Now Hiring - Full-time Lecturer in Physiology

The Biology Department invites applicants for a full-time (9-month academic year), non-tenure-track lecturer for classroom instruction in physiology, beginning September 1, 2022.

Primary responsibilities include classroom instruction in Introductory Physiology (Biol 288), which is one of the core second-year courses in the Biology curriculum. The teaching load also includes 1-2 other courses.

Applications received by November 3, 2021 will receive priority consideration. For more information and to submit an application, click here.

Justin Roch's Photo Selected in Calendar Contest

Lynn Adler's incoming MS student Justin Roch just had a photo selected for the Entomological Society of America’s 2022 World of Insects Calendar contest

Caro Munoz Agudelo awarded an NE SARE Grant

Lynn Adler's PhD student, Caro Munoz Agudelo, has just been awarded a $15K NE SARE (Sustainable Agriculture Research and Education) graduate student grant for her research, “Interactive effects of pesticides, drought, and pathogens on the common eastern bumble bee Bombus impatiens.”

Photo credit: Ben Barnhart

Lynn Adler selected as STRIDE Fellow and Receives NSF Grant

Lynn Adler has been selected as a STRIDE fellow for this upcoming year.
Additinally, she has been awarded a new $2.4 million NSF grant via the Integrative Biology program. She is the lead PI; Laura Figueroa of the Environmental Conservation Department is a co-PI, and there are 5 other collaborating institutions. The grant title is: Collaborative Research: Integrating molecular, cellular, organismal and community scales to understand how plants structure pollinator-pathogen dynamics.

Read more about the fellowship HERE.

Tobias Baskin Receives NSF Grant for Dynamic Zonation in the Plant Root

Tobias Baskin has been awarded an NSF grant.

The funding is for 3 years. The project is a collaborative grant, between Tobias Baskin and Professor K. Palaniappan at the University of Missouri. Funding for UMass is $567,233 (total award is $705,822).

The objective of the project is to understand the coordinated regulation of cell division and elongation in the plant root. The project uses moderate temperature as a perturbation and thus might also reveal how roots acclimate to changing ambient temperature. The work at Missouri will develop advanced image analysis methods for quantifying root growth.

The attached photo is a picture of roots at various temperatures.