RESEARCH

The Invasive Species Collaborative is actively confronting the invasive species crisis by producing original research, connecting across branches of knowledge, and training the next generation of policy-minded scientists.

David Haak inspecting an invasive plant

Publications and presentations

Invasion science requires interdisciplinary teams and creative thinkers. The ISC brings together experts from diverse disciplines to promote regional, national, and global scholarship. Bolded names denote an ISC affiliation.

Graduate student research

The ISC is dedicated to supporting graduate student research, outreach, and professional development opportunities. The 2024-2025 Graduate Student Grant Program opened during the fall semester and after a competitive selection process, 11 projects and 12 students were funded. Click below to learn more about grant awardees and their respective research.

  • Synteny analysis surrounding the male sex determining locus in A. albopictus and A. aegypti – Christen Hughes, Department of Biochemistry
  • Host plant specific transcriptome adaptations in the spotted lanternfly – Brian Ruether, Department of Biological Sciences
  • Acoustic monitoring and fine-scale error rates of detection for an invasive and native anuran in the southwestern U.S. – Grace O’Malley, Department of Biological Sciences
  • Understanding the invasion genomics of a globally resurging indoor urban pest insect in low-income housing – Camille Block, Department of Entomology
  • You can wriggle, but you can’t hide: Detecting invasive worms with eDNA in turfgrass – Jordan Thompson, Department of Entomology
  • Enhancing invasive ant baiting and biocontrol efficiency with a simple molecule – Chloe Liu and Charly Hartle, Department of Entomology
  • The genetic diversity and spread of the invasive aphid species, Metopolophium festucae cerealium, in the U.S. – Shirin Parizad, Southern Piedmont Agricultural Research and Extension Center
  • Impacts of brown tree snake on trophic dynamics of Micronesian starlings using stable isotope analysis – Zia Cryster, Department of Fish and Wildlife Conservation
  • Whom to trust: Examining the role of trust in invasive species management – Miguel Diaz-Manrique, School of Public and International Affairs
  • Characterizing the phytobiome of Ailanthus altissima and its changes following inoculation with the proposed fungal biocontrol agent Verticillium nonalfalfae – Harrison Miles, Department of Forest Resources and Environmental Conservation
  • Soil nutrient availability as a predictor of invasive plant establishment on restored streams – Gabrielle Ripa, School of Plant and Environmental Sciences
  • Understanding embryonic development and respiratory activities of bed bugs – Morgan Wilson, Department of Entomology
  • Developing control methods (trapping) for the invasive Asian needle ant – Charly Hartle and Chloe Liu, Department of Entomology
  • Response of macroinvertebrates to invasion and stream restoration – Matt Sharpe, Entomology and Gabrielle Ripa, School of Plant and Environmental Sciences
  • How soil nutrient availability impacts establishment of invasive plants – Gabrielle Ripa, School of Plant and Environmental Sciences
  • Effects of a biocontrol agent on the invasive Tree of Heaven’s fungal community – Anyelina Mangru and Tim Shively, School of Plant and Environmental Sciences
  • Using sound to monitor invasive and native frog species – Grace O’Malley, Department of Biological Sciences
  • Seed dispersal networks and traits for invasive fruiting plants in Appalachia – Abir Jain, Department Fish and Wildlife Conservation

U.S. Army veteran and Tillman Scholar Tim Shively, a Ph.D. student in plant pathology, physiology, and weed science in the College of Agriculture and Life Sciences, is studying a biological control agent for the invasive tree-of-heaven. Inspired to serve by 9/11, Shively earned his undergraduate degree and commission at West Point.