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This study was, however, rather site specific, with biomass yield changes of maize between −3% and +7% (until mid-century) and −4% to +13% (end of century).
In this study we have characterized the transcriptomic changes of maize roots growing in acid soil containing toxic levels of Al.
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To the best of our knowledge, very few studies have examined the impact of climate change on maize yield at the local scale.
It is necessary understanding the impact of climate change on maize yields at local scales when considering for planning and designing appropriate adaptation strategies.
Increased demand for maize owing to population growth and biofuel production, and the impacts of climate change on maize production will ratchet up the pressure for increased and more sustainable maize production.
The main objectives of this study were to (1) test Donald's concept of communal ideotype in maize, and (2) determine the specific changes in competitiveness of maize hybrids due to breeding.
Considerable changes in metaxylem count of maize were observed with Ag nanoparticle, AgNO3 and ZnSO4 treatments.
Changes in the competitiveness of maize (Zea mays L). as a consequence of breeding over past decades have not been reported.
In the present work, we examined main changes in exudation profiles of maize seedling roots induced under laboratory conditions by (i) single applications of humic acids or (ii) H. seropedicae or (iii) combinations of the bacteria and humic acids.
> Figure 8 and Table 2 show the effects of TEA-Cl and verapamil on either IAA- or FC-induced Em changes in parenchymal cells of maize coleoptile segments incubated in medium with 1 mM K+ and 0.1 mM Ca2+.
Among the mechanism of defensive trait in exposed plants, transcriptional changes in the defensive genes of maize and Arabidopsis plants have been observed when they are exposed to an authentic volatile compounds.
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