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A combination of waterlogging and high temperature induced larger amounts of H2O2 than individual stresses in both cultivars.
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The moors too, seem to ache with biological decay and thousands of years of waterlogging.
Cross combinations from six rapeseed cultivars and lines were evaluated under waterlogging stress condition in order to understand the genetic mechanism of waterlogging tolerance of Brassica napus L. and provide reasonable improvement programs.
Areas exposed to both grazing and waterlogging generally showed the most pronounced change in composition, with effects of grazing seemingly additive, but secondary, to those of waterlogging.
The low TWHC of rice hull compost likely allowed good drainage, avoiding the risk of waterlogging.
The genetic basis of waterlogging tolerance is largely unknown.
Waterlogging tolerant cultivars of wheat were identified [ 24] which unlocks the potential of waterlogging tolerant variety research of wheat.
This idea was supported by the identification of genes classified into different categories at the late stage of waterlogging.
Roots of both non-nodulated and nodulated plants were investigated before, during and after the 3-day period of waterlogging.
Rooting depth was restricted by 21 days of waterlogging and confined to the first 30 cm below the soil surface.
However, little is known about the underlying traits of waterlogging tolerance in B. humidicola or their intraspecific variation.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com