Mathias Scharmann

[Mathias Scharmann @evolbotanist]

Honoured to talk at the ICPS webinar series. Nepenthes are just irresistebly sexy!

https://t.co/578nr5wQvG

https://t.co/NKSANL3Mnl

[Mathias Scharmann @evolbotanist]

@MechEcoLab @annbot Congratulations to this truly groundbreaking effort!

[Mathias Scharmann @evolbotanist]

New simple pipeline for allele-specific expression / imprinting:
https://t.co/ULqj8PCVLd

[Mathias Scharmann @evolbotanist]

F2 seed ripening, stay tuned!

[Mathias Scharmann @evolbotanist]

Beach populations of #Amsinckia spectabilis are often selfing with only one type of flower, but inland populations have pin and thrum flowers, just like #Primula. #Genetic_mapping of flower traits underway! Here a tray with F1 #hybrid seedlings #heterostyly x #homostyly #Darwin

[Mathias Scharmann @evolbotanist]

piqued to greenhouse

[Mathias Scharmann @evolbotanist]

long-style parent left, F1 hybrid with style and anthers at nearly same heightt on the right

[Mathias Scharmann @evolbotanist]

full flower

[Mathias Scharmann @evolbotanist]

starting to flower

[Mathias Scharmann @evolbotanist]

about 1 week later

[Mario Coiro, @[email protected] @Lepidodendron]

I have written a small blogpost going into some of the implication of our recent study on #cycads:
A new view of Cycads in deep time
#paleontology #paleobotany #iamabotanist #paleoart
https://t.co/KfA3nxw4wr

[Alex Twyford @alex_twyford]

I'm advertising a @darwintreelife postdoc to work at @EdinburghUni @SBSatEd on comparative #plant genomics! 16 months to use chromosomal level genome assemblies to investigate genomic diversity in British native flowering plants. Collab with @RBGE_Science. 🌲☘️🌼 Please RT.

[Mathias Scharmann @evolbotanist]

https://t.co/w7DR5DfbT2

[Mathias Scharmann @evolbotanist]

#genetics #experiment the progeny of selfed Amsinckia douglasiana Short-styled morph: Can plants live with two dominant #heterostyly alleles?? Will know in a few weeks!

[bioRxiv @biorxivpreprint]

Generating high quality reference genomes from field collected specimens by optimizing preservation https://t.co/FZa2Zs2TAW #bioRxiv

[Jake @jjminich]

Excited to share our new preprint “Generating high quality reference genomes from field collected specimens by optimizing preservation | bioRxiv. @MaliaMoore23 @EmilyInAHurry @GenomesLab @salkinstitute
https://t.co/cAVkiNw2Yo

[John Innes Centre @JohnInnesCentre]

PRESS RELEASE - The clue is in the glue - Nature’s secret for holding it together

An obscure aquatic plant has helped to explain how plants avoid cracking up under the stresses and strains of growth

https://t.co/ycASJ59D53

@NorwichResearch @slcuplants @BBSRC

[André Marques @marques_et_al]

How cool is the TRASH software (https://t.co/CizkXmaq5D) from the @hendersi lab to easily identify repeat-based holocentromere genomes 🤟
#FridayNightMotivation

[Wenbo Chen @Wenbo77]

Please turn on the sound and enjoy the most beautiful songs from Sumatran jungle :)

#gibbon #sumatra #faunaofsumatra #gibboncall #长臂猿 #苏门答腊动物

[Mathias Scharmann @evolbotanist]

Congratulations to the team lead by @kfuku0502 for this epic effort to assemble the first chromosome-scale genome of #Nepenthes and the interesting story! I'm honoured and proud to be part of this.
#pitcherplant #carnivore #carnivorousplant #plantswithbite #nature

[Kenji Fukushima (福島 健児) @kfuku0502]

Our preprint on the Nepenthes genome has been posted on bioRxiv! We've been exploring how the decaploid (!) genome structure links to the evolution of novel traits in this carnivorous pitcher plant with dioecy. (1/8)
https://t.co/yjay3D9ZZC