作者
Isack Mathew, Hussein Shimelis, Macdex Mutema, Alistair Clulow, Rebecca Zengeni, Nozibusiso Mbava, Vincent Chaplot
发表日期
2019/8
期刊
Journal of Agronomy and Crop Science
卷号
205
期号
4
页码范围
385-400
简介
The biomass allocation pattern of plants to shoots and roots is a key in the cycle of elements such as carbon, water and nutrients with, for instance, the greatest allocations to roots fostering the transfer of atmospheric carbon to soils through photosynthesis. Several studies have investigated the root to shoot ratio (R:S) biomass of existing crops but variation within a crop species constitutes an important information gap for selecting genotypes aiming for increasing soil carbon stocks for climate change mitigation and food security. The objectives of this study were to evaluate agronomic performance and quantify biomass production and allocation between roots and shoots, in response to different soil water levels to select promising genotypes for breeding. Field and greenhouse experiments were carried out using 100 genotypes including wheat and Triticale under drought‐stressed and non‐stressed conditions. The …
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