Mary Williams

I studied Biochemistry at Berkeley (BA), Plant Molecular Biology at Rockefeller (PhD), did a postdoc at Berkeley with Ian Sussex, and then spent 14 years as a Biology professor at Harvey Mudd College in Claremont, California. In 2009 I started working at the American Society of Plant Biologists as Features Editor of the journal Plant Cell and the developer of Teaching Tools in Plant Biology. My passion lies in making it a little bit easier for students of all ages to understand plants and plant science research. I live in Glasgow, Scotland, with my family and our much adored dog.

Recognizing featured Plant Cell first authors, March and April 2017

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Rakesh David, featured first author of Transcriptome-wide Mapping of RNA 5-Methylcytosine in Arabidopsis mRNAs and non-coding RNAs Current Position: Postdoctoral Fellow, ARC Centre of Excellence in Plant Energy Biology, University of Adelaide. Education: PhD, Plant Molecular Biology, Plant Science Division, Research School of Biology, Australian National University, Australia. Non-scientific Interests: Cycling, cricket, movies and reading. … Read more

Launching Botany Live! for Fascination of Plants Day

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May 18th is the Fascination of Plants Day, and we want to help in this international effort to highlight the importance of plants and plant science. Therefore, we’re supporting the #BotanyLive e-event! In a nutshell, we’re asking planty folks (curious, enthusiasts, professionals) to share something about their fascination with plants online. We’re particularly recommending the … Read more

Where’s “What We’re Reading”?

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We’ve been cross-posting the What We’re Reading paper summaries on both the Plant Science Today blog (here) and the Plantae blog, but starting today we’ll only be publishing them on the Plantae blog, as we want to focus Plant Science Today on ASPB news and events. So get on over to Plantae.org, see you there! … Read more

What We’re Reading: April 14

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Note: Read Why We’re Writing “What We’re Reading” Review: Ion transport at the vacuole during stomatal movement Gas exchange and transpiration are regulated by the stomatal aperture, which is itself regulated by the changes in volume of the guard cells that overlie the stomatal pore. When triggered to open, solutes such as K+ and Cl– … Read more

What We’re Reading: April 7

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Note: See Why We’re Writing “What We’re Reading” Review: Ammonium as a signal for physiological and morphological responses ($) Ammonium is one of the major forms in which nitrogen is assimilated. Besides being a nutrient, it also acts as signal that affects gene expression and root system architecture. Some ammonium-induced genes are also induced by … Read more