Studying the race between evolution and extinction | Large Experimental Array of Ponds @McGillU | @bio_diverse Lab | Prone to Pics of Plankton
Joined June 2017
- Tweets 81
- Following 17
- Followers 148
- Likes 63
13 Photos and videos
LEAP retweeted
12 Apr 2022
Découvrez notre entrevue avec @nbcosta, doctorante sous la direction de @bjesseshapiro, sur son article publié dans Msystems sur la résistance au glyphoste des bactéries planctoniques ! 🧫🧬
FR/EN
Sur notre site web : biologiecsudem.weebly.com/na…
@umtlSciences @MP_Heb @V_Fugere
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LEAP retweeted
12 Sep 2021
Our research @LEAP_sci is gathering evidence that #glyphosate (aka RoundUp) impacts freshwater ecosystems - even when used according to guidelines.
Papers in Molecular Ecology and Ecological Applications led by @nbcosta @MP_Heb
montreal.ctvnews.ca/glyphosa… via @CTVMontreal
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LEAP retweeted
11 Aug 2021
I'm so happy that this study found a home at @ESAApplications ! Special thanks to @LEAP_sci collaborators and shout outs to stellar ECR coauthors @V_Fugere and @nbcosta
11 Aug 2021
Now online in @ESAApplications:
Widespread agrochemicals differentially affect zooplankton biomass and community structure
With #OpenData in @figshare
#AgriculturalPollution #WaterQuality #Zooplankton
@MP_Heb @LEAP_sci
doi.org/10.1002/eap.2423
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LEAP retweeted
7 May 2021
Prior exposure to stress allows the maintenance of an ecosystem cycle following severe acidification
doi.org/10.1111/oik.07829
@wileyecology @NordicOikos @bio_diverse @sofiavanmoorsel #phytoplankton #diurnal #variation #dissolvedoxygen #mesocosm #aquatic #biomass #freshwater
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Thrilled to share our latest LEAP publication ⬇️
Congratulations to @sofiavanmoorsel , the coauthors, and the fantastic field crew.
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LEAP retweeted
2 Mar 2020
Out now in @NatureEcoEvo :
Community rescue in phytoplankton communities following severe glyphosate pollution - biomass recovered but diversity was lost.
Full-text access:
rdcu.be/b2pho
A big experiment at @LEAP_sci lead by @V_Fugere and many collaborators.
2 Mar 2020
Researchers from #McGill find #glyphosate-based herbicides are contaminating lakes and harming biodiversity, making ecosystems more vulnerable to pollution and #climatechange. @bio_diverse mcgill.ca/newsroom/channels/…
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@LEAP_sci now up on “mesocosm” the open virtual network of aquatic mesocosm facilities worldwide. You can check out the others in 🇨🇦 including the in-lake mesocosm we have @info_gault
mesocosm.eu/mesocosm/large-e…
LEAP retweeted
13 Jun 2019
Our first data paper from @LEAP_sci 2017 is out in @RSocPublishing - Trophic structure modulates community rescue following acidification.
Fantastic team of scientists Graham Bell @V_Fugere @TrixieBB @bjesseshapiro @RowanBarrett Melania Cristescu Gregor Fussmann @BioMcGill
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LEAP retweeted
14 May 2019
“Trophic structure modulates community rescue following acidification” our first @LEAP_sci publication led by Graham Bell and @V_Fugere out soon in @RSocPublishing
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LEAP retweeted
1 May 2019
"99 percent of 68 water samples collected from the large water system contained at least one of the 10 pesticides researchers tested for and 31 percent of the samples contained neonicotinoids at levels higher than Canada allows"
ehn.org/pesticides-are-all-o…
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LEAP retweeted
24 Apr 2019
@LEAP_sci just joined MESOCOSM mesocosm.eu a hub for information about mesocosm facilities worldwide provided by the MESOAQUA project. As in astronomy, when telescopes are networked, we can combine forces to better study global drivers of aquatic ecosystems.
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LEAP retweeted
12 Dec 2018
How do we assess the stability of evolving communities? @sofiavanmoorsel used wavelets on DO data from @LEAP_sci 2018 pH stress to reveal the shifting structure of multiscale variability before, during and after pH stress.
#gonzalezlab #csbq2018
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LEAP retweeted
11 Dec 2018
@jnmarleau #gonzalezlab shows that we CAN predict the dynamics of plankton communities in response to pH stress in @LEAP_sci if we include temperature dependence of metabolic functions AND the variability of the temperature the mesocosms experienced #CSBQ2018
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LEAP retweeted
6 Dec 2018
Our most recent work is now out in @ESAFrontiers. Have you ever considered #pesticides as a source of #phosphorus in agricultural watersheds? We quantified the supply of P derived from #Roundup #glyphosate use globally and across the US.
@V_Fugere @bio_diverse @GRIL_Limnologie
You've probably heard a lot about nutrient pollution from fertilizers.
A new paper now suggests that the herbicide #glyphosate may be an overlooked contributor to phosphorus loading in agricultural landscapes.
esajournals.onlinelibrary.wi…
#Roundup #eutrophication
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LEAP retweeted
28 Nov 2018
Katie Millette describes the @LEAP_sci 2017 experiment where she developed eDNA and eRNA methods to track #biodiversity change during the selection for resistance to acidification #MEES
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LEAP retweeted
28 Nov 2018
@nbcosta @LEAP_sci results shown off by @bjesseshapiro at #MEES - very cool evidence of picoplankton community reorganization in response to pesticides #neonic #glyphosate
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LEAP retweeted
28 Nov 2018
Want to know more about @LEAP_sci ? Look at this 👉gonzalezlab.weebly.com/leap.…
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LEAP retweeted
28 Nov 2018
@V_Fugere tells #MEES about the first @LEAP_sci experiment where we found rapid increase in community resistance to #glyphosate selection in phytoplankton. Check out the paper on @biorxivpreprint biorxiv.org/content/early/20…
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LEAP retweeted
12 Nov 2018
Our first experiment @LEAP_sci is up on #bioRxiv :
Community rescue in experimental phytoplankton communities facing severe herbicide pollution. biorxiv.org/content/early/20…
We showed the eco-evolutionary responses to the herbicide #glyphosate
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