Mathieu Buoro

@matbuoro.bsky.social

INRAE Research scientist Evolutionary ecology, Freshwater ecology, Salmonids, Individual based modeling, Bayesian modeling, climate change, conservation Saint Pee sur Nivelle France

Want to find a fully funded post-doctoral position in our lab, with functioning budget and an associated PhD grant for 3 years ? Apply to the CO-FUND Reach call at UPPA : recherche.univ-pau.fr/en/expertise... Open to all persons that spent less than 12 months in France in the last 3 years.

REACH-UPPA call for applications #1

Why undertake a Postdoctoral position?The REACH-UPPA Postdoctoral programme offers 10 outstanding postdoctoral researchers the opportunity to pursue

recherche.univ-pau.fr

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.

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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.

Albert Ruhí@albertruhi.bsky.social · last yr.

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.

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.

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 treatmentsBild