An improved lantern globe infused an amber dye which blocks the visual spectrum of light an insect can see without diminishing the spectrum of light a human can see. The dye is infused into pyrex glass at approximately a 1200 F. temperature and permanently binds the expanded glass molecules to the dye. This makes the glass stronger and prevents the dye from being burned or scratched off and makes breakage less frequent. The resulting tint, after the glass is cooled, is transparent not translucent. This allows the full spectrum of light visible to humans to pass through the globe undiminished and provide a dramatically bright light source. The use of the globe replaces the need for costly and dangerous bug-repellent chemicals.

PREFERRED EMBODIMENT—DESCRIPTION Operation and use of the undergarment is simple and straightforward. At a very high temperature the amber dye, 3 , is infused into the glass molecules, 2 , of the pyrex globe, 1 . The globe, 1 , is then mounted upon an outdoor lantern. When the lantern is lit, the globe, 1 , filters out the spectrum of light an insect is capable of seeing without diminishing the available spectrum of light used by humans to see. 
 CONCLUSIONS, RAMIFICATIONS AND SCOPE My invention provides a transparent glass medium through which the available spectrum of light for insects is filtered out without degradation of the available spectrum of light humans need to see in the dark. It is an improved globe for outdoor lanterns which is stronger, cheaper and allows substantially more light for campers and hunters to use. Although the description above contains many specificities, these should not be construed as limiting the scope of the invention but a merely providing illustrations of some of the presently preferred embodiments of this invention. Various other embodiments and ramifications are possible with it's scope. Thus the scope of the invention should be determined by the appended claims and their legal equivalents, rather than by the examples given.