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Evan Perkowski
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Evan Perkowski

@EvanPerkowski
Combobulated writer. Postdoc @BiologyTTU. Plant ecophysiologist interested in biogeochemistry, photosynthetic acclimation, and microbial ecology
Lubbock, TX
Joined August 2017
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    Evan Perkowski
    @EvanPerkowski
    Jun 8
    Some mammatus near LBB airport @NWSLubbock
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    Evan Perkowski
    @EvanPerkowski
    Aug 11, 2025
    #ESA2025 let’s grapple with the role of N and P on leaf and whole plant traits! See you today at 14:00 in BCC 349
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    LEMONTREE
    @Lemontree_UofR
    Aug 11, 2025
    Today at #esa2025, @EvanPerkowski is presenting: "Global response patterns of plant functional traits to combined nitrogen and phosphorus addition are driven by additive individual effects of nitrogen and phosphorus addition" Session: COS – Physiological Ecology 1: 1.30-3pm.
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    Evan Perkowski
    @EvanPerkowski
    Mar 26, 2025
    Check out this blog post summarizing main findings from our recent paper looking at leaf and whole-plant responses to elevated CO2!
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    LEMONTREE
    @Lemontree_UofR
    Mar 26, 2025
    🌿 New blog post! How does nitrogen shape plant responses to rising CO₂? In short: leaf-level responses are driven by nitrogen demand, while whole-plant growth is constrained by nitrogen supply. Read more: 🔗 research.reading.ac.uk/lemontree/how-… @EvanPerkowski
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    Evan Perkowski
    @EvanPerkowski
    Mar 25, 2025
    New paper alert!!
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    LEMONTREE
    @Lemontree_UofR
    Mar 25, 2025
    🌿 New paper out today in @NewPhyt 🌍📖 "Soil resource acquisition strategy modulates global plant nutrient and water economics" — by LEMONTREE’s Alissar Cheaib, Nick Smith & @EvanPerkowski 🔗 Read it here: nph.onlinelibrary.wiley.com/doi/10.1111/np… #PlantScience #SoilEcology #EEO #LEMONTREE
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    Evan Perkowski
    @EvanPerkowski
    Mar 18, 2025
    🚨 New paper alert! 🚨 Very excited to share that our (@nick_greg_smith, @Ez_nwanne) new paper, titled "Nitrogen demand, availability, and acquisition strategy control plant responses to elevated CO2", is now in press at @JXBot (1/5)
    Effects of CO2 concentration, inoculation, and nitrogen fertilization on leaf nutrient content. The effects of CO2 concentration, inoculation, and nitrogen fertilization on leaf nitrogen per unit leaf area (A) and chlorophyll content per unit leaf area (B) are shown. Nitrogen fertilization is on the x-axis in both panels. Red shaded points and trendlines indicate plants grown under elevated CO2, while blue shaded...
    Nitrogen demand, availability, and acquisition strategy control plant responses to elevated CO2
    From academic.oup.com

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