The Biology Program is offering a new advanced biology course for students to take as part of their program of study this Fall 2020:

Biology of Aging (BIOL 421X) - 3 credits

Meeting Times for Fall 2020: this course is delivered through web instruction

Instructors: Anne Bronikowski (abroniko@iastate.edu)  

Prerequisites: BIOL 211 and BIOL 212

Course Description: Basic biological principles of aging. Course modules include an introduction to the aging process, body systems and normal aging, and environment and the biology of aging. In addition, disorders and diseases of aging, prevention and treatment and exercise and aging topics will be covered. 

The Biology Program is offering a new advanced biology course for students to take as part of their program of study this Fall 2020:

Bee Biology, Management, and Beekeeping (BIOL 358X) - 3 credits

Meeting Times for Fall 2020: Tuesdays and Thursdays from 12:40 pm to 2:00 pm

Instructors: Amy Toth (amytoth@iastate.edu) and Randall Cass (randall@iastate.edu) 

Prerequisites: previous coursework at the 200-level in biology, entomology, and/or agriculture; or by instructor permission

The Biology Program is offering a special, online only substitute for ecology (BIOL 312) for students who were planning to take the course Summer 2020.  This course - BIOL 495 section T1 (Special Topics in Ecology) -  will be taught by Professor Tom Jurik.  Students who have additional questions about the course should contact Dr. Jurik at jurik@iastate.edu.  

In order to register for this course, follow these special instructions as the course will not be searchable in the AccessPlus registration system:

Attention current students!  Are you interested in learning why genomes vary so much in size (from less than 50 to over 100,000 megabases)?  What lurks in genomes besides genes?  How do these different genomic components evolve?

In Fall 2020, a new special topics seminar (BIOL 495) will be taught on Genome Evolution that addresses these and many other questions.  The course is worth 2 credits that will satisfy advanced biology degree requirements and meet on Tuesdays, from 2:10 to 4:00 pm.  Students should have completed BIOL 313 (genetics) and BIOL 315 (evolution).  You can add the course to your Fall 2020 schedule with the reference number 2075265.  

Professor Tom Jurik is offering a new seminar in the Spring 2020 semester for students interested in exploring how climate change impacts biology.  The seminar will count as an advanced biology course for Biology majors and is graded on a satisfactory-fail basis.  Students should have a good grasp of ecology before enrolling in the course and course activities will include reading the primary literature on the subject, guiding discussions, and giving presentations.  There is a lot to study when it comes to the impacts of climate change on living organisms ranging from ocean acidification to changes in community structure. More information

The Department of Ecology, Evolution, and Organismal Biology has recently received a generous gift that enables the Biology Program and Genetics Program to offer a new scholarship.  The donors created this fund to honor the legacy and profession of Dr. Staniforth (1919-1984) who was a pioneer in the field of weed science.  See the Dr. David W. Staniforth Legacy Scholarship page for more information and how to apply.  

A new advanced biology course will be offered Spring 2020 taught by Dr. Dior Kelley (GDCB).  

BIOL 420X. Plant Molecular Biology. (3-0) Cr. 3. S. Prereqs: BIOL 211 & BIOL 212.  Molecular aspects of plant biology with an emphasis on model seed plants. Topics include plant metabolism, genome organization and expression, cell architecture, membrane transport, protein trafficking and special topics related to development and response to biological and environmental stimuli. Includes examples from contemporary experimental plant biology research.

 

Topics in Cell Biology (BIOL 428) will be offered again for the Spring 2020 semester!  This course will be co-taught by Dr. Mohan Gupta and Dr. Diane Bassham.