Check out papers from the Ison Lab!
Page, ML*t, JL Isont, A Bewley*, K Koch*, A Kaul*, K Kolis*, K Holsinger*, and S Wagenius. 2019. Pollinator effectiveness in a composite: a specialist bee pollinates more florets but does not move pollen further than other pollinators. American Journal of Botany (doi: 10.1002/ajb2.1383). PDF
Ison, JLt, ESL Tuan*t ’18, MH Koski, JS Whalen* ’18, and LF Galloway. 2019. The role of pollinator preference in the maintenance of pollen color variation. Annals of Botany. PDF
Ison, JLt, LJ Prescott*t ’17, SW Nordstrom, A Waananen, and S Wagenius. 2018. Pollinator-mediated mechanisms for increased reproductive success in early flowering plants. Oikos. (doi:10.1111/oik.04882). PDF
Koski, MH, JL Ison, A Padilla* ’18, A Q Pham*, and LF Galloway. 2018. Linking pollinator efficiency to patterns of pollen limitation: small bees exploit the plant-pollinator mutualism. Proceedings to the Royal Society B. 285: 20180635. PDF
Waananen A, G Kiefer, JL Ison and S Wagenius. 2018. Mating opportunity increases with synchrony of flowering among years more than synchrony within years in a nonmasting perennial. The American Naturalist. 192 (3). PDF
Welcome to the Ison Lab!
Members of the Ison lab have research interests in ecology, conservation biology, and ecological genetics. We study how anthropogenic (i.e., human-induced) alterations to natural areas are impacting native plant populations. In North America, nearly all of our natural areas have been fragmented, and many populations are small and isolated. In fact, less than 1% of the pre-settlement prairie remains. The fragmentation and loss of habitats mean that the remaining native plant populations are often subject to the ecological and genetic consequences of small population sizes. Our research examines how flowering time, plant density, and pollinator taxa affect population persistence across a fragmented landscape.
Interested in joining the Ison Lab? Please fill out our research interest survey!
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