Landscape affects on plant defensive traits. by Hayley Schroeder (5135930)

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Phytoplankton biomass and traits including environmental data 1979-1999 for Lake Constance by Nadja J. Kath (8429715)

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Lower-cost traits are induced at lower levels of herbivory than higher-cost traits in <i>Ambrosia artemisiifolia.</i> by Jinlong Wan (7058354)

“…For each herbivore treatment, the six traits were analyzed separately. The reaction norm for each trait was chosen between a linear or segmented model based on a combination of the Davies test and AIC/QAIC. …”

Data Sheet 1_Emotional prompting amplifies disinformation generation in AI large language models.docx by Rasita Vinay (21006911)

“…Introduction<p>The emergence of artificial intelligence (AI) large language models (LLMs), which can produce text that closely resembles human-written content, presents both opportunities and risks. …”

Model’s sensitivity to evolution in organism traits. by Fateme Pourhasanzade (12837429)

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Thin and large leaves compromised more to chewers by Lijuan SUN (17436168)

“…</p><p dir="ltr">A major proportion of primary production is lost to insect herbivory. Leaf functional traits representing defense costs and palatability explain the intensity of herbivory at local scales. …”

The production of six defense traits incurs varying growth costs in <i>Ambrosia artemisiifolia.</i> by Jinlong Wan (7058354)

“…<p>Relationships between levels of each defense trait, chlorogenic acid (CHA; <b>A</b>), kaempferol (<b>B</b>), rutin (<b>C</b>), trichomes (<b>D</b>), condensed tannins (tannins; <b>E</b>) and lignin (<b>F</b>) and plant biomass based on 12 natural <i><i>A. artemisiifolia</i></i> populations. …”

Trade-off based virulence function . by Fateme Pourhasanzade (12837429)

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Trade-off based compatibility function . by Fateme Pourhasanzade (12837429)

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Feasibility of AI-powered assessment scoring: Can large language models replace human raters? by Michael Jaworski III (22156096)

Lower-cost plant traits are induced at lower levels of damage caused by <i>Piazomias fausti.</i> by Jinlong Wan (7058354)

Lower-cost plant traits are induced at lower levels of damage caused by <i>Oecanthus rufescens.</i> by Jinlong Wan (7058354)

Lower-cost plant traits are induced at lower levels of damage caused by <i>Atractomorpha sinensis.</i> by Jinlong Wan (7058354)

Lower-cost plant traits are induced at lower levels of damage caused by <i>Xenocatantops brachycerus.</i> by Jinlong Wan (7058354)

Lower-cost plant traits are induced at lower levels of damage caused by <i>Luperomorpha xanthodera.</i> by Jinlong Wan (7058354)

Lower-cost plant traits are induced at lower levels of damage caused by <i>Phaneroptera falcata.</i> by Jinlong Wan (7058354)

Lower-cost plant traits are induced at lower levels of damage caused by <i>Monolepta hieroglyphica.</i> by Jinlong Wan (7058354)

Lower-cost plant traits are induced at lower levels of damage caused by <i>Spodoptera frugiperda.</i> by Jinlong Wan (7058354)

Lower-cost plant traits are induced at lower levels of damage caused by <i>Spodoptera exigua.</i> by Jinlong Wan (7058354)

Lower-cost plant traits are induced at lower levels of damage caused by <i>Spodoptera litura.</i> by Jinlong Wan (7058354)