Kazz Archibald finished up his summer research investigating density dependent dynamics in a non-native ant, funded by the Buffalo State Undergraduate Summer Research Fellowship, with plans to present his results at the Rochester Academy of Sciences.
Lab alumni Mike Olejniczak and Phil Pinzone each received 2017 SUNY Buffalo State Outstanding Master’s Thesis Awards for “Forest Islands in a Sea of Urban Habitat” and “Do Novel Weapons that Degrade Mycorrhizal Mutualisms Explain Invasive Species Success?”
Sonya and Abigail presented posters at the Rochester Academy of Science Annual Fall Scientific Paper Session Saturday Nov. 12. Sonya presented “Aphaenogaster Thermal Tolerance and Distribution” and Abby presented “Can Native and Non-native ants coexist?” Both did an excellent job.
Labatore, A, D. Spiering, D.L. Potts and R.J. Warren II. 2016. Canopy trees in an urban landscape – viable forests or long-lived gardens?. Urban Ecosystems DOI
Candeias, M. and R.J. Warren II. 2016. Rareness starts early for disturbance-dependent grassland plant species. Biodiversity and Conservation: DOI 10.1007/s10531-016-1202-y.
Congrats to Mike Olejniczak (Forest islands in a sea of urban habitat) and Phil Pinzone (Do novel weapons that degrade mycorrhizal mutualisms explain invasive species success?) — both successfully defended their theses and moved on from the Warren lab. PhD programs worldwide beware, these two are on the market!
Fresh off a summer chasing ants and plants at Coweeta in North Carolina, Mike Olejniczak and Phil Pinzone successfully defended their theses. Abby Mathew, Sonya Bayba and Kevin Krupp spent their summer chasing ants in Western New York, including park surveys, aggression assays and thermal tolerance.
Science Daily — Temperature, rainfall, soil composition, and sunlight may not be the only contributors to a plant’s success. Ants, in their role as seed dispersers, may play an equally important part in determining whether a plant species thrives or fails
Science Daily – Warm nights might be more important than hot days in determining how species respond to climate change. “Rising minimum temperatures may be the best way to predict how climate change will affect an ecosystem,” said Robert Warren, assistant professor of biology at SUNY Buffalo State. “Cold extremes that once limited warm-adapted species will disappear in a warming global climate.” This sets up work by current lab member Victoria De Stefano looking at potential hybridization between cold and warm ants.