Jérôme Burkiewicz
@jeromeburkiewicz.bsky.social
610 followers 96 following 8 posts
Ph.D. student in Simon Joly lab working on the evolution of flower morphology in an urbanization context 🌸 🐝 🌳🏙️| Interested in flower evolution, pollination, plant reproduction, local adaptation and conservation.
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jeromeburkiewicz.bsky.social
🚨 My first first-authored paper is out on bioRxiv!

🌆🏵️ Urbanization changed the pollinator community and flower morphology of Impatiens capensis.

🐝 The size of bumblebees—the main pollinators—correlated with sepal size, driving selection for larger sepals in urban populations.

🧵 More below ⬇️
biorxiv-evobio.bsky.social
Urbanization drives genetic and plastic responses of the spotted jewelweed flower morphology https://www.biorxiv.org/content/10.1101/2025.06.10.658901v1
Reposted by Jérôme Burkiewicz
irbv.bsky.social
📢 Prochain séminaire // Next conference

AI tools in scientific writing: Should you? And how?

👨‍🔬 Stephen B. Heard, U New Brunswick
📅 Mercredi, 10 septembre 2025, 13:30
📍 Centre sur la biodiversité, B-104
Reposted by Jérôme Burkiewicz
simjoly.bsky.social
Si vous êtes à Montréal mercredi, vous devriez venir écouter le séminaire de @stephenbheard.bsky.social sur l'utilisation de l'IA en rédaction scientifique! 🧪

If you are in Montreal on Wednesday, you should definitely come to @stephenbheard.bsky.social's talk on AI in scientific writing! 🧪
irbv.bsky.social
📢 Prochain séminaire // Next conference

AI tools in scientific writing: Should you? And how?

👨‍🔬 Stephen B. Heard, U New Brunswick
📅 Mercredi, 10 septembre 2025, 13:30
📍 Centre sur la biodiversité, B-104
Reposted by Jérôme Burkiewicz
irbv.bsky.social
📢 Prochain séminaire

👩‍🔬 Silvana Martén Rodriguez, UNAM

🧪 Changing tracks towards the summit: pollination and breeding system shifts along tropical mountain gradients

📅 Mercredi 27 août 2025 à 11h30 à l’IRBV (B-354).
Reposted by Jérôme Burkiewicz
kathleenmkay.bsky.social
Is the Most Effective Pollinator Principle a zombie idea? How do plants adapted to one pollinator shift to another without traversing an adaptive valley? How should we measure fitness in pollinator selection studies? We explore these questions and more in a new review doi.org/10.1093/aob/...
Beyond the Grant–Stebbins model: floral adaptive landscapes and plant speciation
AbstractBackground. Floral diversity, a striking feature of angiosperm evolution, provides the impetus and rationale for linking pollinator-driven selectio
doi.org
Reposted by Jérôme Burkiewicz
joellelafond.bsky.social
Interested in sex chromosomes evolution and want to wrap up today’s talks on a colorful note? Come see my presentation on guppy sex chromosomes today, July 8th! 🐠

#CSEE2025
⌚16h15, 📍 Lac Memphrémagog
jeromeburkiewicz.bsky.social
Hey #CSEE2025 interested in flowers, natural selection, urbanization or any combination of the three?
I’m presenting results of my thesis at 11am today in the urban ecology session (Rivière Coaticook)
simjoly.bsky.social
You have to come and see the talk of @jeromeburkiewicz.bsky.social that will test if urbanization affects natural selection by pollinator on flower shape.
#CSEE2025

It is at 11:00 in Rivière Coaticook
jeromeburkiewicz.bsky.social
In the field, phenotypic plasticity masked the genetic differences observed in the common garden.

Urbanization influenced flower morphology through both plastic and genetic changes!

This counter-gradient variation means the environment dampens genetic adaptation—making evolution harder to detect!
jeromeburkiewicz.bsky.social
Bumblebee size was also positively correlated with the genetic component of sepal size.

This suggests that bumblebee size is a key selective agent acting on Impatiens capensis sepal size

But wait—there’s more!
jeromeburkiewicz.bsky.social
The difference in bumblebee size between urban and natural sites wasn’t the same in every city.

Interestingly, the genetic component of sepal size paralleled this result, the variation in sepal size following the one in bumblebee size.
jeromeburkiewicz.bsky.social
We combined field and common garden experiments to study flower evolution in natural and urban habitats, disentangling plastic from genetic responses.

We surveyed pollinators and flower morphology of Impatiens capensis in 16 populations across the Quebec, Montreal, Ottawa, and Toronto regions.
jeromeburkiewicz.bsky.social
Urbanization alters species richness, abundance, and even evolution—especially of pollinators.

Since pollinators form mutualistic interactions with plants, shifts in their diversity, abundance, or traits can drive selection on flower morphology.
jeromeburkiewicz.bsky.social
🚨 My first first-authored paper is out on bioRxiv!

🌆🏵️ Urbanization changed the pollinator community and flower morphology of Impatiens capensis.

🐝 The size of bumblebees—the main pollinators—correlated with sepal size, driving selection for larger sepals in urban populations.

🧵 More below ⬇️
biorxiv-evobio.bsky.social
Urbanization drives genetic and plastic responses of the spotted jewelweed flower morphology https://www.biorxiv.org/content/10.1101/2025.06.10.658901v1
Reposted by Jérôme Burkiewicz
joellelafond.bsky.social
Je suis heureuse d’annoncer l’obtention d’une bourse postdoctorale du FRQ pour mon projet sur les conséquences de la perte de recombinaison génétique chez les guppys, dans le labo de Judith Mank (UBC)! Je présenterai ces travaux au #SCEE2025 à Sherbrooke cet été – au plaisir de vous y voir!
Reposted by Jérôme Burkiewicz
rmcelreath.bsky.social
If you hate statistics like I do, then you'll love my free lectures. Putting science before statistics, 20 lectures from basics of inference & causal modeling to multilevel models & dynamic state space models. It's all free, made with love and sympathy. 🧪 #stats www.youtube.com/playlist?lis...
Reposted by Jérôme Burkiewicz
ipbes.net
IPBES @ipbes.net · Apr 14
🌧️🌵 Climate extremes are reshaping the world of pollinators!

A new study reveals that a decrease or excessive increase in water availability can negatively affect the reproductive potential of plant species & pollinators collecting their nectar. 🌍🧪

Learn more: www.nature.com/articles/s41...
Extreme events induced by climate change alter nectar offer to pollinators in cross pollination-dependent crops - Scientific Reports
Scientific Reports - Extreme events induced by climate change alter nectar offer to pollinators in cross pollination-dependent crops
www.nature.com
Reposted by Jérôme Burkiewicz
jameststroud.bsky.social
Exciting news! @wcratcliff.bsky.social and I published an essay last week in @nature.com reviewing the substantial contributions of 'long-term' studies to evolutionary biology
www.nature.com/articles/s41...

1/n
Reposted by Jérôme Burkiewicz
Reposted by Jérôme Burkiewicz
kazohashilab.bsky.social
Moir et al. (2025) asked how pollinators drive geographic floral divergence in Brunsvigia gregaria with a generalist pollination system. Style length correlates with the body length of locally important pollinators, highlighting their critical role in floral evolution. #Ecology

bit.ly/4aEqb8u
The title of the paper, 'A test of the Grant–Stebbins pollinator-shift model of floral evolution,' published in New Phytologist. Graphs showing how floral morphology in B. gregaria aligns with pollinator body size and contact probability. The first two graphs show that mean style length increases with pollinator body size (weighted mean pollinator body length and the mean body length of the most important pollinator group). The other two graphs show the probability of contact with floral reproductive parts by ubiquitous pollinators: honeybees contact them more often at short-style sites, while bee flies show no significant difference among sites.
Reposted by Jérôme Burkiewicz
itaiyanai.bsky.social
New work reveals the impact of anxiety & depression on PhD students.
"Anxiety and depression can have a substantially detrimental impact on graduate students’ experiences [..] and likely also contribute to increased time to degree and student attrition."
nature.com/articles/s41...
Reposted by Jérôme Burkiewicz
jay.bsky.team
We’ve put a lot of work into making Bluesky a healthier social network. This app is designed to give you a choice — in what you want to see, what you don’t want to see, and how you want to interact.

Some tips on how to customize your experience:
jeromeburkiewicz.bsky.social
Hi Brian, thanks for the list. Can I also be added please ?
Reposted by Jérôme Burkiewicz
simjoly.bsky.social
The Joly lab at #Evol2024 today…

Jérôme Burkiewicz (@jeromeburkiewicz) is presenting some of his PhD work on the genetic and plastic effects of urbanization in flower chape of the jewelweed.

📌 4:15, room 525AB (Floral Evolution), Sunday 28th
Reposted by Jérôme Burkiewicz