Lincoln R. Best

M.Sc., York University
Honours B.Sc. in Zoology, University of Guelph
Email: lrbest@yorku.ca

Research Interests

Recently, the Packer Lab was working on The Bees of Canada Project, aiming to document the diversity and distribution of Canada's bee fauna while providing mtDNA samples of these specimens to the Barcode of Life Project. My role was to survey, curate, and interpret barcode (mtDNA) data for the fauna west of the Rocky Mountains in British Columbia. In 2008, I conducted an independent survey of the Aculeate Hymenoptera of British Columbia which yielded new species, new species introductions, national and provincial records, as well as distributional data for species at risk such as Bombus occidentalis Greene, the Western Bumble Bee.

In 2009, I worked as a consultant for Bioversity International, formerly the International Plant Genetics Resource Institute, Italy. I documented pollinator diversity in the Badakhshan Region of Tajikistan, and throughout Kyrgyzstan in a project complementing an established program in agridiversity sustainability and economic development. This work took me across the high Pamir, Alai, and Tian Shan Mountain Ranges of Central Asia. The study will identify regions of high pollinator diversity with reference to agricultural production and will contribute significantly to Bee-BOL, an initiative to produce genetic barcodes for the bees of the world.

I spent 10 weeks this past summer conducting extensive surveys of the western apifauna of Canada in British Columbia's Okanagan Valley, and Columbia River Basin. This took me through Mt. Revelstoke, Glacier, Yoho, Banff, and Kootenay National Parks in an effort to develop baseline data for bee diversity in the Parks generally, and for B. occidentalis Greene specifically.

Focussing on pollinator survey methodologies in the Okanagan-Similkameen Region of B.C., I used a series of 75 trap-nests (2250 nesting galleries) in a randomized block design to compare recruitment, abundance, diversity, and rates of parasitism across 3 treatments using 5 replications. Ultimately, the goal is to develop the trap-nest as an ecological monitoring tool for use in environmental assessment.

I love bees.