High temperatures and drought are expected to become more frequent in the future and last
longer than ever before. To investigate their combined effect on leaves subtending cotton …

Cotton is cultivated in a wide range of environments from tropical to subtropical regions. In
India, approximately 70% of the total land area covered by cotton is grown under rain-fed …

Wheat (Triticum aestivum L.) growing areas in many regions of the world are subject to heat
waves which are predicted to increase in frequency because of climate change. The …

Cotton fiber elongation is a critical growth phase that affects final fiber length. Morphological
analysis indicated an asynchronous fiber elongation pattern between two cotton varieties, J7 …

Upland cotton, the mainly cultivated cotton species in the world, provides over 90% of
natural raw materials (fibers) for the textile industry. The development of cotton fibers that are …

Fifteen upland cotton Gossypium hirsutum L., were evaluated for heat tolerance based on
agronomical and physiological characteristics under field conditions where temperature …

To date, transcriptome profile analysis of maize seedlings in response to cold stress have
been well documented; however, changes in protein species abundance of maize seedlings …

Heat stress events are major factors limiting crop productivity. During summer days, land
plants must anticipate in a timely manner upcoming mild and severe temperature. They …

Drought and high salinity are key limiting factors for cotton production. Therefore, research is
increasingly focused on the underlying stress response mechanisms of cotton. We first …

A comparative proteomic analysis was performed to explore the mechanism of cell
elongation in developing cotton fibers. The temporal changes of global proteomes at five …