We review the detrimental effects of waterlogging on physiology, growth and yield of wheat.
We highlight traits contributing to waterlogging tolerance and genetic diversity in wheat …

Suboptimal nitrogen (N) availability is a primary constraint for crop production in developing
nations, while in rich nations, intensive N fertilization carries substantial environmental and …

Natural genetic variations in waterlogging tolerance are controlled by multiple genes
mapped as quantitative trait loci (QTLs) in major crops, including soybean (Glycine max L.) …

Rapeseed (Brassica napus L.) suffers from serious waterlogging stress due to the rapeseed-
rice rotation system and heavy precipitation in China, which contains the largest rapeseed …

The occurrence of water stress during wheat growth is more frequent due to climate change.
Three experiments (cyclic drought, cyclic waterlogging, and cyclic drought plus …

Suitable tillage and seeding strategies for wheat can be used to combat excessive residues
and poor soil conditions in harvested rice fields. This study investigated the effects of …

Waterlogging severely affects wheat growth and development. Limited availability of oxygen
in the root zone negatively affects the metabolism of plants. The formation of adventitious …

Waterlogging stress substantially reduces the growth and yield of common wheat (Triticum
aestivum L.). Limited root development due to decreased availability of oxygen in roots is the …

Root growth into hypoxic or anoxic waterlogged soil relies on internal aeration in plants. The
plant hormone ethylene helps adapt to waterlogging by inducing the formation of …

Improving the waterlogging tolerance of wheat varieties could alleviate yield constraints
caused by excessive rain and poor soil drainage. In this study, we investigated root and …