Electrical signals (action and variation potentials) caused by environmental stimuli induce a
number of physiological responses in plants including changes in photosynthesis; however …

A fundamental property of all living organisms is related to the continuous gathering of
environmental information and the expression of physiological responses aimed to optimize …

Burning the terminal leaflet of younger tomato (Lycopersicon esculentum Mill.) leaf caused
local and systemic changes in the surface electrical potential (SEP) and gas exchange (GE) …

Electrical signals are initial response of plant to the external stimuli. This type of signal may
trigger different physiological responses. The most famous is the rapid leaf movement in …

Work on “whole-plant physiology” which culminated in the 1970s and 1980s is reviewed.
With its major issues, such as root–shoot interaction in nitrogen and sulfur assimilation …

To quantify the characteristics of the power spectrum of plant electrical signals, we defined
the following concepts: spectral edge frequency (SEF), spectral center frequency (SCF) …

Many of the growth movements of plants (diurnal leaf movements, and perhaps stem
dilatation cycles) initiate action potentials which are propagated within the plant body. Action …

This review explores the relationship between electrical long-distance signaling and the
potential consequences for physiological processes in plants. Electrical signals such as …

Plant chloroplasts emit signals that regulate the expression of nuclear-encoded genes, a
process known as retrograde signaling. Environmental stresses, such as rapid and dynamic …

The growth and health status of plants can be accessed from the electrical properties of its
limbs such as leaves and stem. Present investigations were carried out to study the electrical …