Paul Schmidt (@paulrschmidt) 's Twitter Profile
Paul Schmidt

@paulrschmidt

evolutionary biologist, Patricia M. Williams Term Chair, @PennBiology, @pennathletics faculty athletics representative. He/Him.

ID: 1386853965237735424

linkhttp://paulschmidt.bio.upenn.edu calendar_today27-04-2021 01:25:38

30 Tweet

273 Followers

112 Following

Moi ExpĂłsito-Alonso (#MOILAB) (@mexpositoalonso) 's Twitter Profile Photo

This paper by Seth Rudman sharon greenblum Subhash Rajpurohit .. Dmitri Petrov Paul Schmidt is the coolest Drosophila experiment ever! 🪰🍎🧬 they find repeatable and large changes in allele frequency within a year likely due to selection shifting among several oligogenic in seasons 👇

Noah Whiteman (@nkwhiteman) 's Twitter Profile Photo

An important study on role of “fluctuating environment” driving rapid adaptation in Drosophila in large population cages in nature. May explain some of the excess genome wide variation more generally IMHO.

Christopher Wheat (@chriswwheat) 's Twitter Profile Photo

This is the science I wanna see ... pushing boundaries using field experiments, replicates, genomics on an extremely novel, paradigm shifting set of questions/observations .... nice thread below! Well done

Rush Dhillon (@rushdhill) 's Twitter Profile Photo

I got to sling ink for Seth Rudman and Paul Schmidt on their seminal work demonstrating rapid evolution in a drosophila field experiment. It was a thrill to illustrate this one, and even more fun to read! doi.org/10.1101/2021.0… #sciart #drosophila #evolution

I got to sling ink for <a href="/SethRudman/">Seth Rudman</a> and <a href="/paulrschmidt/">Paul Schmidt</a> on their seminal work demonstrating rapid evolution in a drosophila field experiment. It was a thrill to illustrate this one, and even more fun to read! doi.org/10.1101/2021.0…

#sciart #drosophila #evolution
Heather Machado (@heatheremachado) 's Twitter Profile Photo

Our results suggest that fluctuating selection is an important evolutionary force in Drosophila. This study is a community effort, with samples from 19 different labs Paul Schmidt, wrapped up by brilliant collaborators Alan Bergland Paul Schmidt Dmitri Petrov

A Long Talk 2020 (@alongtalk2020) 's Twitter Profile Photo

Big shout out to Kamal Carter, President and Founder of A Long Talk for describing how to engage with A Long Talk in this special segment with ESPN & UPenn Athletics. Visit ALongTalk.com to join the conversation today! #ALongTalk2020 #ESPN #UPenn #AlliesNeeded

Seth Rudman (@sethrudman) 's Twitter Profile Photo

Out today in Science Magazine we show how populations adaptively track environmental change using a field experiment: science.org/doi/10.1126/sc…

Seth Rudman (@sethrudman) 's Twitter Profile Photo

Big science takeaways: 1) magnitude & direction of selection varies over short timescales 2) rates of adaptation likely systematically underestimated 3) adaptation has a polygenic basis and identity of adaptive loci varies over time

Seth Rudman (@sethrudman) 's Twitter Profile Photo

Thanks to PEARG and @flattlab for their perspective on the study science.org/doi/10.1126/sc… and Rush Dhillon for the truly fantastic illustrations.

sharon greenblum (@shargblum) 's Twitter Profile Photo

How do species stay afloat when the environment keeps rocking back and forth? They adapt! Check out our new paper to see how :)

Katie Unger Baillie (@katieu) 's Twitter Profile Photo

Think evolution is a slow, gradual process? Tell that to fruit flies. Penn Biology researchers led by Paul Schmidt documented changes to 60% of the fly's genome during a four-month-long field experiment Pennovation Works penntoday.upenn.edu/news/rapid-ada…

Rush Dhillon (@rushdhill) 's Twitter Profile Photo

Out now!!! @MarkCBitter1, Dmitri Petrov, and Paul Schmidt used a high-resolution time series to show finely populations can adaptively track fluctuating environments, and how this fine-scale detects fluctuation that would be missed with coarser sampling time frames.

Out now!!! @MarkCBitter1, <a href="/PetrovADmitri/">Dmitri Petrov</a>, and <a href="/paulrschmidt/">Paul Schmidt</a> used a high-resolution time series to show finely populations can adaptively track fluctuating environments, and how this fine-scale detects fluctuation that would be missed with coarser sampling time frames.
Skyler Berardi (@skylerberardi) 's Twitter Profile Photo

I am super excited to share the first paper out of my PhD! Here, we chose D. melanogaster pigmentation as a model phenotype to study the nature and repeatability of complex trait evolution in the field . . .🧵 doi.org/10.1101/2024.0…