Systems and methods for synergistic horticultural regimens using controlled wind and light exposure for strengthened, plant immune systems and plant fungi treatments

A system for synergistic horticultural regimens using controlled wind and light exposure for strengthened, plant immune systems and plant fungi treatments, the system comprising:

• (a) at least one LED lighting system for facilitating prescribed light exposure regimens, capable of achieving a high Photon Flux Density (PFD) at various desirable wavelengths;
• (b) at least one controllable fan unit for modulating a controlled breeze of forced air flow in a controlled environment having an ambient temperature and relative humidity (RH) in the vicinity of at least one plant;
• (c) at least one sensor unit for monitoring and regulating said ambient temperature and said RH;
• (d) a remote controller for regulating wind and lighting parameters by measuring and regulating said at least one LED lighting system, said at least one controllable fan unit, and said at least one sensor unit, said remote controller configured for:
• (i) exposing said at least one plant to said controlled breeze in order to cause swaying of said at least one plant to induce microcracks in said at least one plant;
• (ii) exposing said at least one plant to a first light regimen in a spectral region of about 360-445 nm to stimulate exudate formation in said at least one plant;
• (iii) concurrent with said first light regimen, increasing said ambient temperature to about 22-32° C.;
• (iv) removing said controlled breeze after the exterior surfaces of said at least one plant are mostly covered with an exudate;
• (v) exposing said at least one plant to a second light regimen in spectral regions of about 360-445 nm and about 425-480 nm to stabilize internal plant processes and to inhibit growth in order to maximize spread and uniform distribution of said exudate;
• (vi) subsequent to said removing, reducing said ambient temperature to about 22-25° C.;
• (vii) subsequent to said removing, reducing said RH to about 30-60%;
• and
• (viii) exposing said at least one plant to a third light regimen in spectral regions of about 650 nm and about 730 nm to cause said exudate to release oxygen during hardening of said exudate on said at least one plant.