Liyin Liang

Modeller

[Liyin Liang @LiyinLiang]

Great to have the first paper out from Darwin's PhD programme!
Estimating the Photorespiratory CO2 Compensation Point and CO2 Release in the Light Using the Laisk Method Combined With Photosynthetic Theory - Moreno‐Echeverry - Plant, Cell & Environment https://t.co/TwEs7wfXj3

[Nature Reviews Earth & Environment 🌈 @NatRevEarthEnv]

🚨New Review!

Temperature responses of ecosystem respiration.

By Shuli Niu, @LiyinLiang,@MaryHeskel, @kaiz_p, @BenBondLamberty, @GabYvonDurocher, @OwenAtkin, @YiqiLuo, et al.

https://t.co/o6YS9Z5ei3 (free: https://t.co/LZ0K6R8PCs)

[Ben Bond-Lamberty @BenBondLamberty]

Microbes in Models: Integrating Microbes into Earth System Models for Understanding Climate Change https://t.co/aNwGRq3O0x

[Daijiang Li @_djli]

I am looking for 1-2 PhD students and 1 postdoc to join my lab (https://t.co/nnjrtizajc). I will be available to chat with potential candidates about these positions during #ESA2023 at Portland, Oregon in 2 weeks. RT and spread the words please, thanks! https://t.co/pYF5t8Cmx1

[Yiqi Luo @YiqiLuo]

Would ecosystem respiration (ER) exponentially increase with temperature or peak at an optimum temperature before decline? ER at 183 out of 212 sites display a parabolic response pattern as revealed by a paper in Nature Ecology & Evolution. https://t.co/oVuVRIYrLW

[Global Change Biology @GlobalChangeBio]

|| NEW RESEARCH ||
No detectable upper limit of mineral‐associated organic carbon in temperate agricultural soils

📄 https://t.co/9XLCnSFBye

[Global Change Biology @GlobalChangeBio]

|| NEW RESEARCH ||
Global soil nitrogen cycle pattern and nitrogen enrichment effects: tropical versus subtropical forests

📄 https://t.co/hXjzPW8i1M

[Global Change Biology @GlobalChangeBio]

OPINION
The carbon‐quality temperature hypothesis: Fact or artefact?

📄 https://t.co/Ec5QJzDcye
@waikatoscience @mwlr_nz

[Liyin Liang @LiyinLiang]

Our opinion paper on a reappraisal of the carbon‐quality temperature hypothesis is finally published. Good team work with @louisschipper and thanks for supports from @MarsdenFund and @mwlr_nz. https://t.co/7lfiehH33c

[Xavi Ruiz @xruiztru]

Interesting graph showing population through the ages

[Liyin Liang @LiyinLiang]

An exciting time for MMRT works! Thank Vic and Louis to bring all together.

[Marsden Fund @MarsdenFund]

One of the two new Council Awards is to Prof Vic Arcus & Prof Louis Schipper @waikato, Dr Liyin Liang @mwlr_nz and Dr Bella Duncan @VicUniWgtn: is there a single theory of temperature dependence that applies to life in a range of scales in time and space?
https://t.co/MS9AY4doWi

[Liyin Liang @LiyinLiang]

"Goldilocks Zone" for nitrifiers and denitrifiers! Have fun Micros but don't burn our planet! https://t.co/1MJqGfT2UB

[Mary Heskel @MaryHeskel]

My #OTNOT essay for #AmJBot on recent advances in leaf respiration 🍃 research. So many cool studies in the last few years, I had to cut ~20 refs to meet guidelines! Best part of studying leaf R -besides the LiCor swag- is the community of researchers. https://t.co/gEjGUBPVI6

[Liyin Liang @LiyinLiang]

Very nice! https://t.co/N5y3yzFUYn

[Rachel Gallery @rachelgallerys]

Great #AGU17 talk @LiyinLiang presenting results of this paper -- and #researchcake! https://t.co/ItGXx2jkaw

[Mary Heskel @MaryHeskel]

Striking a chord...
"Q:What everyday thing are you better at than everyone else? What’s your secret?

A: I am really good at missing deadlines. My secret to this is overcommitting to projects because of a profound inability to say no." https://t.co/na41Cj4L4G

[Global Change Biology @GlobalChangeBio]

Macromolecular rate theory (MMRT) provides a thermodynamics rationale to underpin the convergent temperature response in plant leaf respiration https://t.co/kIj3HeaS3Y

[Liyin Liang @LiyinLiang]

Explain temperature response of leaf respiration using MMRT. Check out our new article. https://t.co/M9WRr8VnrR

[aleksandr @pugsleyb]

Urban outdoor water use and response to drought assessed through mobile energy balance https://t.co/J2fCVQtneX via @IOPscience

[Emily Mullin @emilylmullin]

Scientists used CRISPR to put this GIF inside living DNA.
https://t.co/wWFGiompvz