Sidney, British Columbia – A plan to tag the endangered southern resident killer whales that ply both sides of the international boundary between Canada and the USA is meeting with growing opposition, now on the Canadian side of the border. Despite efforts between Canada and the United States to develop a coordinated strategy for the recovery of these endangered whales, a unilateral decision was made by the US federal government (NOAA) to attach satellite tags to the bodies of resident killer whales.

“The nominal information that might be generated from deploying these invasive tags to the fins of endangered killer whales simply does not justify the risk of serious injury resulting from the tags“ said Raincoast biologist Misty MacDuffee.

“Yes, we would all like to know more about the movement of killer whales, especially during the winter, but these tags are unlikely to provide that information on their own. This is a small, exceptionally vulnerable population of whales where the loss of individuals from any ensuing infection could have broader implications.  The risk to individual and population health from this type of invasive research simply isn’t worth it,” said Raincoast science director Dr. Chris Darimont.

Information from the tags would provide data on location only, and only for the animal tagged, not necessarily the whole pod of whales, and for only the limited time the tag remains attached to the whale.  These are long-lived animals that hunt for salmon up and down of coast North America.  Having a snapshot of their position in these waters will not paint a picture of their ecology and biology over the lifetime (up to 100 years) of these animals.

“This information is meaningless on its own,” said MacDuffee. “It wouldn’t provide information on the depths they were feeding at, what they were feeding on, what their distribution was being driven by, or any of the context needed to make management decisions about food supply or critical habitat.  This additional – and important -information would have to be gathered separately.”

The attachment is designed to come off the whale on the basis of rejection by the animal’s immune system.  This can happen in as little as three weeks.  Given that much longer seasonal and multi-year information is what researchers and managers on both sides of the border desire, this again risks the health of an individual whale with no certainty of useful information.

BC’s southern resident killer whales are endangered because of chemical pollutions, noise and disturbance and declining salmon abundance. With a weakened immune system from pollution exposure, wounds (from tagging) can become more readily infected and lead to serious illness or death.  Secondly, attaching the tags will increase stress and disturbance  resulting from close following and harassment of the targeted whale and its pod members.

Raincoast has been a long standing advocate for, and practitioner of, non-invasive research methods; for example, our decade-long wolf study was done without collaring or capture of any wolves. There is plenty we have learned, and can continue to learn, by using non-invasive techniques and alternative strategies.

High resolution of photos are available from Raincoast:

Top photo shows the dorsal fin of a transient killer whale after satellite tagging.   A pair of serious wounds can be seen at the site where the barbs had been sheared off the animal after the whale rejected the tag.

The second is of an improperly deployed tag where one of the two barb penetrates the entire thickness of the dorsal fin, and the second dangles loosely behind this. These are very sharp barbs that can cut other members of the pod, including calves, who approach this animal.

Contact: Misty MacDuffee (250-818-2136), Dr. Chris Darimont (250-589-7873)

Set sail with Raincoast, Patagonia and Woodshed Films  (in collaboration with Jeremy Koreski  and Dean Azim) for an exploratory surf trip along British Columbia’s unspoiled west coast.  While searching for waves, the crew documents what would be threatened if the Northern Gateway tar sands oil pipeline is built.

Check out the trailer here.

In 2011, Raincoast purchased a second commercial hunting tenure. Frustrating and unnecessary government delays have prevented us from being able to announce this successful aquisition.  However, in December 2011 we received assurances from the BC provincial government that the territory will be transferred to us in early 2012.

In 2005, our supporters helped us purchase a vast guide outfitting territory on BC’s central coast and end commercial trophy hunting of bears and wolves. Given the huge success of that initiative, both in terms of stopping trophy hunting and supporting commercial wildlife viewing, we decided to look for similar opportunities.   Last year, we negotiated a unique hunting tenure which comprises the home of nearly all the world’s free roaming spirit bears.

In July of 2011, thanks to your incredible generosity, we raised the $370,000 needed to purchase the tenure by the deadline.  Since raising the funds, we have been waiting for the BC Ministry of Environment to transfer the new territory to Raincoast.  These frustrating and unnecessary government delays have prevented us from being able to announce this purchase.  However, in December 2011 we received assurances from the BC provincial government that the territory will be transferred to us in early 2012.

The acquisition of this territory, in combination with our initial purchase, means that we have effectively ended commercial trophy hunting in a contiguous area of nearly 30,000 sq km.  This has only been possible because of your support.  Stand with us as we continue to pursue our goal of ending the trophy hunting of large carnivores on the coast of British Columbia.

click here for more information.

Book review in the journal Animal Welfare 

Raincoast Senior Scientist Dr. Paul Paquet and two other international authorities on the biology, behavior and conservation of wolves have produced and edited  the book, The World of Wolves.   Muisani,  Boitani and Paquet offer new perspectives on the conflict and coexistence between wolves and humas.

Click to read the full review of  The World of Wolves.

We are still fundraising for the accompanying annual costs of managing and monitoring the territory in addition to final campaign cost associated with the purchase, so if you would like to support this purchase, your donations are still greatly appreciated.

Biological Diversity

Biodiversity, which comes from shortening the term “biological diversity,” is defined as the number, variety, and interdependence of living organisms on the planet, as well as the ecosystems of which they are a part. The conservation of biodiversity, first recognized in the early 1980s (Wilson 1988), provides economic, scientific, cultural, and aesthetic values, but its greatest value is in maintaining the life-sustaining systems of the biosphere (UNEP 1992).

The first effort at assessing the global status of biodiversity produced a report in 1992 (World Conservation Monitoring Centre 1992). In 2005, another global assessment conducted by many of the same organizations reported that humans have depleted 60% of  the world’s grasslands, forests, farmlands, rivers, and lakes (MEA 2005a). They also reported that human activity is putting such a strain on the natural ecological functions  that the ability of the planet’s ecosystems to sustain future generations can no longer be taken for granted (MEA 2005a).

In terms of the global state of organisms, 33% of  amphibian species (Stuart et al. 2004), 12% of birds (Birdlife International 2004), and 23% of mammals (IUCN 2003) are considered vulnerable, endangered, or critically endangered. Estimates of the global rate at which organism are becoming extinct range from 100 to 1000 times the historically “normal” rate of extinction, and scenarios for the future suggest this may increase a further 10 times (UNEP 2001; MEA 2005b). This accelerated extinction is the result of human activities such as altering and destroying habitat, pollution, over-harvesting species, introducing non-native species, and producing greenhouse gases that are causing a changing climate (Wilson 1992). Globally, the pressures on biodiversity are expected to continue or increase, further compromising the ability of these ecosystems to support human life (MEA 2005a, 2005b).

Canada’s biodiversity

Canada is defined by its vast expanses of wilderness, rich natural heritage, and cultural diversity. The second-largest nation in the world, it encompasses a surface area of 9.98 million km² and is bordered by three oceans with 243,000 km of coastline.

Canada is the steward of major portions of the world’s tundra, boreal and temperate forest, and aquatic ecosystems. About 40 percent of the country is forests and woodlands, representing about 10 percent of the world’s total forest cover. Canada has an estimated 24 percent of the world’s wetlands and constitutes about 20 percent of its circumpolar area. It is also one of the few countries in the world that maintains large, relatively unfragmented ecosystems with functioning natural processes.

Species occurring in Canada’s diverse ecosystems include some of the largest herds of free-ranging caribou in the world, two thirds of the world’s polar bear population, and large populations of bears, wolves, lynx, and other mammals. Many of North America’s migratory birds, including songbirds, waterfowl, and shorebirds, reside in Canada during the spring and summer.

British Columbia’s Biodiversity

British Columbia occupies 10% of Canada’s land area while containing more than half of Canada’s vertebrates and vascular plants and three-quarters of its bird and mammal species (BCMELP 1993).  Over 300 species of birds breed each year in British Columbia – more than any other province in Canada. Sixty-five species breed nowhere else in Canada and for several other species, British Columbia (specifically coastal British Columbia) holds the majority of the world population.

Coastal BC’s Biodiversity

Marine coastal ecosystems are among the most productive and diverse communities in the world (Poore and Wilson 1993). The rugged BC coast, with its characteristic fiords and islands, provides an environment that hastens the divergence of species by separating and isolating populations. As time goes by, isolated populations grow more adapted to their local environment and, in doing so, diverge in appearance or behaviour from other populations of their species. It is not surprising that 44 of the 62 vertebrate subspecies and significant populations endemic to coastal British Columbia occur on coastal islands (including Vancouver Island).  As such, coastal BC is the most biologically diverse area of British Columbia. Specifically,

• 78% of all the mammal species in BC (D. Nagorsen, unpubl. data compiled for BC Ministry of Environment, 2004),
• 64% of the birds that regularly breed in BC (R. Cannings, unpubl. data compiled for BC Ministry of Environment, 2004),
• 64% of BC’s amphibians (Green 1999),
• 69% of BC’s reptiles (Gregory and Gregory 1999), and
• 67% of BC’s freshwater fish species (McPhail and Carveth 1994)

are found on the coast.

Even more compelling is the extent to which endemic (meaning locally unique and native) species occur on the coast:

• Two-thirds of the mammal species and subspecies that are found only in BC occur nowhere else in the province but the coast (D. Nagorsen, unpubl. data compiled for BC Ministry of Environment, 2004).

• Three-quarters of the subspecies and significant populations of freshwater fish found only in BC are exclusive to the coast (McPhail and Carveth 1994; BC Ministry of Environment, unpub. data, 2004).

• All of the bird subspecies that breed only in BC do so exclusively on the coast (R. Cannings, unpubl. data compiled for BC Ministry of Environment, 2004).

• In the Queen Charlotte Islands alone, 8 of the 12 coastal endemic breeding birds occur, including local variants of Stellar’s jay.

• Approximately 10% (238 of a total 2316) of the province’s vascular plant taxa, including subspecies and varieties, occur only on the Pacific coast between Alaska and Mexico (Douglas et al. 2002).

Coastal and Marine Birds

There are over 200 species of common coastal birds with more than 120 species connected to our marine waters.  More than five million seabirds use the B.C. coast as breeding habitat (Rodway 1991) including storm-petrels, rhinoceros auklets, ancient murrelets and Cassin’s auklets (Gaston 2008).  More than 75% of the global population of Cassin’s Auklets breed and forage on islands and in the waters off the Queen Charlotte Basin.

Marine Plants

Marine plants include the microscopic phytoplankton and the larger species referred to as macroalgae (seaweed) and aquatic angiosperms. In British Columbia, more than 500 species of macroalgae have been recognized, making up about 4.5 % of the world’s total marine algal species (Tunnicliffe 1993, Hall 2008).

Cold Water Marine Corals

BC has a diverse range of cold-water corals with at least 61 recognized species (Jamieson et al. 2006) from many different groups including Gorgonian corals, Stony corals and Sea pens.  Jamieson et al. (2006) provide a comprehensive overview of taxonomy  of the cold-water corals of the B.C. coast.

Hexactinellid Sponge Reefs

BC’s marine environment contains some of the only siliceous (hexactinellid or glass sponge) reefs in the world (Thompson 1981, Prescott-Allen 2005). Hexactinellid sponge reefs were thought to be extinct until 1987, when they were discovered in the waters of BC’s Hecate Strait and Queen Charlotte Sound (Conway 1999). These glass sponge reefs can extend 18 metres in height from the sea floor and collectively cover an estimated 1,000 square kilometres (Fargo et al. 2007).

Terrestrial invertebrates

While significant efforts have been made to document species of birds and mammals, little is known about canopy arthropod communities. There are an estimated 163,487 species of insects in North America, of which only 66% are taxonomically known (Redak, 2000).   In Canada, approximately half of the estimated 66,000 insects have been described, and in British Columbia there may be as many as 40,000 arthropod species, many of which are undescribed and associated with ancient forests.  (Winchester, 2010 http://web.uvic.ca/~canopy/index.html).  Winchester’s working group has suggested that canopies in the Pacific NW may be as diverse, if not more than, tropical rainforests.

Coastal BC Ecosystems

The biodiversity of coastal British Columbia is of global importance. The province’s remaining old-growth coastal rainforests represent approximately one-quarter of all remaining coastal temperate rainforests worldwide (BCMOF 2004).  These forests are globally rare, yet they have exceptionally high biological production and biological diversity. In addition, the province bears some of the global responsibility for at least 19 coastal species that, in addition to being at risk in BC, are also at risk globally (CDC 2005). Examples include the Oregon spotted frog (Rana pretiosa), an aquatic native of the Fraser Valley; the Cowichan lake lamprey (Lampetra macrostoma), a primitive fish found only in two lakes on Vancouver Island; and Keen’s long-eared myotis (Myotis keenii), a small bat that occurs in hot springs on the Queen Charlotte Islands.

References

Much of the language in the above passages is paraphrased or taken verbatim from technical papers in the British Columbia Coast and Marine Environment Project 2006, Hall’s 2008 State of the Ocean in the PNCIMA, and Biodiversity BC’s Taking Nature’s Pulse. The BC Coast and Marine Environment Project 2006 started in 2004 and was planned and funded in collaboration with Fisheries and Oceans Canada, the University of British Columbia Fisheries Centre, and the University of Victoria Geography Department, and Environment Canada. The Project focused on a region extending westward from the height of the Coast Mountains and included the marine area within Canada’s 200-mile limit. The full report can be found at http://www.env.gov.bc.ca/soe/bcce/images/bcce_report.pdf.  Biodiversity BC was formed as a partnership of government and non-government collaborations in 2005.  Its funding ended in 2009.  The full report can be found at  http://www.biodiversitybc.org/

BirdLife International. 2004. State of the World’s Birds 2004: Indicators for our changing world. Cambridge, UK.

BCMELP (Ministry of Environment, Lands and Parks). 2006. British Columbia Coast and Marine Environment Project, 2006. Biodiversity  Ministry of Environment, Victoria, B.C.

BCMELP (Ministry of Environment, Lands and Parks) 2000. Extinct and Extirpated Species. Wildlife in British Columbia at Risk brochure. Wildl. Br., Victoria, BC. wlapwww.gov.bc.ca/wld/documents/extinct.pdf.

BCMOF (Ministry of Forests). 2004. 2004/05-2006/07 Service Plan. Victoria, BC. www.bcbudget.gov.bc.ca/bgt2004/sp2004/for/for_appendix1.htm.

Biodiversity BC. 2007. Taking Nature’s Pulse: The Status of Biodiversity in British Columbia. http://www.biodiversitybc.org/EN/main/where/132.html

CDC (BC Conservation Data Centre). 2005. BC species and ecosystems explorer database. Ministry of Environment, Victoria. srmapps.gov.bc.ca/apps/eswp/.

Conway, K. W. 1999. Hexactinellid sponge reefs on the British Columbia continental shelf: geological and biological structure with a perspective on their role in the shelf ecosystem. Canadian Stock Assessment Secretariat Research Document.

Douglas, G.W., D. Meidinger, and J. Pojar (eds.). 2002. Illustrated flora of British Columbia, vol. 8: General summary, maps, and keys. Minist. For. and Sustain. Resour. Manage., Victoria, BC.

Fargo, J., L. MacDougall, and I. Pearsall. 2007. Ecosystem overview: Pacific North Coast Integrated Management Area (PNCIMA): Appendix G: Groundfish.

Gaston, A. J. 2008. Seabirds. Environment Canada. in http://www.ecoinfo.ec.gc.ca/env_ind/region/seabird/seabird_e.cfm

Green, D.M. 1999. The amphibians of British Columbia: A taxonomic catalogue. Wildl. Br., Minist. Environ., Lands and Parks, Victoria, BC. Wildl. Bull. B-87.

Gregory, L.A., and P.T. Gregory. 1999. The reptiles of British Columbia: A taxonomic catalogue. Wildl. Br., Minist. Environ., Lands and Parks, Victoria, BC. Wildl. Bull. B-88.

Hall, A. 2008. State of the Ocean in the Pacific North Coast Integrated Management Area (PNCIMA). David Suzuki Foundation. 159pp.

IUCN (World Conservation Union). 2003. 2003 IUCN Red list of threatened species. www.redlist.org.

Jamieson, G. S., and L. Chew. 2002. Hexactinellid sponge reefs: areas of interest as Marine Protected Areas in the North and Central Coast. Canadian Science Advisory Secretariat Research Document:77.

Jamieson, G. S., N. Pellegrin, and S. Jessen. 2006. Taxonomy and zoogeography of cold water corals in explored areas of coastal British Columbia. Canadian Science Advisory Secretariat Research Document:49.

McPhail, J.D., and R. Carveth. 1994. Field key to the freshwater fishes of British Columbia: Draft for 1994 Field Testing. Aquatic Inventory Task Force, Resources Inventory Committee, Victoria, BC.

MEA (Millennium Ecosystem Assessment). 2005a. Ecosystems and human well-being: Biodiversity synthesis. World Resources Institute, Washington, DC. www.millenniumassessment.org//en Products.Synthesis.aspx.

MEA (Millennium Ecosystem Assessment). 2005b. Ecosystems and human well-being: Synthesis. World Resources Institute, Washington, DC. www.millenniumassessment.org//en/Products.Synthesis.aspx.

MEA (Millennium Ecosystem Assessment). 2005c. Ecosystems and human well-being: Wetlands and water synthesis. World Resources Institute, Washington, DC. www.millenniumassessment.org//en/Products.Synthesis.aspx.

Prescott-Allen, R. 2005. Coast Information Team Review Report. Cortex Consultants Inc.

Poore, G.C.B., and G.D.F. Wilson. 1993. Marine species richness. Nature 361:597-598.

Redak, Richard. 2000. Arthropods and Multispecies Habitat Conservation Plans: Are We Missing Something? Environmental Management, Volume 26, Supplement 1

Rodway, M. S., and M. J. F. Lemon. 1991. British Columbia seabird colony inventory: Report # 8 – Queen Charlotte Strait and Johnstone Strait. Technical Report Series 123:82.

Stuart, S.N., J.S. Chanson, N.A. Cox, B.E. Young, A.S.L. Rodrigues, D.L. Fishman, and R.W. Walter. 2004. Status and trends of amphibian declines and extinctions worldwide. Science 306:1783-1786.

Thompson, R. E. 1981. Oceanography of the British Columbia coast. Canadian Special Publications of Fisheries and Aquatic Sciences 56:291.

Tunnicliffe, V.  (1993)  Biodiversity:   the marine biota of British Columbia.  in Our Living Legacy:  Proceedings of a Symposium on Biological Diversity. M. A. Fenger, E. H. Miller, J. A. Johnson & E. J. Williams (eds), Royal B. C. Museum, Victoria:   pp. 191-200.

UNEP (United Nations Environment Programme). 1992. Preamble, convention on biological diversity. United Nations. www.biodiv.org/convention/articles.asp.

UNEP (United Nations Environment Programme). 2001. Global biodiversity outlook. United Nations. www.biodiv.org/gbo/default.asp.

Wilson, E.O. (ed.). 1988. Biodiversity. National Academy Press, Washington, DC., 521pp.

Wilson, E.O. 1992. The diversity of life. W.W. Norton and Co., New York.

Winchester, Neville http://web.uvic.ca/~canopy/winchest.html

World Conservation Monitoring Centre. 1992. Global biodiversity: Status of the Earth’s living resources. Chapman and Hall, London, UK. xx + 594pp.

Dynamic speakers,  films, feasting, arts and photography exhibits, music, demonstrations, youth and community discussion panels, and an interactive “speaker’s corner” are just some of the planned activities.

For more information contact gatheringcoastalvoices@gmail.com

Peter Dettling’s new book “The Will of the Land” takes an important look at wolves and grizzlies in the region of Banff National Park.  Peter is a remarkable photographer and advocate for wildlife. The foreward is written by Raincoast’s Dr. Paul Paquet.

Check out Peter Dettling’s website and the book’s trailer  The Will of the Land

At the conference, internationally renowned experts and researchers will be talking on ecological, behavioral, social and genetic aspects of various canines such as Wolf, Dog, Maned Wolf, Golden Jackal, African Wild Dog, the Coyote and many more.

Wolf & Co 5^th International Symposium on Canines 2011 from October 28-30 Nümbrecht, Germany

Join Raincoast and Maple Leaf Adventures in Sidney for a slide show presentation on spirit bears, wilderness adventure and much more:

The Bear Necessities: Protecting BC’s Spirit Bear - Brian Falconer, Raincoast

Wild BC and Alaska Coast by Sail - Maureen Gordon, Maple Leaf Adventures

Date: Thursday, March 31st

Time: 7:00 PM

Place: Charlie White Theatre at the Mary Winspear Centre, 2243 Beacon Avenue, Sidney

Admission: by donation

1. “The press release states that sea lice from salmon farms have been fingered in Fraser Sockeye die-off”.

No, our release stated, “The implications of these infections are not fully clear, but in addition to any direct physical and behavioural impacts on juvenile sockeye, sea lice may also serve as vectors of disease or indicators of other farm-origin pathogens”.

2. “The press release says environmental conditions may have been partly responsible for the difference (in sea lice levels at the North coast), but concluded that neither temperature or salinity differences could explain the much lower incidence of sea lice infections.”

Mr. Percevault failed to mention that our press release and published article both stated the above, and that the paper also provided robust statistical evidence to demonstrate that the overall effect of salinity could not explain the elevated levels of sea lice on wild salmon after exposure to fish farms.

3. When describing the high numbers of lice found on juvenile Fraser sockeye near a processing plant, Mr. Percevault suggests that, “this anomaly was apparently inconsistent with the model assumptions – and resulted in the data being thrown out.  Yes, it’s a bummer when data doesn’t match your assumptions.”

No, as our paper states, when we included this site in our formal statistical tests, the primary conclusions remained the same (i.e., salmon farms are the most probable source for sea lice infecting juvenile sockeye from the Fraser River regardless of whether this site is included or excluded).

I am pleased Mr. Percevault believes our study is a very important part of the discussion to reduce industrial practices that harm our environment. However, inaccurate claims and omission of facts about our science only serve to prolong public confusion. I encourage everyone to consult our published paper by Googling “PLoS One sea lice”.

Edited by Richard P. Reading, Brian Miller, Amy L. Masching, Rob Edward, and Michael K. Phillips, the book offers fascinating insight on restoring the wolf population to the southern Rockies.  Detailed reports by wildlife biologists, geographers, legal and policy experts, and conservationists provide a comprehensive look at not only the ecological imperatives, but also the history, legal framework, and public attitudes affecting the future of wolves.

Read the chapter:   The Importance of Large Carnivores

Order the book from Amazon:  Awakening Spirits Wolves of the Southern Rockies

In 2005, our supporters helped us purchase a vast hunting territory and end commercial trophy hunting in an area three times the size of Yellowstone National Park.  It has now been five years since our acquisition and we have seen river valleys come alive with bears and wolves. The renewed presence of these animals has also spurred commercial wildlife viewing and local business opportunities.  We now want to build on that success.

Raincoast’s 24,000 km² hunting territory is in green.  We have a purchase agreement of the 3500 km² spirit bear territory in yellow.  Raincoast’s ownership of these two territories will end the commercial trophy hunting of bears and wolves in over 27,000 km2 of the BC coast. The estimated size of the tenures includes only land area.

Learn More. Download the hunting territory brochure.

Support the Campaign. Download the mail-in form.

Support the campaign.  On-line giving

These icons take you to the secure on-line giving sites Canada Helps (for Canadian residents  or the Network for Good (U.S. residents).

Thank you for your support

Grizzlies, wolves, and black bears were no longer targets for commercial trophy hunters throughout much of British Columbia’s central coast.  We now have an agreement for a second hunting tenure in the heart of the Spirit Bear Territory.

Learn More. Download the hunting territory brochure.

Support the Campaign. Download the mail-in form.

Support the campaign.  On-line giving

These icons take you to the secure on-line giving sites Canada Helps (for Canadian donors)  or the Network for Good (U.S. donors).

Thank you for your support