for diluted coat color, a domestic variant that has minimal effect on camouflage.” adds Dr. Leif Andersson, professor at Uppsala University and another senior author of the study, who continues “This is a concrete example of natural selection in action”.

This purging of domestic traits didn’t just target fancy coat colors. The team found evidence for strong natural selection operating on genes linked to behavior and the development of the nervous system. “Tameness is crucial for domestic animals to live close to humans, but it will not help a rabbit that finds itself back in the wild survive, so natural selection removes the genetic variants linked to tameness” explains Dr Andrade.

The study has implications for understanding evolution and will be closely followed by lawmakers and practitioners on the frontlines of conservation. Feral rabbits often turn into invasive pests causing hundreds of millions of dollars in damages, and other domestic-turned-wild animals cause similar problems, like feral pigs or feral cats. “The best strategy to mitigate the impacts of invasive species is to prevent them from being introduced in the first place, so we hope our study provides important evidence to help evaluate and identify future invasion risks” concludes Dr. Carneiro.


Monday, December 20, 2021

Edmonton's syphilitic cemetery bunnies killed off by different rare rabbit disease

Article content

A fluffle of feral cemetery rabbits at a northwest Edmonton cemetery, plagued by a syphilis outbreak in 2020, has been wiped out by a different and rare illness.

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Rabbit haemorrhagic disease (RHD) was discovered in three bunnies living in the colony at and around Holy Cross Cemetery in September, according to a memo from the Alberta government. By the end of September about 50 had died or disappeared

Very few, if any, are still alive.

“It was a very hot virus that rapidly ran through the colony and killed essentially all the feral domestic rabbits,” Margo Pybus, University of Alberta professor and wildlife disease expert, said in an email.

This disease is highly infectious with a rapid onset, and is almost always fatal in European rabbits, of which pet rabbits are descendants. It causes organ damage and internal bleeding. In some places it has spread to wildlife.

Gone after 30 years

Before it was decimated, the libidinous fluffle of feral domestic rabbits lived at the cemetery and surrounding areas for about 30 years.

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Klack’s group began capturing bunnies with syphilis symptoms — including fur loss, and crusting or sores on the eyes, mouth and genitals  — in the summer of 2020 with the cemetery’s permission. But many rabbits were much sicker than expected, so rescuers were allowed to take any they could find.

Of about 200 rescued Klack said only 130 survived.

“Every rabbit we caught ended up being just overloaded with normally two to three different types of worms and parasites along with the syphilis,” they said in a recent interview.

Many were malnourished and had reproductive cancers, they said.

“A lot of volunteers got really burnt out because the rabbits they were rescuing were dying three days later. There was literally nothing we could do even with the best vet care,” they said. “I kept joking that my backyard is just one giant graveyard.”

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The rabbits, and volunteers, also had to deal with hungry predators: “I had a volunteer chased out by coyotes. They were just feasting on those rabbits.”

With rescue efforts the colony began shrinking but numbers climbed again earlier this year, said Klack.

As they was preparing to resume rescues, a single case of RHD was confirmed in southern Alberta. Volunteers instead focused on getting rabbits already in care vaccinated.

While Klack had always hoped one day the colony would disappear — as domestic rabbits aren’t fit to live in the wild — they hoped it would be because the bunnies found new homes.

“I’m sad that I couldn’t rescue more, but knowing that there isn’t a giant colony out there that’s sick with syphilis and worms and all sorts of nasties, and that coyotes won’t be as big of a problem, that makes me happy,” they said. “It’s very much a multifaceted feeling.

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“There’s not going to be more generations upon generations of rabbits just being born to suffer and die.”

Rabbits are seen in Holy Cross Cemetery at 14611 Mark Messier Trail in Edmonton, on Friday, July 31, 2020. Groups of bunnies relaxed in the shade of the cemetery’s trees.
Rabbits are seen in Holy Cross Cemetery at 14611 Mark Messier Trail in Edmonton, on Friday, July 31, 2020. Groups of bunnies relaxed in the shade of the cemetery’s trees. PHOTO BY IAN KUCERAK /Postmedia

Disease arrives

Alberta’s first case of RHD was detected in Taber in March. The onset is quick and early symptoms can go undetected. Rabbits often die suddenly .

While the disease is new to Alberta, there were outbreaks in feral domestic rabbits in B.C. in 2018 and 2019.

Wild rabbits and hares have typically been immune to RHA, but a new strain killed some wildlife in the western United States and northern Mexico last year, according to an Alberta government handout. Alberta’s mountain cottontails, white-tailed jackrabbits, snowshoe hares and pikas may be at risk.

So far there isn’t evidence the disease spread to local wildlife.

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But according to the BCSPCA, genetic sequencing of the case found in southern Alberta closely resembles the strain in the U.S. which has killed and infected wild animals.

“This has significant implications for wild rabbit welfare as well as ecosystem health, and also means that if the virus spreads to B.C., it could be virtually impossible to eliminate,” reads a release on the organization’s website this summer.

There is no treatment or cure for RHD. Vaccines aren’t approved in Canada but the B.C. government procured some using an emergency provision. Some Alberta veterinarians also ordered shipments from the B.C. government, but this program was recently discontinued.

Sorelle Saidman, president of Rabbitats Rescue Society in B.C., who helped co-ordinate efforts for some Alberta veterinarians to get vaccines said Alberta needs to make vaccines available. But, she said, many don’t care about rabbits.

“They’re not barking for attention, they’re not purring when they’re getting their pets … (but) they’re very affectionate, very sentient. They just need extra protection because they seem so unassuming.”

Request for information from the Alberta government about how the disease arrived, how many and which kinds of animals have been killed, and whether it is working to acquire RHD vaccines were not answered by deadline.

lboothby@postmedia.com

@laurby

A rabbit is seen outside Holy Cross Cemetery at 14611 Mark Messier Trail in Edmonton, on Friday, July 31, 2020. Groups of bunnies relaxed in the shade of the cemetery’s trees. Photo by Ian Kucerak/Postmedia
A rabbit is seen outside Holy Cross Cemetery at 14611 Mark Messier Trail in Edmonton, on Friday, July 31, 2020. Groups of bunnies relaxed in the shade of the cemetery’s trees. Photo by Ian Kucerak/Postmedia PHOTO BY IAN KUCERAK /Postmedia

Wednesday, September 07, 2022

Lethal rabbit disease 'strongly suspected' to be killing feral bunnies in Calgary communities


Stephanie Babych - Yesterday - Calgary Herald

As many feral bunnies are found dead in several Calgary neighbourhoods, concern is growing that a deadly disease known to wipe out rabbit populations is spreading in the city.



Pictured is a bunny 
HARE  in Lindsay Park outside the MNP Community
 and Sport Centre on Tuesday, September 6, 2022.© Provided by Calgary Herald

Amanda Greening, the co-founder of Against All Odds Rabbit Rescue, said in the last several days, they’ve received reports from people who have spotted quite a few dead bunnies in Manchester Industrial and Seton — which both have large populations of feral rabbits.

“Someone actually witnessed one die right in front of them,” said Greening. “It appeared to vomit blood, urinate and then die, which are common symptoms of rabbit hemorrhagic disease (RHD).”

The disease is extremely contagious and lethal for rabbits, spreading among bunnies through physical contact or through contact with an infected rabbit’s blood or excretions. The disease causes organ damage and internal bleeding.

Dr. Kelsey Chapman, with the Calgary Avian and Exotic Pet Clinic, said reports show that RHD has a 70 to 100 per cent fatality rate among bunnies.

“These are bunnies that have been let out then bred themselves in the city,” she Chapman. “The feral rabbit population is the most at risk because they’re all living together in tight quarters. And it could be transmitted on people’s shoes to indoor rabbits.”

Chapman explained that RHD is relatively new to Canada and has now been recorded in Edmonton and Lethbridge. Last year, a population of rabbits living in an Edmonton cemetery was wiped out by the disease . Alberta’s first case of RHD was detected in Taber in March 2021.

Related
Rabbit rescuers call on city to take humane action against growing Calgary colonies

Edmonton's syphilitic cemetery bunnies killed off by different rare rabbit disease

In May, there was the first official confirmation of RHD in an indoor, pet rabbit in Calgary, but the test results for several feral rabbits found dead in the city are still being processed so their cause of death remains unconfirmed.

Against All Odds Rabbit Rescue has been taking in and rescuing rabbits since 2012, while working to educate people about proper rabbit care. The group estimates the feral rabbit population could be as high as 500 between Manchester Industrial, Erlton and the Talisman Centre area, while Seton likely has about 200 to 300.


“If this is RHD, I would not be surprised if it wipes out 90 per cent or more of those populations,” said Greening.

She said businesses in these areas have told the group they’ve gone from seeing many rabbits throughout the day to none.

“If it is just the ferals, they are an invasive species — although, they are a food source for the coyote and bobcats. However, if this is a strain that affects native hares and cotton tails, the effects would be more severe,” Greening explained.



Pictured are bunnies 
HARES in Lindsay Park outside the MNP 
Community and Sport Centre on Tuesday, September 6, 2022.

Dr. Margo Pybus, the wildlife disease specialist with Alberta Environment and Parks, said they’re concerned about RHD spreading to the city’s wild rabbit population. Feral rabbits aren’t considered to be wildlife in the province so it’s not something Fish and Wildlife deals with directly.

“But we do track this virus because, although it hasn’t been reported yet in wild rabbits like snowshoe hares or jackrabbits in Alberta, we are watching to see whether it will or will not spill over from feral or pet rabbits to them,” said Pybus. “We’re hoping to avoid it getting out into wild populations.”

Pybus said it’s important for cases to be documented and to inform rabbit owners about the risks to their domestic bunnies. She said that it still isn’t confirmed the rabbits had RHD but it is strongly suspected.

“Outbreaks usually happen quickly and then disappear because most of the rabbits are killed. It doesn’t stick around or persist in the soil or anything, so that’s likely what is helping to protect the wildlife, like the snowshoe hares. The virus is so hot that it burns out quickly,” said Pybus.

The City of Calgary doesn’t currently have a policy on how to deal with feral rabbits and did not comment further about the situation when contacted by Postmedia on Tuesday.

sbabych@postmedia.com
Twitter: @BabychStephanie

BUNNIES ARE DOMESTICATED RABBITS, WILD RABBITS ARE KNOWN AS HARES

WILD HARES ARE NOT FERAL (WHICH IMPLIES DOMESTICATED BUNNIES RAN AWAY OR RELEASED FROM HUMAN CARE)

Monday, October 10, 2022

Rabbit virus has evolved to become more deadly, new research finds

AND AS THEY HAVE FOUND IN CALGARY

australian rabbit
Credit: Unsplash/CC0 Public Domain

A common misconception is that viruses become milder over time as they become endemic within a population. Yet new research, led by Penn State and the University of Sydney, reveals that a virus—called myxoma—that affects rabbits has become more deadly over time. The findings highlight the need for rigorous monitoring of human viruses, including SARS-CoV-2, monkeypox and polio, for increased virulence.

"During the COVID-19 pandemic, many people have incorrectly assumed that as the SARS-CoV-2 virus becomes endemic, it will also become milder," said Read.

"However, we know that the  was more contagious and caused more  than the original strain of the virus, and omicron is even more transmissible than delta. Our new research shows that a  virus has evolved to become more deadly, and there is no reason why this couldn't happen with SARS-CoV-2 or other  that affect humans."

According to Read, myxoma was introduced to Australia in the early 1950s to quell an out-of-control non-native rabbit population. Known as "myxomytosis," the disease it caused resulted in puffy, fluid-filled skin lesions, swollen heads and eyelids, drooping ears and blocked airways, among other symptoms. The virus was so deadly that it killed an estimated 99.8 percent of the rabbits it infected within two weeks.

Over time, however, the virus became milder, killing only 60% of the rabbits it infected and taking longer to do so.

"Scientists at the time believed this outcome was inevitable," said Read. "What they called the 'law of declining virulence' suggested that viruses naturally become milder over time to ensure that they do not kill their hosts before they've had a chance to be transmitted to other individuals."

Yet, when Read and his team began to study the myxoma virus in rabbits in 2014, they found that the virus had regained the upper hand and was once again killing rabbits at a higher rate. In their most recent study, which published on Oct. 5 in the Journal of Virology, they examined several myxoma virus variants collected between 2012-2015 in the laboratory to determine their virulence. The team determined that the viruses fell into three lineages: a, b and c.

Rabbit virus has evolved to become more deadly, new research finds
Survival plots and virulence grades for trial 1 (Oak rabbits). Credit: Journal of Virology
 (2022). DOI: 10.1128/jvi.00886-22

Interestingly, Read said, the rabbits in their study exhibited different symptoms than those induced by viruses collected in the first decades after the release.

"Instead of developing puffy, fluid-filled lesions, these rabbits developed flat lesions, suggesting a lack a reduced immune response," said Read.

"In addition, these rabbits had significantly more bacteria distributed throughout multiple tissues, which is also consistent with immunosuppression. We interpreted this 'amyxomatous' phenotype as an adaptation by the virus to overcome evolving resistance in the wild rabbit population."

Lineage c, however, produced a slightly different response in rabbits. Rabbits infected with lineage c had significantly more swelling at the base of the ears and around the eyelids, where mosquitoes typically bite. These areas also contained extremely high amounts of virus.

"Insect transmissibility is dependent on high amounts of virus being present in sites accessible to the vector," said Read. "We hypothesize that lineage c viruses are capable of enhanced dissemination to sites around the head where mosquitoes are more likely to feed and that they are able to suppress inflammatory responses at these sites, allowing persistent virus replication to high amounts."

Read said that the team's findings demonstrate that viruses do not always evolve to become milder.

"By definition an evolutionary arms race occurs when organisms develop adaptations and counter-adaptations against each other," said Read.

"With myxoma, the virus has developed new tricks, which are resulting in greater rabbit mortality. However, over time the rabbits will likely evolve resistance to these tricks. An analogous arms race may be occurring with SARS-CoV-2 and other human viruses as humans become more immune. This is why it's so important for vaccine manufacturers to keep up with the latest variants and for the public to stay up to date on their vaccines. Better still would be to develop a universal vaccine that would work against all variants and be effective for a longer period of time."

The research was published in Journal of Virology.

Viruses up their game in arms race with immune system
More information: Peter J. Kerr et al, Divergent Evolutionary Pathways of Myxoma Virus in Australia: Virulence Phenotypes in Susceptible and Partially Resistant Rabbits Indicate Possible Selection for Transmissibility, Journal of Virology (2022). DOI: 10.1128/jvi.00886-22
Journal information: Journal of Virology 
Provided by Pennsylvania State University 
FOR MORE ON RABBIT VIRUS OUTBREAK SEE LA REVUE GAUCHE - Left Comment: Search results for RABBITS 

Monday, January 16, 2023

This B.C. rescue wants to dispel East Asian stereotypes during the Year of the Rabbit


CBC
Sun, January 15, 2023 

A rabbit is pictured in Richmond, B.C. A local charity is hoping to celebrate the animals, as well as the East Asian community, during the Year of the Rabbit. 
(Akshay Kulkarni/CBC - image credit)

A Richmond, B.C.-based rabbit rescue group says they're hoping to give back to the East Asian community during the upcoming Year of the Rabbit.

Rabbitats was formed during the last Year of the Rabbit in 2011. Run by volunteers, it has a sanctuary in South Surrey, and also helps run the popular Bunny Cafe on Vancouver's Commercial Drive.

But their founder, Sorelle Saidman, says the group is most active in Richmond, where she estimates up to 2,000 rabbits roam the streets. Rabbitats started out by trapping hundreds of rabbits in Richmond Auto Mall.

Saidman says she hopes the upcoming Year of the Rabbit will be a platform for the charity to honour the community, many of whose members volunteer, donate, and adopt bunnies from Rabbitats.


Ben Nelms/CBC

She also hopes to push back against racist stereotypes surrounding rabbits and Asian people.

"One problem that our volunteers have had on occasion is people misconstruing why they're trapping the rabbits," she told CBC News.

"Coming up to our volunteers and accuse them of potentially trapping these rabbits to take them ... to a Chinese restaurant or something.

"[It] has been a longstanding and very hurtful cultural stereotype, and it's just so totally wrong," she said.

One of the ways they want to thank the community is by applying for a grant from the Richmond Community Foundation, she says, to fund a project focused on cultural awareness and dispelling stereotypes, for which they're currently looking for advisors to ensure the project is culturally sensitive.


Akshay Kulkarni/CBC

Still, the rescue has big plans for the Lunar New Year: they are set to host a 10-day long "rabbit education" table at Richmond's Aberdeen Centre from Jan. 13 to 22.

They are also anchoring the Year of the Rabbit celebration at Chinatown's International Village Mall from Jan. 21 to 22.

"We're going to have, I'd say, 50 rabbits on hand," Saidman said.

"People will be able to come into a Bunny Hut that we're building in the rotunda there, and … learn all about bunnies.

"We're celebrating the Year of the Rabbit and we're celebrating the rabbits themselves."


Mark Schiefelbein/Associated Press

The Chinese calendar follows a 12-year cycle that is repeated over and over again. Each of the 12 years is represented by an animal.

Sherman Tai, a fortune teller and astrologer based in Richmond, says this year will likely be a good year for change in B.C.

"This is not superstition and this is nothing relating with the religious," he told Stephen Quinn, host of CBC's The Early Edition.

"This is only the statistics … which we used for thousands of years, based on yin and yang."

WATCH | A tour through Richmond's Aberdeen Mall during the festival:

Rabbits not good in urban areas

Saidman says feral and wild rabbits in the Lower Mainland do not thrive in urban areas, despite what people may think.

"The reality is they just breed faster than they're killed," she said. "It is a dangerous place for them and they really don't have great survival skills."

Rabbitats says they have seen a spike in unwanted and abandoned animals over the past few months, as well as signs that bunnies were making inroads in municipalities across the Lower Mainland and Vancouver Island.

The organization is currently raising funds to move into a farm in Langley that would allow them to house more than 500 rabbits.

Tuesday, September 28, 2021

 

How rabbits help restore unique habitats for rare species

How rabbits help restore unique habitats for rare species
A rabbit on the University of East Anglia campus.Credit: Tristan Holden, 
University of East Anglia

European wild rabbits are a 'keystone species' that hold together entire ecosystems—according to researchers at the University of East Anglia.

Their grazing and digging activity keeps the ground in a condition that is perfect for sustaining other  that would otherwise move on—or die out.

But their numbers are declining regionally, nationally and globally. And they are even being classed as endangered in their native region, the Iberian Peninsula.

The findings come as efforts to save England's most  from extinction are turning the tide for wildlife in Norfolk and Suffolk thanks to the Shifting Sands .

Shifting Sands is one of 19 projects across England that make up the national Back from the Brink initiative. Together, these projects aim to save 20 species from extinction and benefit over 200 more.

Lead partner of the rabbit workstream and rabbit expert Prof Diana Bell, from UEA' School of Biology, said: "The Breckland-based Shifting Sands project was set up to save some of the region's rarest wildlife.

"After several years of hard work by this multi-partner project, the fortunes of species classed as declining, rare, near-threatened or endangered are now improving in the Brecks.

"The project has seen species recover in record numbers—including endangered beetle and plants, one of which is found nowhere else in the world.

"Rabbits are incredibly important because their grazing and digging activity keeps the ground in a condition that is perfect for sustaining other species.

"Sadly, rabbit populations have declined dramatically in the UK and across Europe, and the European wild rabbit is now listed as endangered in its ancestral Iberian Peninsula range. Their decline is largely due to a spill-over of new viruses from commercially bred rabbits.

"The Shifting Sands project has shown us how important rabbits are to entire ecosystems, and it is vital that these habitats are conserved and protected.

"We encouraged a rabbit revolution in the Brecks and we have produced a toolkit in partnership with Natural England to help landowners of similar rabbit-dependent habitats to do the same."

"Simple cost-effective ways of encouraging rabbits include creating piles of felled branches, known as brush piles, and banks of soil."

Monitoring over the past three years has shown the interventions are working, with evidence of significantly higher amounts of rabbit activity.

Prof Bell said: "Our work resulted in evidence of rabbit activity in significantly higher numbers. 91 percent of brush piles showed paw scrapes and 41 percent contained burrows. Even when burrows did not form, the brush piles helped expand the range of  activity."

The UEA research team worked in collaboration with Natural England, Forestry England, Plantlife, Breckland Flora Group, Norfolk Wildlife Trust, Suffolk Wildlife Trust, Butterfly Conservation, Buglife, the Elveden Estate and the RSPB to deliver this ambitious partnership project.

It has seen five kilometers of 'wildlife highways' created, more than 100 specimens of rare plants re-introduced, habitat created and restored across 12 sites, species encouraged, and landscape-management practices improved.

As a result, seven species of plant, bird and insect are increasing in number and many more are benefiting in turn.

Among those species recovering are rare plants such as the prostrate perennial knawel that is unique to the Brecks, basil thyme and field wormwood. The endangered wormwood moonshiner beetle, lunar yellow underwing moth and five-banded digger tailed wasp are also increasing. All these species are identified in the UK's Biodiversity Action Plan as being priorities for conservation.

The open habitat maintained by rabbits supports two rare plants: the prostrate perennial knawel—found nowhere else in the world—and field wormwood.

Pip Mountjoy, Shifting Sands project manager at Natural England, said: "The Brecks were described by Charles Dickens as "barren." They are anything but. Their 370 square miles of sandy heathland, open grassland and forest support almost 13,000 species, making it one of the UK's most important areas for wildlife.

"That wildlife is under threat. Felling trees and encouraging a species that is often considered a pest may seem a strange solution. But in this instance, carefully managed 'disturbance' is exactly what this landscape and its biodiversity needs."

"The project's interventions have provided a lifeline for this unique landscape, and shown how biodiversity can be promoted by 'disturbing' places—not just by leaving them alone. "

"These rare habitats are becoming overgrown and species are declining as a result of changing land management practices and human impacts. It's our responsibility to restore and maintain these spaces for nature. Some of these species exist only here and, if lost, will be lost forever.Feds say New England cottontail doesn't need protection

More information: More information about the Brecks, Shifting Sands, Back from the Brink and a toolkit to help rabbit conservation is available via https://naturebftb.co.uk/wp-content/uploads/2021/09/Shifting-Sands-Techniques-to-encourage-European-rabbit-recovery.pdf

Provided by University of East Anglia