Felipe Albornoz
@felipe_alborn
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Postdoc at CSIRO. Plant and microbial ecology, statistics, bioinformatics, travelling and nature 🌈
Joined October 2015
Nutrient enrichment & plant provenance matter for AMF. N enrichment⬆️AMF richness, due to intro of exotic #plant species & exacerbation of their P-limitation. In contrast, NP- enrichment⬇️AMF richness due to a⬇️in host dependence on AMF @felipe_alborn
besjournals.onlinelibrary.wiley.com
Both the nature of soil nutrient enrichment and plant provenance matter for arbuscular mycorrhizal fungi (AMF). Nitrogen-only enrichment of low-phosphorus soils increased AMF richness, likely due to...
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New paper on the effects of ecosystem degradation on AMF
link.springer.com
Plant and Soil - Degraded ecosystems can be maintained by abiotic and biotic legacies long after initial disturbances, preventing recovery. These legacies can include changes in arbuscular...
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Proud to have been awarded the CSIRO L&W Science Excellence Award! I still don’t know basic math though…
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🥁Meet Dr Felipe Albornoz (@felipe_alborn), Postdoctoral research fellow @CSIRO. Felipe will be presenting on "Ecosystem degradation promotes richness of arbuscular mycorrhizal fungi in temperate eucalypt woodlands" #ESASCBO2022 Program: https://t.co/X04vMRy07A
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.@felipe_alborn challenges us to think whether ecosystem degradation may increase AMF diversity #ESASCBO2022
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New restoration experiment to test effects of carbon addition and weed removal on soil microbes and nutrients @felipe_alborn @SuzanneProber @CSIRO @MUniResearch
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"Ecological interactions among microbial functional guilds in the plant-soil system and implications for ecosystem function" - New paper by @felipe_alborn @SuzanneProber @RachelJStandish Read it here https://t.co/OQUdOhYvLm
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World-first study alert! 🌏 @IOA_UWA researchers & collaborators have directly compared the abundance & richness of 2 groups of root-colonising fungi across diverse Aus biomes. The @NewPhyt-published study was led by @CSIRO Dr @felipe_alborn while at #UWA
uwa.edu.au
Researchers from The University of Western Australia’s Institute of Agriculture have collaborated on a world-first study to directly compare the abundance and richness of two groups of root-colonis...
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Soil fertility drives plant life down-under: @RachelJStandish discusses her recent article & the importance of below-ground mechanisms for understanding factors determining community structure @MUniResearch @felipe_alborn 👇 https://t.co/cjHfPMBZE4
jecologyblog.com
Rachel Standish discusses her recent article: Mycorrhizal symbiosis and phosphorus supply determine interactions among plants with contrasting nutrient-acquisition strategies. Find out more about t…
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Recently accepted in New Phyt 🌱 Agricultural land-use favours Mucoromycotinian, but not Glomeromycotinian, arbuscular mycorrhizal fungi across 10 biomes @felipe_alborn @GaryBending @Degleeson @RachelJStandish
https://t.co/pAfz1es4lR
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In our "Meet the Scientist" series we are introducing the 'who's who' in plant-soil research 🌱🦠🧬🍄 Next up, meet Dr Felipe Albornoz! (@felipe_alborn) A microbial ecologist interested in mycorrhizal fungi, plant pathogens & ecosystem health. @EcolSocAus @CSIRO
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We figured out how to detect underground fungi through their symbiotic tree canopy hyperspectral signatures. R2 of 0.92 over 112,975 trees from >60 million measurements from 143 flights. https://t.co/LNg0eCh8QO
@FerRomeroGalvan @RyanPavlick @lawrensack @RichPhillipsLab
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Temperature and pH define the realised niche space of arbuscular mycorrhizal fungi https://t.co/TKzYkiI9hf
nph.onlinelibrary.wiley.com
See also the Commentary on this article by Kivlin et al., 231: 508–511.
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We did a pretty thing for science. Check out our new paper on cellular structures of fine root endophytes :) https://t.co/fz9A6NtG1a
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@Lou_tsia @gescheBW @PierreMariotte @SaltLifeScience @pessa_3 @JoshDaskin @kgiljo If you missed it, you can view Part 1 of our #ECR blog special issue here https://t.co/CN3wbLz9Y5 The theme is: Competition, plant enemies & defence mechanisms Featuring research from @felipe_alborn @contiluisita Marco Visser @Laura_J_Martin Timothy Thrippleton & Emily Bruns
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.@felipe_alborn AM fungi aren’t the only fungi that form arbuscules!! Fine root endophytes do also, but they aren’t glomeromycotina, they are distinct. #ESAus19
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I was too engrossed in @felipe_alborn talk to get a photo of the slides but fine root endophytes are different #ESAus19
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