very happy to announce that an important chunk of the work I did in @kkshimizu1's @UZH_en lab is finally published on @nature : https://t.co/GKQj939Zzs 10 + 6 wheat genome assemblies and a lot of interesting biology. And we just scratched the surface on this amazing dataset!
Researchers harness artificial intelligence to breed crops for the changing climate. In PNAS Front Matter: https://t.co/0MD4jDcPHa #AI#agriculture#ClimateChange
Our root-shoot #barley#phenotyping experiment @IPKGatersleben is running very well! 🌾📸💻 Together with @NilsStein2 and Martin Mascher we want to uncover genetic determinants of root system spreading angle! 📐📊
Great PhD opportunity @ETH with Graham Dow @gdow3 to study climate resilience of apple production systems - interdisciplinary approach combining socioeconomics, ecophysiology, environment and plant science @MolecPlantBreed https://t.co/frhJlOmZWo Bonus: exploring Switzerland
Chromosome-level and haplotype-resolution are the main challenges in heterozygous genome assembly. We solved them with a single method: https://t.co/5O7pZqvcio. Thx: José Campoy, @hequan_sun and all co-authors. @PacBio@10xgenomics@illumina
#RESPONSE_DoctoralProgram is offering 7 PhD positions @ETH and @UZH_en in the areas of sustainable food and energy systems and land use decisions #science_policy. Have a look at
https://t.co/R0HrUAn0ii @esc_ethz_ch @ethzWFSC
PC Gamers, let’s put those GPUs to work.
Join us and our friends at @OfficialPCMR in supporting folding@home and donating unused GPU computing power to fight against COVID-19!
Learn more → https://t.co/EQE4u7xTZT
Genetic modification to improve disease resistance in crops https://t.co/UiSYaXz4B4
Stacking late blight resistance genes from wild species confers complete field resistance to local blight races https://t.co/fn1NLNBCBM
@MolecPlantBreed#mpbpaper