Jeremy Johnson

Jeremy Johnson is an Assistant Professor in the Department of Forestry at Michigan State University’s College of Agriculture & Natural Resources. His research integrates population and quantitative genetic tools with landscape ecological approaches to study forest adaptation to global ecological change, focusing on threats like invasive pathogens and climate stressors. He employs hyperspectral remote sensing and common gardens to analyze genetic resistance in 5-needle white pines.

Research Focus

Johnson’s work centers on forest genetics, landscape ecology, and plant pathology. He examines how genetic diversity and structure influence resilience against diseases such as white pine blister rust, combining field experiments with advanced imaging technologies. His studies address cross-disciplinary themes in global change biology, conservation genetics, and ecosystem management.

Publication Trends

Recent publications (2019–2023) emphasize genetic resistance, hyperspectral screening, and seed dispersal ecology. Collaborations span institutions like Oregon State University and the Dorena Genetic Resource Center, with methodological innovations in disease detection and climate adaptation strategies.

Scientific Awards

• Henry Cowles Award (2017) from the American Association of Geographers for Seed dispersal at alpine treeline in Ecosphere.

Grants & Projects

• $500K Grant (2025): Studying tree species suited to future Michigan climates.
• New Saplings, New Beginnings (2024): Research initiative on forest regeneration.

Laboratory

He leads the Forest Genetics Lab at MSU, developing high-throughput hyperspectral methods for early disease detection and contributing to programs like Forest Carbon & Climate and MassTimber@MSU.