Tue, 27 Jul 2021

Restricted Funding Available!

Occasionally, HCTF receives funding that is restricted to a specific location, species, or activity. The majority of our restricted funding is the result of court awards made to HCTF through creative sentencing intended to repair or compensate for environmental and ecosystem related crimes. The restricted funding can be the basis for a full project or form a small component of a larger project.

HCTF provides a list funds available, their value, and the associated conditions on our website in an effort to encourage proposals that will utilize the funding for the upcoming year’s grant intake. The current list of available restricted funding has been posted below.

2022-23 Available Court Award Funding

Region Amount HCTF Reference # Restriction
6 $ 95,000.00 30502 Fish, wildlife, and habitat initiatives in the Skeena Region, with a preference for restoration work along the Skeena River between Terrace and Prince Rupert
1 $ 8,000.00 16111-1 Sum of $8,000 to be used in its entirety for the Fiddlehead Farm area and that of Powell River, British Columbia for conservation purposes.
3 $ 6,860.00 43225 To be used for elk enhancement in the Kamloops region.
2 $ 2,505.00 2738-1 For a study on the effects of non-lethal bear management

If you are interested in submitting a proposal for any of the restricted funding, please review the Enhancement and Restoration Grants page. Note that all restricted funding applications should be submitted through our regular enhancement grant process, by November 5, 2021.

Do you have a project idea for helping to secure elk populations near Kamloops, or conserving wildlife, fish or habitat along the Skeena River? We’d love to hear from you!

Tue, 20 Aug 2019
Tags: F&W / Wildlife

Seeking ways to protect western bats from deadly white-nose syndrome

Cori Lausen glues a transmitter onto a bat in fall which will help locate roosts as well as provide valuable information about hibernation behaviours and physiology, needed to understand how white-nose syndrome may impact bats in BC.

The first time Cori Lausen held a big brown bat in her hands, it was love at first sight. “She was so tiny, she fit in my hand. And the band showed that she was older than I was.”

The more Cori learned about bats, the more she realized how unique they are – and when she asked questions about them there were often no answers. “There are so many things we just don’t know about them.”

So she took a leave of absence as a high school teacher in 1999, earned a Masters’ degree on bat ecology at the University of Calgary and a PhD in bat population genetics.

Today as associate conservation scientist with Wildlife Conservation Society Canada, Cori is looking for ways to protect western bat populations from deadly white-nose syndrome (WNS). This includes cutting-edge research supported by Habitat Conservation Trust Foundation (HCTF) to develop and apply a probiotic cocktail that can help bats survive the disease. HCTF has contributed nearly one fifth of the $583,000 budget for the two-year project.

WNS originated in Europe and is caused by the fungus Pseudogymnoascus destructans. It first appeared in North America in New York State in 2006, and has since killed millions of bats. “Many of us shed tears when we first heard of it,” Cori says. “We did not understand it, but knew its devastation was going to spread like wildfire.”

The disease started in the east and gradually moved south and north. Its spread west was slower because of migration patterns, until 2016 when it made a giant leap into Washington State. “The jump was a big shock,” says Cori. She expects the infected bat hitched a long-distance ride on a transport truck going to the port in Seattle, highlighting the importance of checking trailers, campers, and trucks for stowaway bats.

WNS causes a white fungal growth across a bat’s muzzle and wings, and has a death rate of up to 100 per cent. It disrupts winter hibernation, rousing the bats so they use up the valuable fat reserves they need to survive until spring.

There’s an added challenge in western North America because there are no large bat hibernacula like in the east. Instead, bats overwinter in smaller numbers in rock crevices, trees, caves and mines, and even in some buildings.

Cori was already interested in what bats in western Canada do in winter when WNS appeared in Washington State, and thanks to help from many BC naturalists, had detected eight of the 14 species that overwinter in British Columbia. “When the fungus first showed up, we realized that understanding where bats are is now more than curiosity – it is absolutely urgent.”

 

Cori Lausen tracks bats in winter in the West Kootenay region. Telemetry is used to locate hibernacula, as well as provide valuable information about hibernation behaviours and physiology, needed to understand how white-nose syndrome may impact bats in BC.

Cori Lausen tracks bats in winter in the West Kootenay region. Telemetry is used to locate hibernacula, as well as provide valuable information about hibernation behaviours and physiology, needed to understand how white-nose syndrome may impact bats in BC.

But with few locations and few bats, these winter hibernacula are unlikely to yield a solution to the WNS problem. “We need a ‘made in the west’ approach to fight off the fungus, and set them up to come back in the spring alive,” Cori says. “We decided to target our vulnerable building-roosting bats as we know where thousands of them roost in the summer.”

Through the HCTF project, the researchers developed a probiotic using bacteria sourced from local healthy bats. They first tested it on captive bats at the British Columbia Wildlife Park in Kamloops in 2018.

This spring, they developed an application method, and will test it in the Vancouver region where WNS will probably appear first in British Columbia. At roost entrances, they will dust powdered clay infused with the probiotic, so it sticks to the bats and they get a small dose every time they come and go.

“We are the first to propose treating bats in summer, introducing probiotic gradually so it does not overwhelm their immune system,” Cori says. “We will take wing swab samples from the bats now, and repeat in spring to see if the probiotic is still there and still viable.”

A California Myotis bat from Lillooet BC is wing-swabbed to look for bacteria that naturally prevent growth of Pd to use in the development of the probiotic cocktail. Photo by Ian Routley.

Purnima Govindarajulu, acting head of the B.C. Ministry of Environment and Climate Change Strategy’s Conservation Science Section, is part of an advisory committee supporting the project. “Bats are an important part of a healthy ecosystem,” she says. “White nose syndrome could have serious repercussions in British Columbia because bats eat huge number of insects, and this benefits agricultural crops, forests and people.”

British Columbia is better positioned than many other western regions thanks to BC Community Bat Programs (www.bcbats.ca/) that encourage individuals to identify roost sites and show landowners how to protect these sites or install bat-houses.

“We know white nose is coming so we have nothing to lose,” says Cori. “It does not cost a lot to give a landowner a little bag of clay that they can dust into bat boxes or building roosts. If it looks like it will save bats, we will apply for further research support to develop a widespread approach.”

 

Wed, 24 Jul 2019
Tags: F&W / Wildlife

Community Goshawk Project Gets Funding Boost

Northern Goshawk nest on the Sunshine Coast

On-going efforts to help the threatened Northern Goshawk population on the Sunshine Coast just got a lift— through a $14,700 grant to locate occupied breeding areas of this unique member of the raptor family.

Northern goshawks are found in mature forests with a heavy canopy and minimal undergrowth. Their relatively short wings and long tails make these birds extremely agile hunters in the forest. Pairs will often build multiple nests within a territory using branches and fresh evergreens. The loss and fragmentation of habitats used by Northern Goshawks for nesting and hunting threatens the future of these birds in coastal BC.

The Sunshine Coast Wildlife Project will use the grant to conduct field surveys to search for goshawk breeding areas, and to carry out community engagement to improve awareness and participation in raptor stewardship programs, through such activities as construction and installation of nest boxes for threatened Western Screech-owls.

The grant comes from the Habitat Conservation Trust Foundation and Forest Enhancement Society of BC . “We are so grateful for this funding,” says Wildlife Project Leader, Dr. Michelle Evelyn. “Goshawks have huge home ranges, thousands of hectares in size, so finding the birds and their nests is a bit like looking for a needle in a haystack. But with support from HCTF and FESBC, over the past two years, we have been able to identify three new goshawk breeding territories on the Sunshine Coast.”

The Province of BC is now working with forest companies, the shíshálh Nation, and other stakeholders to establish Wildlife Habitat Areas that will permanently protect these territories.

“Seeing healthy babies in the nests and knowing that these vital areas will be protected for the goshawks, along with the many other wildlife species that share their mature forest habitats, makes us incredibly happy,” says Evelyn.

The Habitat Conservation Trust Foundation recently received additional funding to support conservation projects focused on Northern Goshawk and another threatened coastal bird, the Marbled Murrelet. Earlier this year, the Province of British Columbia made a $500,000 contribution to the Foundation for the conservation of these two species. Individuals or organizations interested in applying for funding are encouraged to contact HCTF for further information.

Conserving Threatened Raptors on the Sunshine Coast is one of 170 BC fish and wildlife projects receiving grants from the Habitat Conservation Trust Foundation this year. For a complete list of grant recipients, visit https://hctf.ca/achievements/project-list/

 


 

Photo (click to download larger version of the file)

 

A project team member surveying for Northern Goshawks.

 

HCTF Contact:

Shannon West, Manager of Program Development
shannon.west@hctf.ca
250-940-9789

 

Project Contact:
Michelle Evelyn, Project Leader
Sunshine Coast Wildlife Project
coastwildlife@gmail.com
604-989-1007

 

Quick Facts:

 

 

Thu, 28 Mar 2019
Tags: F&W / Wildlife

Congratulations on Grizzly Study Publication

SWBC Grizzly Project

Exciting news from project proponent Michelle McLellan Ph.D.

“We have been monitoring grizzly bears in the threatened Stein-Nahatlach population since 2010. This project was funded by HCTF and we’ve recently published the results of this work. Thanks to HCTF for making this possible.”

View publication on “Divergent population trends following the cessation of legal grizzly bear hunting in southwestern British Columbia, Canada” here:

https://www.sciencedirect.com/science/article/abs/pii/S0006320718301538

Thu, 21 Mar 2019
Tags: Caribou / Wildlife

Hands-on conservation at the Klinse-Za caribou maternity pen

Maternal pen, photo: Shari Willmott

Transporting crew to the pen, photo: Wildlife Infometrics

More than half of the caribou herds in BC are listed as ‘Threatened’. Given that predation on calves is one of the most direct causes of caribou population declines, two First Nations have partnered with Wildlife Infometrics on a maternal penning project of the Klinse-Za herd, supported by an HCTF grant.

To protect cows and calves from predators during the calving season, a proportion of the herd’s pregnant cows were captured in late March and placed in a guarded pen where they are monitored and fed by a team of First Nations Guardians. The cows and their calves will be released back into the wild in late July when the calves are 2 months old. This project is located in the historical territory of the Klinse-Za herd, northwest of Chetwynd, and the traditional territory of the West Moberly and Saulteau First Nations.

Follow the project on Facebook at https://www.facebook.com/pncaribou or Twitter at https://twitter.com/CaribouRecovery

 

Wed, 20 Feb 2019
Tags: F&W / Wildlife

CWD: Challenging, Worrying and Deadly – by Brian Harris

CWD-map

It could be the plot for a science fiction horror movie. A disease that reduces the brain to Swiss cheese, spreads insidiously, is always fatal, and is caused by something that is difficult to kill because it is not actually alive. Yikes! This is Chronic Wasting Disease (CWD). It is a disease of cervids (animals in the deer family), and in Canada in the wild, it has been identified most commonly in mule deer, but also in white-tailed deer, elk and moose. Recently CWD has been reported in wild reindeer in Scandinavia, so our caribou populations are also potentially at risk.

CWD is one of a group of diseases called Transmissible Spongiform Encephalopathy that affect the brain and nervous system of many animals including humans, cattle and sheep. The disease agent is most likely an abnormal form of protein called a prion (the acronym for proteinaceous infectious particle only). Why a protein becomes a prion is not known. Proteins are normal organic molecules of healthy cells in all living creatures. However, in an animal with CWD, contact with prions causes normal proteins to change shape, then go rogue and become deadly. These altered proteins so resemble normal ones that they are not destroyed by the animal’s immune system. In certain areas of the brain, the accumulation of these abnormal proteins kills cells, so that that part of the brain looks “spongy”. As the disease progresses, body functions associated with those areas of the brain begin to fail. An affected animal gradually loses weight, becomes listless, may salivate heavily and urinate frequently. The animal eventually wastes away (hence the disease name) and dies. However, the prions in excreted body fluids and feces (and some body parts once the animal dies) may persist in the soil and be taken up by growing plants. This is a unique feature of CWD. Then, healthy animals that eat such vegetation can become infected. Even transporting feed or hay grown on land where CWD has been present can spread the disease.

CWD is well established on game farms and in wild deer in much of central USA. In Canada, so far the disease is reported only in Alberta and Saskatchewan in farmed and wild deer and elk, but in 2018, CWD was recognized on a red deer farm in Quebec. The CWD Alliance website is a good source for more information.

Monitoring for CWD in BC began in 2001 and fortunately no samples have tested positive. This is partially attributable to Provincial regulations that prohibit the farming of native cervids or importing live cervids. Recent additional regulations prohibit the importing CWD risky body parts of deer harvested outside the Province, and possessing scents derived from cervids. However, there is no room for complaisance. The Alberta CWD Program has mapped the disease expanding slowly but relentlessly westward, especially following the valleys of the South Saskatchewan, Battle and Bow Rivers. In 2017, CWD cases were reported very near to both Calgary and Edmonton. In addition, recent cases in Montana mean that BC is becoming surrounded by a growing risk of CWD.

From CWD Alliance

Some of BC’s most cherished game animals are at risk, but the disease does not affect all animals equally. In Alberta, it is mule deer that are most susceptible, while in other jurisdictions it is white-tailed deer or elk. In 2017, the Alberta Government tested for CWD in 6,340 wild deer and elk. The disease was detected in 8.2% of mule deer, 1.8% of white-tailed deer and 0.4% of elk samples (so far the only recorded incidence in Alberta moose is a single positive in 2012). Males are more likely to be infected than females. Since 2005, CWD has been detected in 796 Alberta mule deer, 119 white-tailed deer, two elk and one moose. To obtain these samples, the Alberta Government CWD Surveillance Program “relies heavily on participation by hunters, guides and landowners”.

In BC, the increasing proximity of the disease to the Province’s eastern border and the low number of samples from the Peace Region (7B) has increased the urgency for improved monitoring. In 2018, the Habitat Conservation Trust Foundation (HCTF) and partners contributed funding to improve CWD surveillance in the Peace. Most of the HCTF funding comes from the surcharge on hunting, fishing, trapping and guide outfitting licences sold in BC. This money is used to fund conservation projects benefitting wildlife and fish populations, beyond the basic management by governments.

BC’s Wildlife Veterinarian, Dr. Helen Schwantje, said, “The Peace is considered the Region at highest risk of natural expansion of CWD from Alberta into British Columbia and hunters have a key role in helping to avoid this disease from entering our Province”.

An objective of the HCTF-funded project is to increase by 10 times the number of samples from Peace Region from less than 30 to at least 300 annually. To test for CWD, the whole head of the suspect animal is required. One of the best ways to gather such samples is to involve hunters.

“Hunters are probably the group that should be the most concerned about the spread of CWD ”, says CWD Project coordinator Brian Paterson, “And coincidentally, they are the group that can help the most with early detection efforts by submitting the heads of harvested animals to our program.” Paterson continues, “As outreach coordinator, it is my role to spread information, increase awareness, and let hunters know how important the submission of a single head is in the fight against CWD.”

In 2018, Paterson delivered information on CWD to hunters in the Peace Region through contact with sportsmen’s groups, outdoor sports equipment stores, trappers, meat cutters as well as interviews on CBC and via social media sites like Facebook.

In the first year, Paterson says the response to the project has been really good, but he wants to continue the outreach and recruitment, so that “Submission of heads becomes part of the hunt. If you know that your buddies are submitting heads, you are more likely to do the same. The program can’t be truly effective without hunter participation”.

Awareness and cooperation are key, but with a sample as large as a whole head, getting to a collection site (such as dedicated freezers) must also be convenient. The locations of collection sites and a summary of the results of CWD testing will be posted on the BC Wildlife Health CWD website (www.gov.bc.ca/chronicwastingdisease.ca). If any samples test positive, the hunter will be contacted directly and confidentially.

To date, there is no treatment for affected wild animals and no vaccine, so prevention is key. The risk to BC’s game animals is real and the consequences potentially dire, but hopefully the science fiction plot of CWD does not play out in this Province. Our best defence is vigilance, and cooperation between wildlife agencies, First Nation and local governments, stakeholders and the communities most likely to be affected.

Hunters Note. Although CWD is not known to affect humans, the meat should not be eaten. Suspect animals or carcasses should be reported to the BC Wildlife Health Program (250 751-3219 or the RAPP line 1-877-952-8277). When processing a suspect animal, hunters should take care to avoid direct contact with the animal’s body fluids and especially the brain, backbone or internal organs. Avoid sawing through any bones by separating the carcass at the joints. Leave the high-risk body parts behind.