Benjamin Peterson (@bigmicrobeben) 's Twitter Profile
Benjamin Peterson

@bigmicrobeben

Assistant Professor - School of Freshwater Science at UW-Milwaukee. Contaminant and microbial biogeochemistry. Great Lakes.

petersonlab.org

ID: 4767047240

calendar_today16-01-2016 06:38:43

353 Tweet

322 Takipçi

216 Takip Edilen

Benjamin Peterson (@bigmicrobeben) 's Twitter Profile Photo

The world lost a great one yesterday. Gonna miss you Woodsie, I was lucky to have had the opportunity to call you "coach". geneseoknights.com/general/2021-2…

Mersorcium (@mersorcium) 's Twitter Profile Photo

Join us for our first seminar on 24 Feb with Dr. Caitlin Gionfriddo as speaker. You can join us at [email protected] or here mersorcium.github.io for Zoom id. Looking forward to meet with all of you :)

Join us for our first seminar on 24 Feb with <a href="/caitlin_gio/">Dr. Caitlin Gionfriddo</a> as speaker. You can join us at mersorcium@gmail.com or here mersorcium.github.io for Zoom id. Looking forward to meet with all of you :)
Dr. Caitlin Gionfriddo (@caitlin_gio) 's Twitter Profile Photo

Submit an abstract to our special special "Meta-omic and geochemical approaches to linking microbial activity to biogeochemical mercury cycling" - Abstracts due Feb 28! #ICMGP2022

Submit an abstract to our special special "Meta-omic and geochemical approaches to linking microbial activity to biogeochemical mercury cycling" - Abstracts due Feb 28! #ICMGP2022
Joint Genome Institute (@jgi) 's Twitter Profile Photo

As permafrost thaws, its massive stores of mercury leach into the environment. Benjamin Peterson of UC Davis will use advanced microbial methods to understand the effect of permafrost-derived carbon on the microbial communities that produce toxic methylmercury.

As permafrost thaws, its massive stores of mercury leach into the environment. <a href="/BigMicrobeBen/">Benjamin Peterson</a> of <a href="/UCDavis/">UC Davis</a> will use advanced microbial methods to understand the effect of permafrost-derived carbon on the microbial communities that produce toxic methylmercury.