In-Depth Notes on the Canadian Whiskey Fungus and Mycology

Introduction to the Canadian Whiskey Fungus

  • Discovery of a black fungus coating whiskey warehouses and the surrounding town of Lakeshore, Ontario, by mycologist James Scott.

Distillation Process

  • Fermentation vs. Distillation:

    • Fermentation is nature's miracle; distillation is science's miracle.

    • Process: Heating fermented liquid to separate lighter alcohols from heavier substances like water.

    • The historical context of distillation and its significance (from ancient alchemists to modern times).

    • Origin of still as a technology—dating back to 1st-3rd century AD.

Evolution of Spirits

  • Impact of distillation on the economy and society.

    • Transformation of agricultural products into distilled spirits.

    • Introduction of aging spirits in barrels improving flavors but resulting in 'angels' share' (evaporation loss).

    • Connection between distillation, aging practices, and the emerging leisure class during the Industrial Revolution.

Mycology and James Scott

  • James Scott's background in mycology and inspiration from an undergraduate professor's story about a peculiar fungus.

    • Importance of fieldwork in studying fungi, and the vast number of undiscovered fungal species (1.5 to 5 million species)

Understanding the Black Fungus

  • Characteristics of the black fungus found near distilleries.

    • Initial confusion with common fungi; methodological differences in sampling clear distinctions between species.

    • Use of Canadian Club whiskey to stimulate growth in lab conditions.

Investigation Findings

  • Identification process leading to the hypothesis that the fungus was related to Zasmidium cellare (cellar fungus).

    • Unexpected outcomes leading to exploration of other possibilities and the hypothesis about ambient ethanol from aging barrels being relevant to fungal growth.

Collaboration with Experts

  • Partnership between Scott and Stan Hughes at Agriculture Canada to investigate the historical context of the fungus.

    • Tracing back nomenclature errors related to the fungus, leading to the identification of Torula compniacensis.

    • Realization that it warranted a new taxonomical classification due to its unique characteristics.

Naming the New Fungal Genus

  • Establishing a new genus based on rules of nomenclature, leading to the name Baudoinia to honor Antonin Baudoin who first studied it.

    • Importance of naming in the field of mycology and the avoidance of egotistical naming mechanisms.

Current Research and Applications

  • Ongoing research focused on how Baudoinia utilizes the 'angels' share' (ethanol vapor) for survival.

    • Identification of Baudoinia's ecological niche within urban environments and potential for biofuel research.

Conclusion and Future Research

  • Scott's continued exploration of Baudoinia across different distilleries in Canada and expanding his studies of urban extremophiles.

    • Future implications of urban fungi in relation to their ecological adaptations and the historical relationship between humans and fungi within industrial environments.