Taleta Bailey
@SoilCycling
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Post-doc Research Fellow @QUT 👩🔬 Soil Science ⛏🧪 C and N cycling in Agriculture Systems🌱 MTB 🚲
Joined November 2021
Thank you to @inverted_soil, Nicole Robinson (@UQ_News) @DLAntille, @Tim_GxExM_Cot, Ben Macdonald, and the @CSIRO Biogeochemistry team in Adelaide, and @CottonResearch for supporting this work.
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Just published #OpenAccess🔓 @ejsoilscience. In this latest paper from my PhD, we compare the dynamics of #Carbon and #Nitrogen cycling in #SoilOrganicMatter fractions and whole soils. Does stable C mean stable N? The results were surprising
bsssjournals.onlinelibrary.wiley.com
Nitrogen (N) released from soil organic matter (SOM) is quantitatively important for crop uptake, even when adequate fertiliser N is supplied. Understanding of SOM has shifted to recognise distinct...
A brilliant paper by Taleta @SoilCycling from her PhD where we disaggregate C and N cycling in isolated fractions in a long term irrigated cotton experiment and nearby remnant woodland @CottonResearch @ejsoilscience
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Congratulations @SoilCycling on your publication, great work “Opposing patterns of carbon and nitrogen stability in soil organic matter fractions compared to whole soil, European J. Soil Science” https://t.co/AAIQLL3VLa
@CSIRO @UQscience @inverted_soil @CottonResearch
bsssjournals.onlinelibrary.wiley.com
Nitrogen (N) released from soil organic matter (SOM) is quantitatively important for crop uptake, even when adequate fertiliser N is supplied. Understanding of SOM has shifted to recognise distinct...
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Field visit to @UQGattonUpdate for @theGRDC project on #nitrogen losses, planning semi automated #GHG chambers and lysimeter setup… thanks for guiding us!
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I’ve had a great week at @SoilScienceAust #SoilConferenceAU and finally presented some of my PhD research this morning: Linking N mobilisation and C stability in #SOM fractions. Some exciting results, stay tuned for the paper! w/ @inverted_soil @DLAntille @Tim_GxExM_Cot +more
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Field trips underway at #soilconferenceau learning about horticulture and soils around Darwin.
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Hey folks! It's science time! Here's some new* work where we look at differences between conventional soil extractions and microdialysis when sampling inorganic N - finding that disturbance of bound N is the key determining factor. https://t.co/K7aHeZrH9V *new = from my PhD...
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When you team up with the right Postdoc for your PhD
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Reading the comments on this is quite the insight into what people think about nitrogen use in agriculture
It's a key element in farming, but its emissions are 300 times more potent than CO2 — so can we live without it?
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Thanks to @inverted_soil and the team for having me. I have one probably very busy week of the trip to go, so more #Fractionation and adventures still to come!
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In my spare time I’ve explored Adelaide - hiking trails, seeing the beaches, riding all around the city and parks
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I’ve seen labs filled with all sorts of equipment for analysing soils and worked along side the people who run them. Also loaded my first ever samples onto a Leco 🔥
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I have become very well acquainted with the automated sieve-shaker, collecting coarse and fine #SoilOrganicMatter fractions for an upcoming experiment.
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For the past few weeks, I’ve been hanging out with the #CSIRO Soil Biogeochemistry team in Adelaide. Thought it’s about time I share what I’ve been up to! ⬇️⬇️
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Culture shocks for a #Queenslander in #Adelaide: 1. Asking for a schooner of beer and being poured a pot 🤨 2. The beaches have surf life savers, with a rescue 🚁 and all, but there is no surf.. 3. AFL
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Trying to remember where all the good places to hide from undergrads are
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Attempt no. 1 at #LibraryPrep protocol didn’t not even remotely work. 🤞 that the next run goes better
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