The light directly affects the phytosanitary processes of plants, variations in plant length conditions and conditions directly affecting the production of environmental conditions and variations as well as pigments. In this study, this study aims to evaluate the changes that occur in the gas exchange process and in the production of metabolites in Talisia esculenta seedlings, through the use of colored shading screens. The seeds of T. esculenta were used, which were used in an alternative way, which were sown replacement in substrate (vermiculite: polypropylene), molded to the following treatments in the blue mesh, which were replaced by black and white treatments, which constituted the following treatments. The design was completely randomized with three of six seeds each, totaling eighteen seeds for treatment. After 180 days, plants already defined, the levels of pigments and phenolic compounds were defined. The results of increased energy and protection of wave modulation settings by secondary shadow networks of energy reserves and photoinhibition protection from secondary photoinhibition. Plants are white Talisia esculenta, similar to more identical interpretation shading, such as starch grains and also higher chlorophyll contents. The construction mesh provides the best development of Talisia esculenta (A. St. Hil) Radlk plants.