The study of leaf senescence is one of the major fields of plant physiology and has become
a popular topic these days. It has one great advantage over the process in whole plants …

Leaf senescence is the final stage of leaf development and involves the active degradation
and dynamic transfer of its cellular components to newly growing and storage tissues, which …

Leaf senescence is a complex developmental process during which essential nutrients are
recycled. In order to unravel the biochemical pathways and regulatory mechanisms that …

Each autumn leaf senescence leaves its mark on the planet in the form of dramatic changes
in color that can be seen from space. Annually, leaf senescence mediates the breakdown of …

The senescence of plant organs associated with reproductive development has been
studied extensively during the past century, and it has long been recognized that this type of …

Transcriptional and metabolic changes were evaluated during senescence induced by
preventing pollination in the B73 genotype of maize (Zea mays). Accumulation of free …

Senescence is the final stage of plant development during which the plant reclaims the
valuable cellular building blocks that have been deposited in the leaves and other parts of …

Leaf senescence is the last phase of plant development and a highly coordinated process
regulated by a large number of senescence-associated genes (SAGs). By broad literature …

Senescence is a terminal stage of plant development. It often, but not invariably, ends in the
death of cells, tissues, organs or the whole plant. At the cell level there are a number of …

Leaf senescence is a destructive process that allows the efficient recycling of nutrients from
dying leaves to growing parts of the plant. It is the final stage of leaf development that can be …