Research Figures
Effective science communication is vital for developing collaborative projects, sharing science with the public, and bringing ideas to fruition. My work developing publication-ready research figures seeks to communicate complex concepts in an easily digestible format.
Integrated pest management tactics for controlling moth pests through pheromone disruption. For Dr. Cesar Rodriguez Saona (Rutgers University)
Plant guttation: Environmental influencers, and effects on insect communities and food production. For Dr. Cesar Rodriguez-Saona (Rutgers University)
Root trait responses to water, salinity, and phosphorus stress. For Dr. Ashley Hostetler (University of Delaware)
Controlling Carolina redroot weeds in cranberry bogs. For Dr. Thierry Besancon (Rutgers University)
Effect of Phytoplasma on cranberry plants with respect to insect herbivory and plant defense. For Dr. Cesar Rodriguez-Saona (Rutgers University)
The effect of SODs on parasitoid success in citrus. For Dr. Cesar Rodriguez-Saona (Rutgers University)
(1/2) Schematic for hypothesized arbuscular mycorrhizal community response to various stress inputs. For Dr. Adam Frew (Western Sydney University)
(2/2) Schematic for hypothesized arbuscular mycorrhizal community response to various stress inputs. For Dr. Adam Frew (Western Sydney University)
Life histories of arbuscular mycorrhizae in response to environmental stressors. For Meike Katharina Heuck (Western Sydney University)
Bridging concepts in plant biology. For Dr. Ivan Baxter (Danforth Center for Plant Science).
Leaf 'bar graph' for a white paper to demonstrate project goals. For Dr. Ivan Baxter (Danforth Center for Plant Science).
Virus induced gene silencing process in cranberry.
Cranberry fruit rot phenotyping illustrated for the researchers at the P.E. Marucci Center for Blueberry and Cranberry Research and Extension.
Remote sensing platforms and their communication across coastal marine interfaces. Vector graphic created for an interdisciplinary project led by Dr. Herbert Tanner (University of Delaware).
Applying engineering principles to assess the dynamic motion of bridges and rail tracks to analyzing the mechanical function of brace roots. For the research of Shaymaa K Obayes, Dr. Erin Sparks, and Dr. Monique Head (University of Delaware)
Members of Poaceae that develop brace roots. For Dr. Ashley Hostetler and Dr. Erin Sparks (University of Delaware). Chosen for the cover of Current Opinion in Plant Biology Journal.
Root system of Zea mays and the genes that influence development. For Dr. Ashley Hostetler and Dr. Erin Sparks (University of Delaware).