Mathieu Buoro
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matbuoro.bsky.social
Mathieu Buoro
@matbuoro.bsky.social
750 followers 150 following 10 posts
INRAE Research scientist
Evolutionary ecology, Freshwater ecology, Salmonids, Individual based modeling, Bayesian modeling, climate change, conservation
Saint Pee sur Nivelle France
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matbuoro.bsky.social
Mathieu Buoro @matbuoro.bsky.social · Jul 31
Un nouvel article #OpenAccess du LIA MacLife ! Fruit d’une collaboration entre @inrae-france.bsky.social, @universiteuppa.bsky.social et @natureatcal.bsky.social, cette étude en Sierra Nevada explore les effets croisés du changement climatique et des invasions biologiques en rivières de montagne.
albertruhi.bsky.social Albert Ruhí @albertruhi.bsky.social · Jul 31
Interested in climate change, invasive predators, and cross-ecosystem linkages? Check out our newest paper in @aslo.org's L&O, from a fun experiment we ran three summers ago in California's Sierra Nevada, beautifully led by postdoc @chaevangelista.bsky.social!
Stream Channels - One of the most unique features of SNARL is the experimental stream channel system. The original channels were established by US Fish and Wildlife researchers in the 1940’s and divided Convict creek into four sections up to 400 meters in length, with individual water-control structures and moveable fish barriers. An array of new experimental stream channels was built in the 1990’s, and consisted of nine identical stream sections, with identical patterns of riffles, pools, and meanders. Each channel is one meter wide and 50 meters long, with natural sediments and cobbles laid over a rigid concrete base. The new channels provide researchers with statistically meaningful replicates for controlled comparative studies. In addition to the experimental channels and divided stream sections, researchers have access to stretches of Convict Creek above and below the reserve, and to small channels flowing through the aquatic laboratory. Fig. 1. (a) Schematic presentation of the experimental setup with the four treatment combinations and their position within the experimental channels.(b) Underwater view of a riffle during high- and low-flow conditions
Reposted by Mathieu Buoro
billurbektas.bsky.social
Are you involved in ecological forecasting in Europe?
We’re mapping forecasting applications across the continent — from SDMs to observatories with predictive potential.
Our goal: make EU forecasting more connected and identify both immediate and long-term forecasting potential.
November 10, 2025 at 10:49 AM
Reposted by Mathieu Buoro
oaggimenez.bsky.social
📖 Notre livre "Analyse des données en écologie - Introduction aux outils statistiques avec R" avec Jean-Yves Barnagaud aux manettes sort tout bientôt 😊🥳

On espère qu'il vous plaira, et qu'il vous sera utile 🤓

www.biotope-editions.fr/produit/anal...
Analyse de données en écologie - Editions Biotope
L’analyse de données est devenue une composante incontournable dans le paysage de l’écologie de terrain. L’avènement des sciences participatives, l’exigence croissante de qualité de la part des comman...
www.biotope-editions.fr
September 4, 2025 at 6:20 PM
matbuoro.bsky.social
Un nouvel article #OpenAccess du LIA MacLife ! Fruit d’une collaboration entre @inrae-france.bsky.social, @universiteuppa.bsky.social et @natureatcal.bsky.social, cette étude en Sierra Nevada explore les effets croisés du changement climatique et des invasions biologiques en rivières de montagne.
albertruhi.bsky.social Albert Ruhí @albertruhi.bsky.social · Jul 31
Interested in climate change, invasive predators, and cross-ecosystem linkages? Check out our newest paper in @aslo.org's L&O, from a fun experiment we ran three summers ago in California's Sierra Nevada, beautifully led by postdoc @chaevangelista.bsky.social!
Stream Channels - One of the most unique features of SNARL is the experimental stream channel system. The original channels were established by US Fish and Wildlife researchers in the 1940’s and divided Convict creek into four sections up to 400 meters in length, with individual water-control structures and moveable fish barriers. An array of new experimental stream channels was built in the 1990’s, and consisted of nine identical stream sections, with identical patterns of riffles, pools, and meanders. Each channel is one meter wide and 50 meters long, with natural sediments and cobbles laid over a rigid concrete base. The new channels provide researchers with statistically meaningful replicates for controlled comparative studies. In addition to the experimental channels and divided stream sections, researchers have access to stretches of Convict Creek above and below the reserve, and to small channels flowing through the aquatic laboratory. Fig. 1. (a) Schematic presentation of the experimental setup with the four treatment combinations and their position within the experimental channels.(b) Underwater view of a riffle during high- and low-flow conditions
July 31, 2025 at 10:01 AM
Reposted by Mathieu Buoro
albertruhi.bsky.social
We found that early low flows and non-native fish had additive, but not synergistic effects on stream insect emergence. Low flows shifted community structure, and brown trout increased the emergence of small-sized groups - and benthic algal biomass!
(c) Effect of treatment combinations on the size spectra slopes fitted using max-imum likelihood estimation. Mean and 95% CI are represented. (d) Body size distribution of emerging insects in the different treatment combinations. Raincloud plots showing the effect of treatment combinations on benthic algae biomass at the end of the experiment. Dots represent the samples (n = 12 per treatment), boxplots and half violin plots represent the probability density of the data.
July 31, 2025 at 1:21 AM
Reposted by Mathieu Buoro
albertruhi.bsky.social
We subjected stream channels to future low-snowpack & early snowmelt scenarios, and to presence of brown trout, a global invader. We tracked dynamics of emerging insects—a key linkage connecting streams to the adjacent terrestrial environment
Temporal variation in emerging insect abundance (mean and SE) over the experiment in current and early low-flow treatments
July 31, 2025 at 1:21 AM
Reposted by Mathieu Buoro
albertruhi.bsky.social
Interested in climate change, invasive predators, and cross-ecosystem linkages? Check out our newest paper in @aslo.org's L&O, from a fun experiment we ran three summers ago in California's Sierra Nevada, beautifully led by postdoc @chaevangelista.bsky.social!
Stream Channels - One of the most unique features of SNARL is the experimental stream channel system. The original channels were established by US Fish and Wildlife researchers in the 1940’s and divided Convict creek into four sections up to 400 meters in length, with individual water-control structures and moveable fish barriers. An array of new experimental stream channels was built in the 1990’s, and consisted of nine identical stream sections, with identical patterns of riffles, pools, and meanders. Each channel is one meter wide and 50 meters long, with natural sediments and cobbles laid over a rigid concrete base. The new channels provide researchers with statistically meaningful replicates for controlled comparative studies. In addition to the experimental channels and divided stream sections, researchers have access to stretches of Convict Creek above and below the reserve, and to small channels flowing through the aquatic laboratory. Fig. 1. (a) Schematic presentation of the experimental setup with the four treatment combinations and their position within the experimental channels.(b) Underwater view of a riffle during high- and low-flow conditions
July 31, 2025 at 1:21 AM
Reposted by Mathieu Buoro
inrae-ecobiop.bsky.social
New paper by @chaevangelista.bsky.social ‬ and colleagues shows how California mountain river communities can be altered by climate change, through longer low flow periods, and the interaction of a predator, here the infamous brown trout.
doi.org/10.1002/lno....
Prolonged low flows and non‐native fish operate additively to alter insect emergence in mountain streams
Climate-induced flow alteration is decreasing snowpack and advancing snowmelt, subjecting mountain streams to longer low-flow periods. Yet, anticipating how stream ecosystems respond to prolonged low...
doi.org
July 30, 2025 at 7:25 AM
matbuoro.bsky.social
After years of non-stop brainstorming and hard work with
@alamarins.bsky.social & co, we're thrilled to present IBASAM (v3): a spatially explicit demo-genetic individual-based model for anadromous salmonids (meta)populations. @inrhttps://ibe.pensoft.net/articles.php?id=153305
IBASAM: a spatially explicit demo-genetic individual-based model for anadromous salmonids (meta)populations
To improve our understanding and management of species’ response to environmental and anthropogenic changes, there is a critical need for integrative modeling approaches that encompass demographic, ec...
ibe.pensoft.net
June 13, 2025 at 6:33 AM
Reposted by Mathieu Buoro
michaelgbertram.bsky.social
Over the moon to finally share our new study in @science.org led by the amazing @jack-brand.bsky.social!

Pharmaceutical pollution at environmentally realistic levels alters behaviour and migration in Atlantic salmon, directly affecting survival

👉 science.org/doi/10.1126/...
April 10, 2025 at 8:03 PM
Reposted by Mathieu Buoro
pnas.org
A study of the 2012–2016 California drought chronicles how low river flows during the breeding season caused Chinook salmon to shift downriver and caused steelhead and coho salmon to fail to breed entirely in some tributaries and watersheds. In PNAS: www.pnas.org/doi/10.1073/...
Coastal steelhead trout in California.
April 8, 2025 at 7:10 PM
Reposted by Mathieu Buoro
sfgate.com
A new UC Berkeley study reveals how one dry winter decimated salmon and trout populations across Northern California — and how they made a comeback.

📰: www.sfgate.com/local/articl...
April 10, 2025 at 6:48 PM
Reposted by Mathieu Buoro
hugoflavio.com
New paper out! An analysis of recent advances and challenges in tag miniaturization. I had a good time drawing Figure 3 (see below). Small things can help ensure the tagged animals recover fully!
How small can they go? Microelectronic tags for movement ecology of small aquatic organisms
Abstract. Miniaturization and optimization of batteries and electric components, as well as new technological innovations, are driving increased use of mic
doi.org
March 14, 2025 at 11:49 AM
Reposted by Mathieu Buoro
inrae-france.bsky.social
🔬A un moment où la #science fait l’objet de mises en causes préoccupantes aux Etats-Unis 🇺🇸 (censure, arrêts de grands programmes et annonce de licenciements massifs dans la recherche publique), INRAE soutient le mouvement #StandUpForScience ✊
(1/2)
March 6, 2025 at 5:03 PM
Reposted by Mathieu Buoro
hankbaker.bsky.social
Delighted to share our new paper in Ecology Letters:
Variation in Salmon Migration Phenology Bolsters Population Dynamics but is Threatened by Drought.

With @fishteph.bsky.social, Ted Grantham, and Mariska Obedzinski.

#rivers #fishes #salmon
🧪🐟
🧵(1/8)

doi.org/10.1111/ele....
Variation in Salmon Migration Phenology Bolsters Population Stability but Is Threatened by Drought
We show that intrapopulation variation in juvenile movement and rearing strategies enhances population stability in endangered coho salmon near their southern range limit. However, variation in reari...
doi.org
February 25, 2025 at 6:00 PM
Reposted by Mathieu Buoro
alamarins.bsky.social
Which exploitation strategy should be adopted for salmonid metapopulations? 🎣 Could knowledge of source-sink dynamics improve their management?

Our latest paper is just out!
onlinelibrary.wiley.com/doi/10.1111/...

Simulations results 📈 suggest being not selective as the best strategy 💡
January 15, 2025 at 7:22 PM
Reposted by Mathieu Buoro
robfour.bsky.social
What a good way to ring in the new year! Our new paper is (finally) out in Ecology Letters!

doi.org/10.1111/ele....

We looked at climate driven phenological patterns across food webs in the San Francisco, Chesapeake, and Massachusetts Bay estuaries.
Long‐term data reveal widespread phenological change across major US estuarine food webs
Climate change is shifting the timing of organismal life-history events. Although consequential food-web mismatches can emerge if predators and prey shift at different rates, research on phenological...
doi.org
December 31, 2024 at 6:16 PM
Reposted by Mathieu Buoro
fishbouchard.bsky.social
First release of future #salmon #smolts tagged with PIT tags for the Life #KANTAURIBAI - first big step before modelling their next downstream #migration and the #probability to enter hydropower plant canals. Check the project summary here: tinyurl.com/LifeKantauri... #SCIMABIO-Interface #GAN-NIK
A tagged salmon in the river. ©SCIMABIO-Interface Salmon to be released in the river. ©SCIMABIO-Interface Salmon to be released in the river. ©SCIMABIO-Interface
February 22, 2024 at 3:44 PM