Ruzzante Lab (@ruzzante_lab) 's Twitter Profile
Ruzzante Lab

@ruzzante_lab

ID: 621318353

calendar_today28-06-2012 21:19:51

322 Tweet

460 Followers

470 Following

Shannon (@_shannon_clarke) 's Twitter Profile Photo

Curious to know what effective population sizes looks like across the globe? Look no further! Out now in Molecular Ecology, our team assessed effective size of wild populations, comparing between taxonomic groups and in relation to the 50/500 rule. bit.ly/3TYrhEa

Curious to know what effective population sizes looks like across the globe? Look no further! Out now in Molecular Ecology, our team assessed effective size of wild populations, comparing between taxonomic groups and in relation to the 50/500 rule. 

bit.ly/3TYrhEa
Ben Sutherland (@bsuther7) 's Twitter Profile Photo

Clarke et al. Molecular Ecology 2024. 'Global assessment of effective population sizes: Consistent taxonomic differences in meeting the 50/500 rule' An interesting read! #conservation #genetics onlinelibrary.wiley.com/doi/10.1111/me…

Clarke et al. <a href="/molecology/">Molecular Ecology</a> 2024. 'Global assessment of effective population sizes: Consistent taxonomic differences in meeting the 50/500 rule' 
An interesting read! #conservation #genetics 
onlinelibrary.wiley.com/doi/10.1111/me…
fsbi (@thefsbi) 's Twitter Profile Photo

A lovely end to yesterday, with drinks and food around the sailing boats in itsamuseum, Bilbao! Hopefully, everyone is bright-eyed and bushy tailed this morning! #FSBI2024

A lovely end to yesterday, with drinks and food around the sailing boats in itsamuseum, Bilbao! Hopefully, everyone is bright-eyed and bushy tailed this morning! #FSBI2024
fsbi (@thefsbi) 's Twitter Profile Photo

A further welcome to delegates from Naiara R-Ezpeleta, who highlights the landmark occasion of this being the first FSBI symposium outside of the UK and Ireland! The excellent turnout was also praised for what could have been a narrow subject field: omics. Welcome #FSBI2024!

A further welcome to delegates from <a href="/naiara_re/">Naiara R-Ezpeleta</a>, who highlights the landmark occasion of this being the first FSBI symposium outside of the UK and Ireland! The excellent turnout was also praised for what could have been a narrow subject field: omics. Welcome #FSBI2024!
Sarah Salisbury (@salisbury_fish) 's Twitter Profile Photo

Fabulous talk by Lisette Delgado at #FSBI2024 who combined historical genomic and telemetry data to reveal a collapse in genetic diversity in Canadian cod between the 1990s and the 2010s, potentially due to a reduction in the year-round inshore cod ecotype. fsbi 🐟🧬🗺🍁

Fabulous talk by <a href="/mLisetteDelgado/">Lisette Delgado</a> at #FSBI2024 who combined historical genomic and telemetry data to reveal a collapse in genetic diversity in Canadian cod between the 1990s and the 2010s, potentially due to a reduction in the year-round inshore cod ecotype.

<a href="/TheFSBI/">fsbi</a> 

🐟🧬🗺🍁
Sarah Salisbury (@salisbury_fish) 's Twitter Profile Photo

A great introduction to close kin mark recapture by Ruzzante Lab who ground-truthed this technique using Brook Trout populations and is now applying CKMR with PhD candidate Ellie Weise to assess population size of commercially important halibut. fsbi #FSBI2024 🐟🧬

A great introduction to close kin mark recapture by <a href="/Ruzzante_Lab/">Ruzzante Lab</a> who ground-truthed this technique using Brook Trout populations and is now applying CKMR with PhD candidate <a href="/allelellie/">Ellie Weise</a> to assess population size of commercially important halibut.

<a href="/TheFSBI/">fsbi</a>
#FSBI2024 
🐟🧬
Sarah Salisbury (@salisbury_fish) 's Twitter Profile Photo

Samantha V. Beck identified the genomic regions and environmental variables driving return run timing variation in 🇨🇦 Atlantic Salmon. Pops with the most extreme run times may be most vulnerable to climate change due to ⬆️ genomic offsets! 🐟🧬⏰ FSBI Symposium fsbi #FSBI2024

<a href="/samvbeck/">Samantha V. Beck</a> identified the genomic regions and environmental variables driving return run timing variation in 🇨🇦 Atlantic Salmon. Pops with the most extreme run times may be most vulnerable to climate change due to ⬆️ genomic offsets!

🐟🧬⏰

<a href="/fsbi_symposium/">FSBI Symposium</a> 
<a href="/TheFSBI/">fsbi</a> 
#FSBI2024
FSBI Symposium (@fsbi_symposium) 's Twitter Profile Photo

And last but not least, thanks to all of you who attended. You are the reason #FSBI2024 exists. 🐟🥂 Here's to many more years of shared #fishscience!

And last but not least, thanks to all of you who attended. You are the reason #FSBI2024 exists. 

🐟🥂 Here's to many more years of shared #fishscience!
Iraide_AA 🟣 (@iraide_aa) 's Twitter Profile Photo

#FSBI2024 its over! Many thanks to everyone who came to #Bilbao, to the team of volunteers and many workers involved, fsbi for the support. Also, to these two wonderwomen of whom I feel so proud and inspired Meritxel González and Naiara R-Ezpeleta in AZTI we are lucky to have you😘

#FSBI2024 its over! Many thanks to everyone who came to #Bilbao, to the team of volunteers and many workers involved, <a href="/TheFSBI/">fsbi</a> for the support. Also, to these two wonderwomen of whom I feel so proud and inspired <a href="/mgintxausti/">Meritxel González</a> and <a href="/naiara_re/">Naiara R-Ezpeleta</a> in <a href="/azti_brta/">AZTI</a> we are lucky to have you😘
Evolutionary Applications (@evolappjournal) 's Twitter Profile Photo

Atlantic herring genetic structure is restricted to small parts of the genome. Genotype-environment associations show a putative inversion relates to a latitudinal pattern of winter seawater temp with Angela Fuentes Pardo🧬💻 Ruzzante Lab @xtinabourne @rystanman doi.org/10.1111/eva.13…

Atlantic herring genetic structure is restricted to small parts of the genome. Genotype-environment associations show a putative inversion relates to a latitudinal pattern of winter seawater temp

with <a href="/apfuentes7/">Angela Fuentes Pardo🧬💻</a> <a href="/Ruzzante_Lab/">Ruzzante Lab</a> @xtinabourne @rystanman

doi.org/10.1111/eva.13…
Sarah Salisbury (@salisbury_fish) 's Twitter Profile Photo

Ever wonder why sea lice wreak havoc on Atlantic salmon but leave coho unscathed? The secret is skin deep! Read more in our latest paper: "Keratinocytes drive the epithelial hyperplasia key to sea lice resistance in coho salmon" published BMC Biology!🧵 bmcbiol.biomedcentral.com/articles/10.11…

Sarah Salisbury (@salisbury_fish) 's Twitter Profile Photo

Coho salmon have a secret weapon against sea lice: their skin swells up around sea lice causing them to drop off or die! But we previously didn't know which cell types were responsible for this epic delousing strategy...and there's a lot of different cells in the skin! 2/

Ruzzante Lab (@ruzzante_lab) 's Twitter Profile Photo

A 2 -yr postdoc position is available in the group of Daniel Ruzzante at Dalhousie Univ. pending a successful funding application. Experience in pop genetics w successful publ. record and proficiency in bioinformatics and analysis of lcWGS a MUST. Visit ruzzante.ca/no-title/