This invention relates to a fungus-resistant freshness-maintaining sheet capable of recognizing fungus-resistant ingredient and having anti-oxidation capability, in particular relates to an eco-friendly fungus-resistant freshness-maintainable sheet relatively conforming to environmental protection and capable of prolonging food freshness and anti-oxidation capability. In chief, a graph and text layer is printed on top of a substrate, and a glazed film polyester layer is laminated on top of the graph and text layer by a processing machine, thereby constituting a sheet body. The sheet body is then placed in a fumigation device containing natural fungus-resistant freshness-maintaining anti-oxidant raw materials to proceed with a tight-chamber fumigation permeation process, such that the sheet body absorbs the natural fungus-resistant freshness-maintaining anti-oxidant raw materials. In the configuration of the substrate, a polyethylene laminating layer is covered on capillary pores of a glassine paper, an aqueous adhesive disposed on top of the polyethylene laminating layer is treated by a tight-chamber fumigation permeation gasification process to maintain at a predetermined dosage with lowered adhesion, and a tearable low base paper is capable of recognizing the amount of fungus-resistant ingredient. Accordingly, the eco-friendly fungus-resistant freshness-maintaining sheet capable of recognizing fungus-resistant ingredient and providing anti-oxidation capability can be obtained. In the above description, the main ingredient of the natural fungus-resistant freshness-maintaining anti-oxidant raw materials are constituted by allyl isothiocyanate and cineole (cypress phytoncide), in which allyl isothiocyanate is a strong-volatile high-concentration molecule, the sheet body is saturatedly absorb the fungus-resistant ingredient of allyl isothiocyanate by the tight-chamber fumigation permeation process, and cineole (cypress phytoncide) is provided with anti-oxidation capab
