Interested in how to use natural #genetic #diversity to increase & secure cereal production on finite arable land w/o increasing water & fertilizer use? Read @Plants_MDPI about the most recent technological advances in the #breeding of hybrid #rye (1/7):
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πlnkd.in
#HybridBreeding is the cutting-edge technology for systematically improving grain #yield in #rye. But how is the genetic diversity in cross-pollinating rye assessed & managed? Information is provided in this systematic review @Plants_MDPI (2/7):
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πlnkd.in
Reconstitution of heterozygosity by selective mating of inbred lines is indispensable to achieve the desired performance of #rye in farmersβ fields. Meet genetic mechanisms of fertilization control implemented in rye breeding programs @Plants_MDPI (3/7):
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πlnkd.in
#DYK the challenging triad in hybrid #rye breeding? Get to know the impact of major #restorer-of-fertility genes on #ergot defense & grain #yield in P-type CMS hybrid rye @Plants_MDPI (4/7):
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#BreedingResearch @JKI_Bund
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#BreedingResearch @JKI_Bund
#DYK the power of GWAS, #hybridbreeding, and the reference #genomesequence in #rye genetics research? Read @Plants_MDPI how genes shaping genetic diversity in grain #yield performance of rye were identified (6/7):
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#BreedingResearch @JKI_Bund
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#BreedingResearch @JKI_Bund
Passionate about #plantbreeding #innovations different from current methods of increasing productivity in #rye & wheat? Meet @Plants_MDPI GA-sensitive semidwarf P-type CMS hybrid rye applied for national listing in 2022 - for the first time ever (7/7):
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πlnkd.in
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