Cold and drought stress events are detrimental to plant growth and development in wheat,
leading to severe damage and yield losses. This meta-analysis explored and covered all the …

Low temperature is one of the primary causes of economic loss in agricultural production,
and in this regard, expansin proteins are known to play important roles in plant growth and …

Winter survival is determined by complicated developmental regulations enabling wheat to
adjust their transcriptome and metabolome to develop low temperature (LT) tolerance. The …

This study aims to determine optimal sowing date for winter wheat (Triticum aestivum L.) and
invoke DSSAT Nwheat model to analyze impact of modified sowing date to phenological …

Winter survival in wheat requires programmed potential modulations to develop low
temperature (LT) acclimation for its growth and yield. The purpose of the present study was …

Malus baccata Borkh., an apple rootstock, is found to be damaged by oxidation at sub-low
root-zone temperature. In previous studies, we have found that exogenous sucrose could …

Successful winter survival of the plants needs a programmed capacity to activate
appropriate mechanisms in development of frost tolerance (FT). Cold hardening is a …

One of the key problems of biology is how plants adapt to unfavorable conditions, such as
low temperatures. A special focus is placed on finding ways to increase tolerance in …

Plants display a wide capacity range to survive cold and freezing conditions. Indeed, they
are able to sense low, non-freezing temperatures and activate processes that lead to an …

Biologia plantarum: Cloning and functional analysis of expansin TaEXPA9 orthologs in winter
wheat in frigid regions biologia plantarum International journal on Plant Life established by …