Increasing drought periods as a result of global climate change pose a threat to many tree
species by possibly outpacing their adaptive capabilities. Revealing the genetic basis of …

Drought stress impacts seedling establishment, survival and whole-plant productivity.
Molecular responses to drought stress have been most extensively studied in herbaceous …

Drought stress has an extensive impact on regulating various physiological, metabolic, and
molecular responses. In the present study, the Pinus tabuliformis transcriptome was studied …

Prunus persica L. Batsch, or peach, is one of the most important crops and it is widely
established in irrigated arid and semi-arid regions. However, due to variations in the climate …

Background Comparative genomics has emerged as a promising means of unravelling the
molecular networks underlying complex traits such as drought tolerance. Here we assess …

To understand the molecular genetic basis underlying drought tolerance in grasses, the
cDNA-amplified fragment length polymorphism (cDNA-AFLP) technique was applied for …

Populus trichocarpa has been studied as a model poplar species through biomolecular
approaches and was the first tree species to be genome sequenced. In this study, we …

Populus davidiana is native to the Korean Peninsula and is one of the most dominant and
abundantly growing forest trees in eastern Asia. Compared to other Populus species such …

Drought tolerance varies considerably in different species of Populus, and is a complex trait,
involving the interplay of a vast array of genes. Although Populus simonii is one of the most …

Based on transcriptomic data from four experimental settings with drought-resistant and
drought-sensitive cultivars under drought and well-watered conditions, statistical analysis …