… -mediated salinity stress responses, particularly in graminaceous crops. The detailed …
salt stress can be exploited further in developing salt-tolerant graminaceous crops through …

… low productivity in graminaceous crops due to virus … crop yield loss due to virus infection
and prospects for GAB in improving tolerance in economically important graminaceous crops…

… Iron deficiency tolerance is divergent among graminaceous plants and is thought to be
dependent on the amount and types of MAs that they secrete. Rice, sorghum, and maize secrete …

… 1 (AT1) gene was found to be closely correlated with alkaline stress tolerance via a
genome-wide association study analysis with a large sorghum association panel collected from all …

… these nutritional traits through integrated ‘omic’ approaches is higher and the resultant
nutritionally enhanced graminaceous crops would cater the nutritional requirements of humans. …

… stress tolerance, heavy metal tolerance, pathogen resistance, biomass yield, improvement
of turf quality and ethanol production. Initially, this was achieved by direct gene transfer to …

… If we are to properly manipulate the stress tolerance of plants, it is necessary to increase our
… , the effect of water stress on the photosynthetic behavior of plants and the contribution of …

… the world's main crops, however, examples from other crops are also … stress frequency
unless the higher yield potential is accompanied by an increase in general stress tolerance…

… -enzymatic antioxidants that microbes, animals, and plants need to counteract the inhibitory
effects of ROS [16]. Plant stress tolerance may therefore be improved by the enhancement of …

… chemistry to protect crops against the biotic stress of striga … were screened for their drought
stress tolerance and ability to … with the presence of graminaceous host plants in the proximity. …