[en] Critical current density (J _c) was investigated in YBa₂Cu₃O_7−δ films containing nanorods prepared with various nanorod materials, with variation of nanorod content, substrate temperature, and oxidization condition. Three types of compositional situation were realized: films containing strain induced oxygen vacancies; fully oxidized films containing cation compositional deviation; and oxygen deficient films. Normalized J _c−B behavior was determined via the matching field, which is a geometric factor, regardless of the compositional details. A J _c−critical temperature (T _c) relation depending on distribution and fraction of compositional deviation (cation compositional deviation and strain induced oxygen vacancies) was found: the J _c values decreased with decreasing T _c due to the effect of T _c on nanorod pinning strength in the fully oxidized films; J _c decreased with decreasing oxygen pressure in the film cooling process after film deposition in spite of T _c remaining almost the same, due to reduction of the effective area for current flow in the oxygen deficient films. Thus, a J _c landscape based on geometric and compositional factors was obtained. The study highlights the importance of the J _c−T _c analysis in the understanding of J _c in YBa₂Cu₃O_7−δ films containing nanorods. (paper)