Sarah W. Davies Ph.D.
@daviesswphd.bsky.social
1.8K followers 510 following 56 posts
she/her 🇨🇦 🇺🇸 Assistant Professor of @thedavieslab at @BU_Biology Momma to two little girls Interested in corals, symbiosis, genomics & mentorship #firstgen
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Reposted by Sarah W. Davies Ph.D.
jasonwilliamsny.bsky.social
The new #NSF #GRFP application now excludes 1000’s of students, including those who were told they could apply this year, or who planned to apply next year.

We have a new specific petition urging #NSFGRFP undo this harmful action. If you are impacted sign here: laurenkuehne.github.io/grfpChanges/
daviesswphd.bsky.social
Call for abstracts: @icrs.bsky.social ICRS 2026 session "#26 | Cryptic diversity, hybridization, and chimerism and their influence on ecology and evolution"
www.icrs2026.nz/call-for-abs...
Call for abstracts
www.icrs2026.nz
Reposted by Sarah W. Davies Ph.D.
samyeaman.bsky.social
I'm looking to recruit a PhD student to study patterns of local adaptation and introgression across the spruce hybrid zone in the Rockies near Calgary. Projects can include field work, bioinformatics, pop gen theory, or comparison to plant/ conifer species
yeamanlab.weebly.com/uploads/5/7/...
Reposted by Sarah W. Davies Ph.D.
science.nature.org
Over half of the world’s corals have vanished in 50 years. To help restore reefs at scale, TNC and the Coral Restoration Consortium created a science-based guide with best practices, tools, and case studies tailored to local conditions. Resilient reefs start here. 🔗 https://nature.ly/4mRosBE
Reposted by Sarah W. Davies Ph.D.
daviesswphd.bsky.social
Very excited to have our first #singlecell data paper out in the world. Dr. Valadez Ingersoll worked so hard on this piece and we learned so much about #coral #symbiosis!

Cell type-specific immune regulation under symbiosis in a facultatively symbiotic coral url: academic.oup.com/ismej/articl...
Cell type-specific immune regulation under symbiosis in a facultatively symbiotic coral
Abstract. Many cnidarians host single-celled algae within gastrodermal cells, yielding a mutually beneficial exchange of nutrients between host and symbion
academic.oup.com
Reposted by Sarah W. Davies Ph.D.
danielbolnick.bsky.social
Email from NSF just now:

“NSF will not implement [15%IDC] policy at this time”
Reposted by Sarah W. Davies Ph.D.
chanda.blacksky.app
NSF Physics was cut by 85%, basically wiping out most of its capacity for supporting research.

NSF Astronomy was cut by 53%

Undergrad education was cut by 71% and research on learning by 79%

Graduate education was cut by 100% to ZERO.

#GiftLink ⚛️🔭

www.nytimes.com/interactive/...
Trump Has Cut Science Funding to Its Lowest Level in Decades (Gift Article)
The lag in funding extends far beyond D.E.I. initiatives, affecting almost every area of science: chemistry, computing, engineering, materials and more.
www.nytimes.com
daviesswphd.bsky.social
Having supported an application this round I can say that this feels like a slap in the face for these juniors researchers who are emerging post PhD. All of that work .....
Reposted by Sarah W. Davies Ph.D.
jonpuritz.marineevoeco.com
Katie’s amazing and an incredibly thoughtful scientist. The MSC is a collaborative and vibrant academic community. Living in the North Shore of Boston is awesome.

A postdoc in Katie’s lab helped change the path of my career for the better.

This is a dream postdoc.
Reposted by Sarah W. Davies Ph.D.
momedinamunoz.bsky.social
Happy to share our work on jellyfish microbiomes across space and life history stages @akerwin.bsky.social
#Microsky #Symbiosky 🧪🌊https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0319944&?utm_id=plos111&utm_source=internal&utm_medium=email&utm_campaign=author
Cassiopea xamachana microbiome across anatomy, development, and geography
The upside-down jellyfish holobiont, Cassiopea xamachana, is a useful model system for tri-partite interactions between the cnidarian host, the photosymbiont, and the bacterial microbiome. While the i...
journals.plos.org
daviesswphd.bsky.social
Hi coral peeps! Anyone have any Caribbean spawning predictions for summer 2025? Please share so I can reach more people! Thanks :)
Reposted by Sarah W. Davies Ph.D.
bkoskella.bsky.social
Know any soon to graduate or recently graduated undergrads interested in a full year, paid postbac research position in microbiome sciences? Have them join our zoom Q&A session on Friday, April 11, 11:30am-12:30pm PST. More info here: sites.google.com/berkeley.edu...
Bay Area RaMP - 2025-26 Cohort
2025-2026 Cohort
sites.google.com
Reposted by Sarah W. Davies Ph.D.
katherinettyson.bsky.social
If you’re a Canadian Citizen with an opinion about the United States you need to vote.

You don’t have to wait until April 28th to vote.

If you’re in Canada: go to elections Canada or to an advanced poll.

If you’re outside of Canada: get your postal vote now.

#elbowsup #vote2025
Reposted by Sarah W. Davies Ph.D.
sicbjournals.bsky.social
Congrats Jeric “JK” Da-Anoy (member of the
sites.bu.edu/davieslab )
JK is a #Ph.D. #student fascinated by #evolution of #metazoan complexity. He received his Master’s at the Uni of the Philippines, exploring stress response & #evolutionary #neurobiology under Dr. Cecilia Conaco’s supervision.
Reposted by Sarah W. Davies Ph.D.
clintoak.bsky.social
Corals maintain stable populations of essential photosynthetic symbionts by controlling their cell cycle, not by eating them! Our new #PNAS paper monitored and modelled #aiptasia cell cycle, autophagy, and expulsion for over a year. #symbiosis #microbiology www.pnas.org/doi/10.1073/...
Cell cycle arrest in the cnidarian-dinoflagellate symbiosis.
daviesswphd.bsky.social
Excited to share JK Da'Anoy's first dissertation chapter published in @sicbjournals.bsky.social! What started off as a side project morphed into great work!
"Microbial depletion is associated with slower cnidarian regeneration"
LOTS of wondergrads made this happen!
Go team :)
doi.org/10.1093/icb/...
Microbial Depletion Is Associated with Slower Cnidarian Regeneration
Synopsis. Microbiomes play an important role in physiology and development in cnidarians, but how these communities influence tissue regeneration is poorly
academic.oup.com
Reposted by Sarah W. Davies Ph.D.
cnidaryan.bsky.social
New preprint on *Xestospongia muta* population genetics across the Florida Reef Tract. www.researchsquare.com/article/rs-5...
🪸
🦑🧪
Xestospongia muta population structure. A Dendrogram of samples based on IBS matrix from ANGSD with matching site, depth zone, and depth (m) data and structure plots for K =2–5 for each X. muta sample. Colored points on dendrogram nodes represent Lineages Xm1 and Xm2 as well as putative hybrids (admixed samples). B Principal component analysis from pcangsd, where color represents sampling site and shape represents sampling depth zone. Larger, opaque shapes are sample population centroids and smaller, transparent shapes individual samples. CSame plot as B with samples colored by lineage assignment from K = 2 data set. D Same plot as C but for K = 4.
Reposted by Sarah W. Davies Ph.D.
kristinaleilani.bsky.social
New preprint on BioRxiv! doi.org/10.1101/2025...

We investigate environmental drivers of genetic adaptation in two corals sampled across the Florida Reef Tract. @heatshok.bsky.social
Reposted by Sarah W. Davies Ph.D.
keishabahr.bsky.social
🪸 We are hiring! 🪸
The Coral Reef and Ocean Health Research Group at the Harte Research Institute (HRI) is seeking a Postdoctoral Researcher to advance our understanding of coral reef resilience and health.