Figures & data
Figure 1. Volatiles from neighboring plants can have informative value for a receiver plant about the presence of (1) plants of the same species, (2) herbivore-infested plants of the same species, (3) plants of another species, (4) herbivore-infested plants of another species, (5) plants exposed to low red:far-red light, (6) highly competitive plants (weeds), (7) mechanically stimulated plants, and (8) root VOCs.
![Figure 1. Volatiles from neighboring plants can have informative value for a receiver plant about the presence of (1) plants of the same species, (2) herbivore-infested plants of the same species, (3) plants of another species, (4) herbivore-infested plants of another species, (5) plants exposed to low red:far-red light, (6) highly competitive plants (weeds), (7) mechanically stimulated plants, and (8) root VOCs.](/cms/asset/ba6cfaa7-baba-4b98-ab0b-86a3ca99b802/kpsb_a_1634993_f0001_oc.jpg)
Figure 2. Volatile cues in network plant interactions. Exposure to volatile cues from emitter (E0) reveals their physiological status and change volatile emission of receiver 1 (R1) which becomes emitter 1 (E1) reflecting through specific volatiles their own responses to the presence of E0 plants further to receiver 2 (R2).
![Figure 2. Volatile cues in network plant interactions. Exposure to volatile cues from emitter (E0) reveals their physiological status and change volatile emission of receiver 1 (R1) which becomes emitter 1 (E1) reflecting through specific volatiles their own responses to the presence of E0 plants further to receiver 2 (R2).](/cms/asset/8ed44936-2aa9-4354-9cce-319d0e603dc4/kpsb_a_1634993_f0002_oc.jpg)