Mingkai Jiang
@jiangmingkai
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Terrestrial ecosystem ecologist | PI Zhejiang University | Ecosystem Function, Integration and Simulation (EFIS)
Hangzhou, China
Joined June 2009
Plant physiological responses to CO2 #fertilization can make natural climate solutions (e.g., reforestation, avoiding #deforestation) less efficient through climate feedback from stomatal closure. @NewPhyt @GeographyUcla
https://t.co/W0ElpjK4jy
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Wishing everyone a joyful and restful #NationalDay holiday! 【中国国旗图标】#国庆节 快乐！ Photo: XU Guoliang #ZJUcampus #China #国庆节
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Interested in global change ecology? Want to ‘dig’ deeper into mechanisms that drive ecosystem response to climate change? Follow the link to find out more about our available PhD scholarship. Closing date 30th September. https://t.co/ltZtDS3Wli
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Studying a future at risk, presents deep personal and professional challenges for scientists, as theoretical ecologist Prof Belinda Medlyn FAA (@b_medlyn) has experienced. Belinda is from Hawkesbury Institute for the Environment (@westernsydneyu, @westsyduhie) and we are so
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Thrilled to see this paper published - an international collaborative work involving modellers and experimentalists. We assessed the C-P interactions in models and their responses to elevated CO2 @westsyduhie @westernsydneyu @ZJU_China
A new study on Eucalyptus forests adds to evidence that the global CO2-driven carbon sink may be overestimated by models. Learn more in this week’s issue of Science Advances: https://t.co/fGEGygomRu
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A new study on Eucalyptus forests adds to evidence that the global CO2-driven carbon sink may be overestimated by models. Learn more in this week’s issue of Science Advances: https://t.co/fGEGygomRu
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Research at @EucFACE shows soil microbes restrict access to the essential nutrient phosphorus in mature eucalypt trees https://t.co/qowusYp6H5
@jiangmingkai @davidellsworth @yolimacarillo @ProfIanAnderson @S01LS @jsoilecol @SallyPowerUWS @riegler_markus
newscientist.com
Rising CO2 levels will spur the growth of forests, which store carbon, but an experiment suggests this effect could be restricted by the availability of phosphorus in the soil
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Extremely delighted to share this latest work from #EucFACE. We show microbial competition for phosphorus is strong that plants are getting enough nutrient to support extra biomass growth under elevated CO2. A great team effort and thanks to everybody involved.
New research published today in @SpringerNature shows that mature eucalyptus trees don’t increase their growth with increased carbon dioxide in the atmosphere, which was expected to boost plant growth, due to soil microbes restricting their access to the essential nutrient
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Our monthly Carbon Research Webinar is back - this time we have Daniel Goll @Pdevilselement talking about the effect of phosphorus on land C sink - supported by the editorial office from Carbon Research @Biochar5. All welcome to zoom in.
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Honored to be hosting Prof. Sönke Zaehle virtually today at 16:15 Beijing time. All are welcome to join! @soenke_zaehle @jzuscn
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📢 In Nov, my final chapter was published in @NewPhyt 🥳 We assessed the effect of eCO2 on stomatal conductance in trees and assessed the use of the optimal stomatal model. (Apologies for the delayed tweet!) https://t.co/gnqkLD4OLF
nph.onlinelibrary.wiley.com
Optimal stomatal theory predicts that stomata operate to maximise photosynthesis (Anet) and minimise transpirational water loss to achieve optimal intrinsic water-use efficiency (iWUE). We tested ...
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Excited to be hosting Beni Stocker @SteniBocker and Ensheng Weng @wengensheng, with support from @jzuscn. Let's talk about vegetation modelling. Link below:
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Looking forward to #AGU22 , please consider submitting an abstract to our session, co-organized by Kailiang Yu, @ultracricket , @GeorgiouKat and myself. Topics on terrestrial ecosystem ecology, biogeochemical cycling, climate change. Deadline 3rd August. https://t.co/Tw7cYefIjO
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Juergen @JurgenKnauer and I are organizing this Special Issue focusing on forest ecophysiology and climate change. Please contact us if you are interested.
Consider submitting a manuscript to our new Special Issue if you are working on ecophysiology and climate change.
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There have been lots of estimates of C emissions following the Australian #BlackSummer fires. How do they stack up against field observations? Our new paper looks at this, and post-fire tree mortality. 🧵 (1/ 8) https://t.co/Csb8q4iDIf
onlinelibrary.wiley.com
Aim To estimate loss of above-ground carbon (AGC) and conversion of live carbon to dead carbon following understorey and canopy fire. Location South-eastern Australia. Time period 2019–2020. M...
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Hot off the press in @GlobalChangeBio: read about lessons learned from 20 years of measuring #ecosytem #climate interactions via the #OzFlux network: https://t.co/DGiUIsIgxA
onlinelibrary.wiley.com
The Australian and New Zealand ecosystem observation network—OzFlux—celebrated 20 years making ecosystem measurements in 2020. Important insights and new knowledge from this 20-year period were...
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I'm attending #AGU2021 virtually, please tune in to my talk on a data-model intercomparison to better understand and simulate the carbon-phosphorus interaction with data collected from #EucFACE. Session B54C. Link 👉 https://t.co/gfoDfaQqVh.
@b_medlyn @climate_dude @westsyduhie
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If you’ve ever thought of coming to study or collaborate with @westsyduhie researchers once the borders open, here is a little snapshot of some of our cool research facilities.
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#Nitrogen and #phosphorus availability and mycorrhizal #fungi are crucial in driving modelled plant #carbon dynamics and trait distributions 👇 https://t.co/J2CE2jeXj1
@mateusddp @geobiodiversity @LCRS_UniMR @TMF_Ecuador
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NEW PIECE: Visualizing the Biomass of Life 🐂🐬🐝🐠🦩🦨🐢🐄#sciart #biomass #scientificillustration #illustration #animals #dataviz #datavisualization #visualjournalism #biodiversity
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