firewall wont let me look at the page.. so i'm gonna banter more about it til i get home lol

Phytochemicals are present in plants as they play a role in growth and survival of the plant. For example, beta-carotene is present in chloroplasts in green leaves, protecting the plant from the harmful effects of UV sunlight, and other carotenes are involved in light harvesting for photosynthesis.
the dangers of UV radiation are already voided out with the black light's coating filtering UV-C and UV-B.

We have shown that UV-B and UV-A/blue light stimulate CHS expression in Aradidopsis through separate photoreception systems (Fuglevand et al., Plant Cell 8, 2347-2357, 1996 Abstract). UV-A/blue light is detected principally by the cry1 photoreceptor whereas the UV-B detection system has not been identified.
this shows a correllation between UV-A (the slightest form of UV) and Blue Light.

The black light is already a fluro, and emitting this, as well as releasing blue and violet light of the spectrum, how is it that the black light can't be effective in the plant's growth process?