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Temperature has a Greater Effect on Growth Strategies in Helianthus than Soil Type
(2022-04)
Climate change is a serious ongoing problem and understanding how plant species respond to these changes is crucial for planning agricultural and conservation efforts. Specific leaf area (SLA), a proxy for investment and ...
Stomatal Size in Populus Is Related to Climate and Exhibits Plasticity Across Growing Environments
(2022-04)
Climate change is an ongoing problem that is predicted to continue impacting ecosystems around the world. It is important to understand how plants will respond to novel climatic conditions, either by migration (moving to ...
Investigating Phenotypic Plasticity Along Two Axes of Plant Variation in Helianthus
(2021-04)
Climate factors, such as temperature and rainfall, affect both leaf investment (specific leaf area; SLA) and plant height. Previous research has found evidence of relationships between traits and environmental factors, ...
Analysis of Functional Traits on Fitness of Three Species of Helianthus (Sunflowers)
(2024-04)
It is well established that climate change causes yearly shifts in environmental conditions, but the effects of this variability on plant life are not yet widely understood. It is important to investigate these impacts for ...
Investigating Climate Change Effects on Early Spring Plant-Pollinator Networks : The Start of a Long-Term Monitoring Study
(2025-04)
For early spring wildflowers in Wisconsin, global climate change may lead to warmer, drier climates with more day-to-day variability, which in turn can impact flower and pollinator phenology, plant-pollinator network ...



