Cheng Gao (高程)

Full Professor @StateKeyLabMycology & Former Postdoc @UCBerkeley with Prof. John W. Taylor. MICROBIOTA---ECOSYSTEM---OMICS and everything in between.

[Cheng Gao (高程) @chenggucb]

Glad to learn that @NatureComms picks our research as editors’ highlight, Bacterial genome size and gene functional diversity negatively correlate with taxonomic diversity along a pH gradient. https://t.co/IeVz9nre0i

[Cheng Gao (高程) @chenggucb]

New @NatureComms paper out, Bacterial genome size and gene functional diversity negatively correlate with taxonomic diversity along a pH gradient, https://t.co/RNjrpWKjhV

[Cheng Gao (高程) @chenggucb]

@MycoChina Sure! Thank you for the cooperation

[Cheng Gao (高程) @chenggucb]

#ICOM11, having three concurrent sessions, a new experience benefited from the online meeting

[Cheng Gao (高程) @chenggucb]

@BalaChaudhary @MaarjaOpik @mykophile Glad for the opportunity to organize this session, really fun

[Francis M. Martin @fmartin1954]

The 11th International Conference on Mycorrhiza #ICOM11 will kick off in Beijing in a few hours. During the next 4 days, 100+ speakers will present their most recent findings on the biology, ecology and applications of mycorrhizal symbioses. Stay tune!

[Cheng Gao (高程) @chenggucb]

Check out the new research on #Resistance & #Resilience of Microbiome community & #network, published on @NatureComms https://t.co/Zc8Cay0EAm

[Cheng Gao (高程) @chenggucb]

@MonikaSFischer The FGC at Asilomar?

[New Phytologist @NewPhyt]

Nitrogen fertilization disrupts arbuscular mycorrhizal fungal temporal dynamics @ask4joshua10 @chenggucb @wylongceltics @claire_willing @ScienceIsMetal
https://t.co/M2rBUfijhd

[Cheng Gao (高程) @chenggucb]

#SignalCommunication & #ResourceExchange manage #AdaptiveStrategies of #ArbuscularMycorrhizalFungi. Lose of #StressTolerantors by long-term irrigation. Based on #Grime’s #CSR model. Another #MultiOmic outcome of #EPICON @lemauxpg1, @mycotajohn. @Mol_Ecol
https://t.co/AkWOFRoGxF

[Cheng Gao (高程) @chenggucb]

#SignalCommunication & #ResourceExchange manage #AdaptiveStrategies of #ArbuscularMycorrhizalFungi. Lose of #StressTolerantors by long-term irrigation. Based on #Grime’s #CSR model. Another #MultiOmic outcome of #EPICON @lemauxpg1, @mycotajohn. @Mol_Ecol
https://t.co/AkWOFRoGxF

[Tadashi Fukami @TadashiFukami]

Fungi and bacteria show contrasting patterns in honey bees, with implications for transmission of plant pathogens. New paper with Leslie Decker (@lesldeck), Priscilla San Juan (@priscillaasj), Maggie Warren, Cory Duckworh, and Cheng Gao (@chenggucb).

https://t.co/6C4YUfwssD

[Cheng Gao (高程) @chenggucb]

Today, @mykophile prof Kabir Peay gave an excellent talk to more than 500 Chinese ecologists and mycologists via VooV. Thank you so much! We are looking forward to seeing you next year in Beijing for the #ICOM11 conference.

[Cheng Gao (高程) @chenggucb]

This is so coooool!

[Sofía Villalpando @sofiabiologista]

Time-lapse light microscopy footage of a Vampyrella lateritia trophozoite (round) moving along and feeding on cells forming a strand of Spirogyra algae (tubular).
Video: Dr Oliver Skibbe
https://t.co/rTOzS2kenD

[Cheng Gao (高程) @chenggucb]

MSA 2020: Mycology from the Cloud on @Bonfire https://t.co/lH2Dl8u9np

[Devin Coleman-Derr @DevinColemanDer]

Check out the new publication from our group on spatial variation of drought response in the millet root microbiome https://t.co/TvLSiI0lyy

[mykophile @mykophile]

Poor ability to connect with mycorrhizal spore banks may explain why bristle cone pine is slow to expand its' elevational range with climate change
https://t.co/ob9h7KDbET

[van der Heijden Lab @vandeHeijdenLab]

The second newsletter of the international mycorrhiza society is out. With the top 10 mycorrhiza papers and very nice articles and youtube interviews on fungal succession, #rRNAs, host #immune systems, #breeding, mycorrhizal #ecology & #evolution!

https://t.co/jWaRp7mLMJ

[mykophile @mykophile]

Familial dominance of Dipterocarpaceae is a unique features of rainforests in Borneo. With help from #NSFfunded @NSF_BIO RAPID, @maxsegnitz shows that positive phylogenetic feedbacks driven by Dipts unique assoc. w/ ectomycorrhizal fungi may be the answer https://t.co/HzW7c7wAto

[Tadashi Fukami @TadashiFukami]

Why is local species diversity higher in geologically older regions? Experiments with Hawaiian fungi suggest that it may be because species in old regions have evolved traits that facilitate local coexistence. New preprint with @DevinLeopold.

https://t.co/f7IGN1ZC0p