Context: Communication is observed within the plant organism, i.e. within plant cells and between plant cells, between plants of the same or related species, and between plants and non-plant organisms, especially in the root zone. Plant roots communicate with rhizome bacteria, fungi, and insects within the soil. These interactions are governed by syntactic, pragmatic, and semantic rules,[citation needed] and are possible because of the decentralized "nervous system" of plants. The original meaning of the word "neuron" in Greek is "vegetable fiber" and recent research has shown that most of the microorganism plant communication processes are neuron-like. Plants also communicate via volatiles when exposed to herbivory attack behavior, thus warning neighboring plants. In parallel they produce other volatiles to attract parasites which attack these herbivores. In stress situations plants can overwrite the genomes they inherited from their parents and revert to that of their grand- or great-grandparents.[citation needed]

Question: What is a form of communication observed within plants?
Answer: between plant cells

Question: What part of a plant communicates with rhizome bacteria, fungi, and insects within the soil?
Answer: roots

Question: How are the plant roots able to communicate with rhizome bacteria, fungi, and insects within the soil?
Answer: the decentralized "nervous system" of plants

Question: What is the meaning of the word neuron in Greek?
Answer: vegetable fiber

Question: How do plants communicate to warn nearby plants of danger?
Answer: via volatiles

Question: The plants leaves communicates with what in the soil?
Answer: Unanswerable

Question: This centralized system makes plant interactions possible?
Answer: Unanswerable

Question: The Hebrew word for 'neuron' is what?
Answer: Unanswerable

Question: During herbivory attack behavior what doesn't allow plants to communicate?
Answer: Unanswerable

Question: What can't plants overwrite when they are stressed?
Answer: Unanswerable