In this paper, we monitored the electromagnetic waves generated by human activity. We investigated a monitoring system that used the bioelectric potential of a plant. Four subjects walked on the spot at a distance of 60 cm from a rubber tree and we measured the variation in the bioelectric potential of the tree produced by the stepping motion. The results confirmed that the electromagnetic waves generated by a person walking on the spot produced a measurable response in the bioelectric potential of a plant. It was also found that this variation in the bioelectric potential varied in synchrony with the subject\u27s walking pace
Bioelectrical signals can reflect physiological state of organs or tissues in plants and have a sign...
We provide here a detailed protocol for studying the changes in electrical surface potential of leav...
For a long time, electrical signaling was neglected at the expense of signaling studies in plants be...
The bioelectric potential of a foliage plant changes according to an occupant\u27s behavior, for exa...
The simplest and scientific method to determine the bioelectric activity of a plant root is the meas...
Living organisms have evolved complex signaling networks to drive appropriate physiological processe...
Plant responses to changes in environment are allied with electrical excitability, signaling and are...
This paper demonstrates the oscillatory characteristics of electrical signals acquired from two orna...
Previous work in applying the electric potential sensor to the monitoring of body electrophysiologic...
Resource kit for measuring voltage sources with high impedance was designed. This resource kit is su...
It has been observed that there are sustained electrical potential difference and current between a ...
This review evaluates the types of electrical signals (ESs) in plants, generation and propagation of...
We provide here a detailed protocol for studying the changes in electrical surface potential of leav...
Electrostimulation of electrical networks in plants can induce electrotonic or action potentials pro...
We describe a sensitive plant monitoring system by the detection of the bioelectric potentials in pl...
Bioelectrical signals can reflect physiological state of organs or tissues in plants and have a sign...
We provide here a detailed protocol for studying the changes in electrical surface potential of leav...
For a long time, electrical signaling was neglected at the expense of signaling studies in plants be...
The bioelectric potential of a foliage plant changes according to an occupant\u27s behavior, for exa...
The simplest and scientific method to determine the bioelectric activity of a plant root is the meas...
Living organisms have evolved complex signaling networks to drive appropriate physiological processe...
Plant responses to changes in environment are allied with electrical excitability, signaling and are...
This paper demonstrates the oscillatory characteristics of electrical signals acquired from two orna...
Previous work in applying the electric potential sensor to the monitoring of body electrophysiologic...
Resource kit for measuring voltage sources with high impedance was designed. This resource kit is su...
It has been observed that there are sustained electrical potential difference and current between a ...
This review evaluates the types of electrical signals (ESs) in plants, generation and propagation of...
We provide here a detailed protocol for studying the changes in electrical surface potential of leav...
Electrostimulation of electrical networks in plants can induce electrotonic or action potentials pro...
We describe a sensitive plant monitoring system by the detection of the bioelectric potentials in pl...
Bioelectrical signals can reflect physiological state of organs or tissues in plants and have a sign...
We provide here a detailed protocol for studying the changes in electrical surface potential of leav...
For a long time, electrical signaling was neglected at the expense of signaling studies in plants be...