Similar yield of modern maize hybrids under drought is provided by different physiological and metabolic mechanisms.

doi:10.1016/j.nbt.2026.08.003

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Article

Similar yield of modern maize hybrids under drought is provided by different physiological and metabolic mechanisms.

New biotechnology - 25 Nov 2026

Satarova Tetiana, Soudek Petr, Podlipná Radka, Petrová Šarka, Haisel Daniel, Moťkova Katka, Dvořáková Marcella, Hošek Petr, Cherchel Vladyslav, Dziubetskyi Boris, Denysiuk Katerina, Dudka Mukola, Kozariichuk Dmytro

Abstract excerpt

Drought severely limits crop productivity, and the processes that support yield stability in modern maize heterotic hybrids remain insufficiently characterized. We evaluated two maize elite F1 hybrids, H.393 and H.166, under prolonged moderate water deficit in greenhouse and field conditions to identify genotype-specific mechanisms of drought resistance. These two hybrids previously selected in the Steppe zone of...

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PMID: 42580521
DOI: 10.1016/j.nbt.2026.08.003

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PubMed metadata and Literature Corpus relationships. Corpus snapshot updated 8 Sept 2026.