Publications
* indicates undergraduate co-authors
Please note that my initials legally changed from K.A.Z. to A.T.Z. in 2015
Please note that my initials legally changed from K.A.Z. to A.T.Z. in 2015
2018
Zemenick, A.T., J.A. Rosenheim, and R.L. Vannette. Legitimate visitors and nectar robbers of Aquilegia formosa have different effects on nectar bacterial communities. Ecosphere 9(10) e02459 PDF
Zemenick, A.T., R. Kula, L. Russo, and J. Tooker. A network approach reveals parasitoids to be generalized nectar foragers. Arthropod-Plant Interactions. PDF
in preparation
Zemenick, A.T., R.L. Vannette and J.A. Rosenheim. Plants with similar flower visitors have similar floral microbial
communities despite differential structure of networks
Zemenick, A.T. and J.A. Rosenheim. The influence of bee vs. non-bee flower visitors on network structure and potential
for indirect effects between plants.
Zemenick, A.T., M. Bollinger*, P. Campos*, V. Castillo, K. Chan*, A. Chiono*, J. Dahnota, K. Doherty*, S. Glasser*, A. Kruger*,
A. Levanduski*, B. Moran*, S. O’Brien*, B. Wang*, J. Whitney* and K.A. Moore. Bottom-up effects of oak apple galls reduces
fungal growth but does not extend to fungal-associated arthropod communities.
Zemenick, A.T., R. Kula, L. Russo, and J. Tooker. A network approach reveals parasitoids to be generalized nectar foragers. Arthropod-Plant Interactions. PDF
in preparation
Zemenick, A.T., R.L. Vannette and J.A. Rosenheim. Plants with similar flower visitors have similar floral microbial
communities despite differential structure of networks
Zemenick, A.T. and J.A. Rosenheim. The influence of bee vs. non-bee flower visitors on network structure and potential
for indirect effects between plants.
Zemenick, A.T., M. Bollinger*, P. Campos*, V. Castillo, K. Chan*, A. Chiono*, J. Dahnota, K. Doherty*, S. Glasser*, A. Kruger*,
A. Levanduski*, B. Moran*, S. O’Brien*, B. Wang*, J. Whitney* and K.A. Moore. Bottom-up effects of oak apple galls reduces
fungal growth but does not extend to fungal-associated arthropod communities.
2016
Jackson, D., A.T. Zemenick, B. Malloure, C.A. Quandt, and T.Y. James. 2016. Fine-scale spatial genetic structure of a fungal parasite of coffee scale insects. Journal of Invertebrate Pathology 139: 34-41. PDF
2013
MacDonald, A.J., D. Jackson, and K.A. Zemenick. 2013. Indirect effects of a fungal entomopathogen, Lecanicillium lecanii (Hypocreales: Clavicipitaceae), on a coffee agroecosystem ant community. Environmental Entomology 42(4): 658-667. PDF
2012
Jackson, D., K.A. Zemenick, and G. Huerta. 2012. Occurrence in the soil and dispersal of Lecanicillium lecanii, a fungal pathogen of the green coffee scale (Coccus viridis) and coffee rust fungus (Hemileia vastatrix). Tropical and Subtropical Agroecosystems 15: 389-401. PDF
