OBJECTIVE：To establish a method for the contents determination of microelements in Chrysanthemum indicum from different production fields. METHODS：Graphite furnace atomic absorption （GFAAS） was used to determine the contents of Pb， Cd and As； HGAAS was used to determination the content of Hg； and FAAS was used to determine the contents of Cu， Fe， Mn， Ca， Mg and Zn. RESULTS： The linear range was 0-50 μg/L for Pb（r＝0.999 9）， 0-10 μg/L for Cd（r＝0.999 2），0-50 μg/L for As （r＝0.999 0），0-20 μg/L for Hg（r＝0.999 5），0-5 μg/L for Cu（r＝0.999 3）， 0-15 μg/L for Fe（r＝0.999 8），0-2 μg/L for Mn（r＝0.999 9），0-50 μg/L for Ca（r＝1.000 0），0-20 μg/L for Mg（r＝0.999 9） and 0-2 μg/L for Zn（r＝0.999 8）； RSDs of precision， stability and reroducibility tests were lower than 3％； recoveries were 94.25％～97.43％（RSD＝1.07％）、94.97％～99.46％（RSD＝1.68％）、96.25％～99.46％（RSD＝1.09％，n＝6）、96.61％～99.91％（RSD＝1.26％，n＝6）、94.11％～98.41％（RSD＝1.68％，n＝6）、93.11％～99.59％（RSD＝2.73％，n＝6）、93.11％～99.48％（RSD＝2.63％，n＝6）、93.01％～99.85％（RSD＝2.49％，n＝6）、95.13％～99.75％（RSD＝1.58％，n＝6）、94.08％～97.37％（RSD＝1.18％，n＝6）， respectively. CONCLUSIONS：The method is simple， stable and reproducible， and can be used for the contents determination of microelements in C. indicum from different production fields.