TEMPORALLY MODULATED LIGHTING SYSTEM AND METHOD
Electric light sources typically exhibit temporal variations in luminous flux output, commonly referred to as “flicker.” Flicker, or temporal modulation, is known to influence the growth, health and behavior patterns of humans, and is also linked to growth, health and behavior patterns throughout the growth cycle of plants and animals. Control of peak radiant flux emitted by a light source to temporally modulate a light source will allow for the control of plants and animals for sustainable farming including but not limited to horticultural, agricultural, or aquacultural endeavors.
1 . A method for temporally modulating a light source for sustainable farming wherein the peak radiant flux emitted by a light source is temporally modulated to control the response to electric light source flicker.
2 . A method of claim 1 wherein the light source is used for horticulture, wherein the peak radiant flux emitted by a light source is temporally modulated according to a plant's photopigments and cellular mechanisms to control the response by the plant to electric light source flicker.
3 . A method of claim 2 whereby only selected regions of the electromagnetic radiation spectrum are temporally modulated.
4 . A method of claim 3 whereby changes to the temporal modulation are made to selected regions of the electromagnetic radiation spectrum through the growth cycle of the plant.
5 . A method of claim 2 wherein the temporally modulated electric lighting is combined with constant electric lighting.
6 . A method of claim 2 wherein the temporally modulated electric lighting is combined with natural daylight.
7 . A method of claim 2 wherein the temporally modulated electric lighting is combined with natural daylight and supplemental electric lighting.
8 . A method of claim 2 where temporally modulated lighting is provided by variable transmittance windows.
9 . A system for temporally modulating a light source for horticulture wherein:
one or more response variable is monitored and the resultant signal incorporated in a closed loop feedback system; and
the parameters of the temporally modulated lighting system adjusted.
10 . A system of claim 9 wherein one or more response variables and adjustments made are recorded for export to a database.
11 . A system of claim 9 wherein at least one response variable is monitored and the resultant signal incorporated in a fuzzy logic or neural network control system with artificial intelligence capabilities.