Katie Elizabeth Marshall

This study examines the metabolic responses of intertidal mussels to single and repeated freezing, finding recovery periods reduce damage and hypoxia does not drive metabolic changes post-freezing.

This study examines how acclimation to different thermal variability regimes affects the activity patterns and energy expenditure of the dung beetle Onthophagus taurus.

This study investigates the factors shaping immune response variation in odonates across two biomes, finding that climate, particularly precipitation, has the strongest influence.

The paper presents a pipeline using synthetic images from 3D scans of museum specimens to train adaptable species classification models, achieving high accuracy on real photographs.

The paper assesses ice binding protein (IBP) activities in intertidal invertebrates and finds IBP activity is widespread, linked to freeze tolerance, and more common in high intertidal species.

This study shows that virus infection in honey bee queens reduces methyl oleate, a pheromone component, by decreasing ovary mass and altering lipid profiles, potentially triggering worker supersedure.

This study investigates the cold tolerance of the slug Ambigolimax valentianus, finding it becomes more cold-hardy after acclimation to shorter day lengths but does not show strong metabolite upregulation in response to winter conditions.

The paper investigates glycerol synthesis pathways in the eastern spruce budworm, showing increased glycolysis and reduced pentose phosphate pathway activity during cold shock, with no population-by-treatment interaction.

The paper combines computer vision and DNA metabarcoding to improve invertebrate classification accuracy and taxonomic granularity using a hybrid approach.

The paper shows that higher temperatures reduce transcriptional plasticity in lake sturgeon populations, with southern populations showing greater plasticity than northern ones.

This study compares transcriptomic responses to freezing stress in two populations of barnacles, finding distinct gene expression patterns and evidence of local adaptation to freezing at the poleward range margin.