Understanding the molecular processes and hormonal signals that govern root growth is of
paramount importance for effective forest management. While Arabidopsis studies have …

This decade introduced “omics” approaches, such as genomics, transcriptomics, proteomics,
and metabolomics in association with reverse and forward genetic approaches, developed …

Gene expression in roots has been assessed in different plant species in studies ranging
from complete organs to specific cell layers, and more recently at the single cell level. While …

Aims Nitrogen deposition affect fine-root dynamics, a key factor in forest carbon and nutrient
dynamics. This study aimed to elucidate the effects of increased soil inorganic nitrogen (N) …

Roots play an important role during plant growth and development, ensuring water and
nutrient uptake. Understanding the mechanisms regulating their initiation and development …

Twenty-three gene and enhancer trap transformed poplar lines had been identified for study
based on GUS expression during adventitious root formation. Histological analysis was …

Adventitious rooting is the most important mechanism underlying vegetative propagation
and an important strategy for plant propagation under environmental stress. The present …

Somatic embryogenesis (SE), which is in vitro regeneration of plant bodies from somatic
cells, represents a useful means of clonal propagation and genetic engineering of forest …

Stem cuttings of the endangered ancient Platycladus orientalis are a valuable genetic
resource for cryopreservation and propagation, but their extremely hard adventitious root …

Poor adventitious root (AR) formation poses a major constraint to the propagation of tea
cuttings. The present study identified two tea cultivars with different rooting behavior …