The aim of this study was to investigate deposition characteristics of atmospheric PCDD/Fs on pine needles and soil. Concentration of PCDD/Fs on soil were higher than those in pine needles, being 7.4 times for ${Sigma}PCDDs$, 2.3 times for ${Sigma}PCDFs$, and 5.4 times for ${Sigma}PCDD/Fs$ respectively. The ratios of the concentration of each homologue in soil to that in pine needles increased as the number of chlorine atoms increased. The concentration (%) of each congener to ${Sigma}PCDD/Fs$ was higher in the one with a small number of chlorine atoms substituted, such as tetra- to hexa-homologues in pine needle samples and in one with a large number of chlorine atoms, such as hepta- to octa-homologues in soil samples. Lower-chlorinated homologues of PCDD/Fs were mainly accumulative deposited in pine needles, whereas higher-chlorinated ones were on soil.