William Wishart (Métis)

William David ‘Bill’ Wishart was a Métis wildlife biologist, conservationist and mentor whose career helped establish the scientific foundations of wildlife management in Alberta. His work combined sustained observation of wild animals with research on population dynamics, disease, reproduction and hunting. He helped create field programmes whose value increased over decades, particularly the Camp Wainwright deer study and the Ram Mountain bighorn sheep study. His place in Indigenous Canadian academic history was equally significant: his undergraduate and graduate qualifications were milestones for Métis and Indigenous participation in university science. 1, 2, 3

Family origins and early life

Wishart was born in Alix, Alberta, on 3 April 1932 and grew up in Carstairs. His father, Roy David Wishart, worked as a grain buyer for the Alberta Wheat Pool; his mother, Alta Maud Woodall, was a teacher and a part-time reporter for the Calgary Albertan. He was the middle of three children. His older brother, Vernon Roy Wishart, became a United Church minister, Old Testament scholar and human-rights advocate; his younger sister, Shirley, became a medical librarian and artist. 1

His early education in natural history took place outdoors. Hunting, fishing and trapping with his father taught him to recognize animals, follow their movements and understand the relationship between wildlife and habitat. As a teenager he operated a trapline, acquiring practical experience that later informed his scientific questions. Before entering university, he worked as an apprentice pharmacist in northern Alberta. He moved to Edmonton in 1952 to begin the university education that redirected his working life towards conservation biology. 1

University education and Indigenous academic milestones

At the University of Alberta, Wishart studied in the emerging field of conservation biology. William Rowan, the zoologist whose work linked experimental biology with the observation of birds in the wild, was among his influential teachers. Wishart received his honours Bachelor of Science in conservation biology on 17 May 1956. He was the first graduate of the university’s new conservation biology programme. He then pursued graduate research under R. B. Miller, receiving his Master of Science in zoology on 16 May 1958. His thesis, The Bighorn Sheep of the Sheep River Valley, developed research begun in 1954 and established a continuing interest in the ecology and management of wild sheep. 1, 4, 5

Wishart’s 1956 BSc was the fourth BSc earned by an Indigenous Canadian and the first earned by a Métis Canadian at a Canadian university, as well as the first BSc earned by an Indigenous Canadian at the University of Alberta. His 1958 MSc made him the second Indigenous Canadian to earn a graduate degree at a Canadian university, the first such graduate degree at a university in Western Canada, and the first Indigenous Canadian graduate degree in a STEM field. These accomplishments placed Wishart among the earliest Indigenous graduates whose professional lives extended university science into public service. 2

Building a provincial wildlife research programme

Wishart joined Alberta’s provincial fish and wildlife division in 1957, before completing his MSc, and remained in provincial service until retiring in 1987. As head of wildlife research, he helped organize investigations that could inform decisions about hunting seasons, licence allocation, population monitoring and trapping methods. His approach required managers to know how animals grew, reproduced and survived, rather than treating harvest totals alone as a sufficient guide to population health. His family biography records his involvement in establishing the Sheep River Wildlife Sanctuary in 1957, the Camp Wainwright research and hunter-check programme in 1961, and the Ram Mountain study in 1971. 1, 3

The breadth of this work was considerable. Although bighorn sheep and deer remained central interests, Wishart investigated waterfowl, pheasants and wildlife disease, and contributed to the administrative arrangements through which research could influence management. His career bridged field science and government practice: carefully collected biological records acquired practical value when they changed the timing, location or conditions of wildlife use. The Alberta Emerald Foundation’s account of his career emphasizes his contribution to hunting licensing and allocation, habitat protection and the development of professional standards. 1, 3

Bighorn sheep and the value of long-term research

Wishart’s graduate work in the Sheep River Valley began a research commitment that continued throughout his career. With colleagues, he published on the growth and body weights of Rocky Mountain bighorn sheep and contributed a species chapter to Big Game of North America: Ecology and Management. These publications connected detailed measurements with the broader task of understanding and managing a large mountain mammal. His September 2026 publication list documents this progression from early growth studies to later work on reproduction, survival and horn development. 6, 7, 8

The Ram Mountain programme became one of his most enduring contributions. Established in 1971 near Nordegg, it followed individually identifiable bighorn sheep in a relatively isolated mountain population. Animals were repeatedly captured in a salt-baited corral, marked, weighed and measured. Individual histories could then be related to age, reproduction, survival and population conditions. The importance of the programme lay in its continuity: following the same animals and their descendants allowed researchers to distinguish brief fluctuations from changes unfolding across lifetimes and generations. Wishart helped provide the institutional support and field foundation on which successive teams could build. 1, 9

His collaborations included studies of the consequences of harvesting ewes and of variation in the age at which ewes first reproduced. The resulting papers addressed management and life-history questions that required more than a single season of observations. Work with Jon Jorgenson, Marco Festa-Bianchet and other researchers illustrates the relationship between his government-based expertise and university research. The programme made it possible to examine how reproductive decisions and population conditions affected animals over the course of their lives. 10, 11

Later researchers used the Ram Mountain records to investigate evolutionary responses to trophy hunting. A 2003 Nature paper by David Coltman and colleagues reported that selective harvesting had contributed to declines in breeding values for body weight and horn size. Wishart was acknowledged for initiating the project; he was not an author of that paper. Its findings demonstrate the continuing scientific value of the study he helped establish. His own 2006 paper, Bighorns and Little Horns Revisited, examined geographical and nutritional influences on horn size, including changes associated with ewe removals and reclaimed mine sites. His continuing participation kept habitat, food supply and population management within the discussion of horn growth. 9, 12

Wildlife disease and experimental evidence

Wishart also investigated threats that population counts alone could not explain. His collaboration with veterinarian D. K. Onderka produced a 1988 experimental study of contact between domestic sheep and Rocky Mountain bighorn lambs. The domestic sheep appeared healthy, but carried bacteria then identified as Pasteurella haemolytica. After contact, the bighorn lambs developed severe bronchopneumonia, while the domestic animals remained clinically normal. The study supplied experimental evidence that apparently healthy domestic sheep could present a serious disease hazard to bighorns. 13

This work linked veterinary investigation with wildlife conservation. It showed why the health of domestic animals could not be judged solely by their visible condition when assessing risks to a wild species. Within Wishart’s wider research career, disease studies complemented investigations of habitat, nutrition and harvest: effective management depended on understanding several interacting causes of wildlife mortality. 1, 13

Deer research at Camp Wainwright

At Camp Wainwright, Wishart developed a wildlife research and hunter-check programme on a large military training area. A limited-entry hunt began in 1966, providing opportunities to examine harvested animals and relate their biological condition to population and management information. David Wishart’s family biography records the examination of 2,141 white-tailed deer and 313 mule deer between 1966 and 1986. Researchers collected information on age, sex, reproduction, body condition, antlers and anatomy, as well as hunting success. The programme supported comparisons involving winter conditions, harvest rules and different hunting methods. 1

The family account describes striking differences between the two deer species: nearly half the white-tailed fawns examined had bred during their first winter, whereas mule deer fawns had not. Wishart also investigated antlered does and possible hybrids between white-tailed and mule deer. His 1980 paper, Hybrids of White-Tailed and Mule Deer in Alberta, placed this latter subject in the peer-reviewed literature. These investigations demonstrate his interest in unexpected observations as well as routine monitoring. A field station could become a source of new biological questions when unusual animals were examined carefully and observations were retained for comparison. 1, 14

Canada geese, pheasants and practical conservation

Wishart’s waterfowl work combined behavioural observation with practical population management. In the early 1960s, he and Dennis Surrendi used neck bands to follow Canada geese and investigate their attachment to places of upbringing. The family biography describes subsequent translocations of females and goslings, beginning as early as 1965, that used this attachment to establish birds at new locations. He later worked with artificial nesting structures made from hay bales and wire baskets. His contribution on Canada goose translocations appeared in the centennial history Fish, Fur and Feathers: Fish and Wildlife Conservation in Alberta, 1905–2005. 1, 15

His pheasant work similarly addressed questions with immediate management consequences. He investigated the performance of birds produced and released through provincial game-farm programmes, and his 1969 paper presented a method for distinguishing adult and juvenile pheasants through measurements of proximal primary feathers. The family biography also records investigations of mercury exposure associated with treated seed in pheasants and partridge around 1970. These projects extended his work beyond large mammals and showed the usefulness of careful measurements and investigation in evaluating wildlife-management practices. 1, 16

Mentorship, professional service and retirement

Mentorship was a major part of Wishart’s contribution. His family’s writings describe a scientist who made time for students, helped secure research opportunities and encouraged collaboration between universities and government agencies. His professional circle included researchers such as Beth MacCallum, Jon Jorgenson, Marco Festa-Bianchet, Kirby Smith and Margo Pybus. His relationships with these scientists included collaboration, advice and support for field research. His influence extended particularly to people beginning careers in wildlife biology, including women entering a profession then dominated by men. 1, 3

After retiring from provincial employment in 1987, Wishart continued as an adjunct professor at the University of Alberta from 1988 to 2016. He was a founding member of the Alberta Chapter of The Wildlife Society, served on Alberta’s Endangered Species Scientific Subcommittee, and advised conservation organizations. Margo Pybus’s 2012 scholarship tribute describes his continuing contributions to students, agency staff and former colleagues. It also records his practical involvement in maintaining goose nesting baskets and participating in sharp-tailed grouse counts at Camp Wainwright. Retirement changed his employment status more than his commitment to wildlife. 4, 17

He remained active as an author and commentator. In 2013, with James R. Heffelfinger and Valerius Geist, he published The Role of Hunting in North American Wildlife Conservation, examining the historical contribution of regulated hunting and hunter-supported funding to conservation. His continuing publications and professional service connected a lifetime of field experience with debates about the purposes and organization of wildlife management. 18

Honours, family life and legacy

Wishart received the William Rowan Distinguished Service Award in 1993 and the Order of the Bighorn in 2000. In 2024, he received both the Ian McTaggart-Cowan Lifetime Achievement Award and the Alberta Emerald Award for Lifetime Achievement. These honours recognized a career spanning research, management and mentorship. An especially fitting recognition came in 2012, when the Alberta Chapter of The Wildlife Society renamed its postgraduate scholarship in his honour. The scholarship connected his name directly with the education of future wildlife professionals. 4, 17, 19

His wife, Patricia Low Wishart, was a teacher, author and conservationist from Hillcrest, Alberta. \Their three children pursued careers in science, medicine and parks management: David S. Wishart became a University of Alberta professor, Ian M. Wishart an emergency physician in Calgary, and Alexandra ‘Sandy’ J. Wishart a provincial parks manager. Patricia died in 2024. The family obituary remembers Bill’s enjoyment of golf, sports, dogs and time outdoors, and his ability to turn everyday experiences into entertaining stories. Humour and generous companionship were as much a part of his family’s remembrance as his professional achievements. 1, 19

Wishart died on 17 September 2026, aged 94. His legacy rests on the combination of academic pioneering, patient field research and investment in other people. The studies he helped establish continued to generate knowledge long after his retirement; his mentorship strengthened the community able to interpret and apply that knowledge. For Indigenous Canadian academic history, his degrees marked significant advances in access to scientific training. For wildlife conservation, his career showed what could be achieved when observations were accumulated over decades and shared across generations of researchers and managers. 2, 4, 9, 17

References

1. Wishart DS. Bill Wishart biography [unpublished family biography]. 2026 Sep. Author-supplied document: Bill-Wishart-Biography2-Clean-DSW.docx; uploaded 16 September 2026.
2. Indigenous Canadian Academic Milestones: A Timeline [Internet]. Available from: https://indigenius-canada.wishartlab.com/pioneers/ (accessed 7 October 2026). Author-supplied timeline: Indigenous_Academic_Firsts_NoPhotos(3).docx.
3. Alberta Emerald Foundation. Bill Wishart: a lifetime of contributing to Alberta’s fish and wildlife management community [Internet]. Edmonton: Alberta Emerald Foundation; 2024 Mar 22 [cited 2026 Oct 11]. Available from: https://emeraldfoundation.ca/aef_awards/bill-wishart-a-lifetime-of-contributing-to-albertas-fish-and-wildlife-management-community/
4. Bill Wishart biography, revised [unpublished biographical compilation]. 2026 Sep. Author-supplied document: Bill_Wishart_Biography_Revised.docx; uploaded 20 September 2026. Supplemented by David S. Wishart’s biographical information supplied in September–October 2026.
5. Wishart WD. The bighorn sheep of the Sheep River Valley [master’s thesis]. Edmonton: University of Alberta; 1958. doi:10.5962/bhl.title.143669. Available from: https://www.biodiversitylibrary.org/bibliography/143669
6. Wishart DS. Wishart—Bill: references and publications [unpublished bibliography]. 2026 Sep. Author-supplied documents: Wishart-Bill-Referencesandpublications.docx and Wishart-Bill-Biography.docx; uploaded 16 September 2026.
7. Blood DA, Flook DR, Wishart WD. Weights and growth of Rocky Mountain bighorn sheep in western Alberta. J Wildl Manage. 1970;34:451–455.
8. Wishart WD. Bighorn sheep. In: Schmidt JL, Gilbert DL, editors. Big game of North America: ecology and management. Harrisburg (PA): Stackpole Books; 1978. p. 161–171.
9. Coltman DW, O’Donoghue P, Jorgenson JT, Hogg JT, Strobeck C, Festa-Bianchet M. Undesirable evolutionary consequences of trophy hunting. Nature. 2003;426(6967):655–658. doi:10.1038/nature02177. Available from: https://labofestabianchet.weebly.com/uploads/1/4/2/3/142345017/coltmannature03.pdf
10. Jorgenson JT, Festa-Bianchet M, Wishart WD. Harvesting bighorn ewes: consequences for population size and trophy ram production. J Wildl Manage. 1993;57(3):429–435. doi:10.2307/3809267.
11. Festa-Bianchet M, Jorgenson JT, Lucherini M, Wishart WD. Life history consequences of variation in age of primiparity in bighorn ewes. Ecology. 1995;76(3):871–881. doi:10.2307/1939352.
12. Wishart W. Bighorns and little horns revisited. Bienn Symp North Wild Sheep Goat Counc. 2006;15:28–32. Available from: https://www.nwsgc.net/proceedings/NWSGC-2006/Wishart%20FINAL.pdf
13. Onderka DK, Wishart WD. Experimental contact transmission of Pasteurella haemolytica from clinically normal domestic sheep causing pneumonia in Rocky Mountain bighorn sheep. J Wildl Dis. 1988;24(4):663–667. doi:10.7589/0090-3558-24.4.663.
14. Wishart WD. Hybrids of white-tailed and mule deer in Alberta. J Mammal. 1980;61(4):716–719. doi:10.2307/1380318.
15. Wishart B. Canada goose translocations. In: Fish and Wildlife Historical Society, Federation of Alberta Naturalists. Fish, fur and feathers: fish and wildlife conservation in Alberta, 1905–2005. Edmonton: Federation of Alberta Naturalists; 2005. p. 265. Chapter identified in the author-supplied biography and publication list.
16. Wishart W. Age determination of pheasants by measurement of proximal primaries. J Wildl Manage. 1969;33(3):714–717. doi:10.2307/3799400.
17. Pybus MJ. William Wishart post-graduate scholarship [Internet]. Alberta Chapter of The Wildlife Society; 2012 Mar 27 [cited 2026 Oct 11]. Available from: https://www.actws.ca/wp-content/uploads/Wishart-scholarship-overview-2018.pdf
18. Heffelfinger JR, Geist V, Wishart W. The role of hunting in North American wildlife conservation. Int J Environ Stud. 2013;70(3):399–413. doi:10.1080/00207233.2013.800383.
19. Connelly-McKinley Funeral Homes. William ‘Bill’ Wishart obituary [Internet]. Edmonton: Connelly-McKinley Funeral Homes; 2026 [cited 2026 Oct 11]. Available from: https://www.tributearchive.com/obituaries/49625018/william-bill-wishart