Dr. Fouzia Haider

Integrative Ecologist | Educator | Researcher

Understanding how environmental change shapes life - from molecules to ecosystems

Current Position: Biology Instructor, Acadia University, Nova Scotia, Canada

Research
Publications
Teaching

About

I am an integrative ecologist investigating how environmental stressors shape animal survival, from cellular mechanisms to ecological outcomes. My research bridges laboratory physiology and field ecology, examining how invertebrates - from Canadian forest beetles to Baltic Sea bivalves -respond to climate variability, extreme temperatures, and multiple environmental stressors.

As an educator, I create inclusive, interactive learning environments where students develop both scientific expertise and critical thinking skills. My teaching integrates hands-on laboratory work with real-world ecological applications, preparing students to address pressing environmental challenges.

Research Interests: Climate change biology • Physiological ecology • Invasive species • Bioenergetics • Environmental stress responses

Research Highlights

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Terrestrial Invertebrate Ecology

Overwintering Ecology of Forest Insects

How do bark beetles survive Canadian winters? My research reveals that winter timing - not just cold tolerance - determines survival, with implications for pest management under climate change.

Key Finding: Early winter onset reduces energy reserves, decreasing spring survival and outbreak potential.

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Aquatic Invertebrate Ecology

Environmental Stress in Marine Bivalves

When facing multiple stressors, how do organisms prioritize survival? My work with Baltic Sea bivalves shows that animals sacrifice long-term physiological stability for immediate behavioral escape responses.

Key Finding: Mitochondrial capacity limits behavioral performance under combined osmotic and mechanical stress.
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Mitochondrial Physiology

Mechanisms of Physiological Tolerance

What makes some species resilient while others decline? I investigate the cellular and metabolic mechanisms that enable organisms to withstand environmental extremes.

Key Finding: Mitochondrial adaptation is critical for survival under oxygen limitation and temperature stress.

Recent News

February 2026

Received Acadia Internal Funding, Winter 2026

January 2026

New publication in Journal of Experimental Biology on winter intensity and bark beetle energetics

December 2025

Started position as Biology Instructor at Acadia University

November 2024

Presented research at International Congress of Entomology, Kyoto, Japan

647Total
Citations

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14Peer-Reviewed Publications

12+Students Mentored

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