SMIRES COST Action retweetledi
The phenomenal @tdatry is giving a lecture about #IntermittentRivers in Pécs, Hungary before tomorrow's General Assembly meeting of @DRYvER_H2020.
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SMIRES COST Action
1.3K posts
SMIRES COST Action
@smirescost
Science and Management of Intermittent Rivers & Ephemeral Streams, COST Action CA15113, H2020, networking, conferences, workshops, early career scientists
Europe and beyond Katılım Nisan 2016
55 Takip Edilen582 Takipçiler
SMIRES COST Action retweetledi
A rarity - a study of macroinvertebrate
community diversity in ephemeral and perennial streams in a glacierized catchment, in Alaska.
Dedicated to the memory of the much-missed Jill Crossman.
doi.org/10.1007/s10750…
@Fred_Windsor
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Bourke et al. present a framework representing the hydrology of persistent pools in IRES. It can be used to evaluate pool vulnerability to changes in climate and groundwater abstraction.
Congrats @shanagland et al. on this important work.
doi.org/10.5194/hess-2…
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Antoine Di Ciacca @Eddy26204187 et al. use satellite imagery and machine learning to derive transmission losses in the Selwyn River IRES in New Zealand
doi.org/10.5194/hess-2…
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Arce et al. quantify CO2 and N2O emssions from IRES in agricultural areas. CO2 is released during both dry and wet phases. Microbial denitrification after water returns results in transitory N2O emissions and can locally reduce nitrate pollution
doi.org/10.1016/j.jenv…
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Jaeger et al. use 544 observations of wet/dry instream state to train a model to predict streamflow permanence in mountain headwater streams, with drainage area, geology, topography and land cover acting as top predictors
doi.org/10.1002/hyp.14…
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@LauraGruppuso et al.: leaf characteristics 🍂remain a key control on microbial leaf litter decomposition, regardless of antecedent and current flow conditions in intermittent and perennial streams🌊
doi.org/10.1007/s00248…
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SMIRES COST Action retweetledi
Stoked to share our new piece in L&O Letters! We re-analyzed @DrNitrogen's Sycamore Creek dataset to analyze the stability of invertebrates in response to floods/droughts, using multiple measures of stability: aslopubs.onlinelibrary.wiley.com/doi/10.1002/lo… @aslo_org @PSUecosystems
⛈️☀️🌊🦟🪱🌵🏞️
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@thiaggotayer (I think) et al. use multispectral images to quantify pool area, length, perimeter and width in a large lowland intermittent river as it shifts from wet to dry and back again, over 4 years
doi.org/10.1016/j.jhyd…
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Schmidt et al.: a rare study of fish alpha and beta diversity in an Afrotropical river system in which intermittence is exacerbated by human activities.
doi.org/10.1002/ece3.9…
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Congrats @agdelv et al. Great to see non-perennial streams represented in your study, and interesting to see that non-perennial streams were among those with the highest, most variable GHG concentrations
Amanda DelVecchia@agdelv
Low gradient, higher temperature @NEON_sci streams tended to have higher GHG concentrations. Relationships btwn CO2, CH4, and O2 suggested anaerobic metabolism in-stream or along contributing GW flowpaths. @DrBioGC @FluvialBenthos @aliceinH2Oland aslopubs.onlinelibrary.wiley.com/doi/10.1002/ln…
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SMIRES COST Action retweetledi
A rare study of how the taxonomic and functional diversity of terrestrial plant communities changes in temporary river channels during their dry phases.
Congratulations @MilnerTory @chloe_hayes2
doi.org/10.1002/rra.40…
Such a lot of butterbur!
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Cavallo et al. use multispectral Sentinel-2 images to distinguish between flowing, ponded and dry phases along Mediterranean IRES
doi.org/10.1038/s41598…
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Congratulations @NCatalanGarcia @RubndelCampo @cmendozalera @DvonSchiller @enricobertuzzo et al. on this great collaborative @smirescost study 👏
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New paper: @ollanosp @SabaterSergi @VicencAcuna et al. use SWAT models to simulate spatial and temporal patterns of flow intermittence in a Mediterranean river basin
doi.org/10.1080/026266…
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Exciting new paper by @tdatry @AmelAqua et al. out in BioScience: Causes, Responses, and Implications of Anthropogenic versus Natural Flow Intermittence in River Networks.
How do natural and artificial IRES differ?
doi.org/10.1093/biosci…
Thibault Datry @tdatry.bsky.social@tdatry
Naturally #DryingRivers support unique #Biodiversity & numerous #EcosystemServices. Rivers that dry because of #HumanActivities may not: ignoring this distinction could undermine #management of #RiverNetworks & exacerbate risks to ecosystems & people. urlz.fr/k4Zy
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SMIRES COST Action retweetledi
Our paper on biomonitoR, an R package for managing ecological data and calculating biomonitoring indices, published today in @PeerJLife peerj.com/articles/14183 #Biodiversity #Bioinformatics #Ecology #DataScience #FreshwaterBiology
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Fei et al. propose a deep-learning model to map alpine IRES at the catchment scale, using Sentinel-1 time series and digital elevation models. This could be a powerful tool to monitor change in IRES—in challenging environments.
doi.org/10.1016/j.rse.…
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@jtylerfox @dan_magoulick fragmentation, seasonal flow changes, low flow magnitude and the timing (more than the frequency, magnitude or duration) of high-flow events all influence fish assemblages in IRES across diverse US ecoregions
doi.org/10.1016/j.ecol…
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