annals-of-botany
Deep rooting in a wheat doubled haploid population with wild emmer introgression
This is the first study to identify QTLs for rooting at depth in field-grown wheat at mature growth stages.
annals-of-botany
This is the first study to identify QTLs for rooting at depth in field-grown wheat at mature growth stages.
botanyone ·
annals-of-botany
Self-incompatible plants were less frequent in populations with consistently worse pollination environment, suggesting that reproductive assurance selects for selfing in these areas.
botanyone ·
annals-of-botany
While the most common plant cell response to pathogens is growth arrest, root hair cells can perform the opposite reaction.
botanyone ·
annals-of-botany
Although leaf wilt occurred in both water stress and FOC infection, the physiological responses were different, especially in leaf spatial distribution.
botanyone ·
annals-of-botany
This study provides insight into the possibly important nutritional aspects and tradeoffs involved in myrmecophyte–ant mutualisms.
botanyone ·
annals-of-botany
This study highlights the potential importance of the combined thickness of the cuticle and epidermal cell wall in the absorption of foliar-applied nutrients.
botanyone ·
annals-of-botany
For the first time, genetic diversity was detected among paper mulberry accessions from Remote Oceania.
botanyone ·
annals-of-botany
Genetic diversity was highest in above-ground populations, though below-ground populations contained 8 % of unique alleles that were absent above-ground.
botanyone ·
annals-of-botany
Pyroloid mixotrophy does not respond plastically to ageing or to light level. This contrasts with the usual view of a convergent evolution with orchids.
botanyone ·
annals-of-botany
This review presents the latest findings to provide insight into the molecular mechanisms that underlie how photoperiodic and temperature signals regulate seasonal growth in trees.
botanyone ·
annals-of-botany
The formation of aquatic adventitious roots (ARs) is considered an important adaptation to the adverse conditions of flooding. These roots replace the original root system, the
botanyone ·
annals-of-botany
Species richness and effective number of species decreased under experimental warming in meadow environments.
botanyone ·