For investigating the development situation of Botrytis cinerea resistance to different types of fungicides，85 isolates obtained from vegetables in North China were tested for their sensitivity to benzimidazoles （carbendazim），dicarboximides（procymidone），N-phenylanilines（diethofencarb），anilinopyrimidines （pyrimethanil），amides（ boscalid） and phenylpyrroles（fludioxonil）. The results revealed that Botrytis cinerea in North China have developed different levels of resistance to 6 different types of fungicides，and the resistances to common fungicides including pyrimethanil，boscalid and fludioxonil were spread quickly in managing the grey mold. At the same time，Botrytis cinerea had generated a high level of resistance to carbendazim，procymidone，diethofencarb and the total resistance frequency were 72.94%，51.76%，69.41%，respectively. The frequency of double resistance to carbendazim and diethofencarb was 51.76%，whereas triple-resistance to carbendazim，procymidone and diethofencarb was 34.12%. Moreover，high resistance level was also detected in the tested Botrytis cinerea to pyrimethanil and boscalid，2 common fungicides for controlling gray mold，with resistant frequency 64.71% and 65.88%，respectively. Resistant frequency to the new fungicides fludioxonil was 36.47%. Forty multiple-resistance type were found in this research，and 32 types have not been reported yet. One strain that was sensitive to the tested 6 fungicides was reported，with frequency of 1.18%，while 5 strains resistant to the 6 fungicides were verified，with frequency of 5.88%. We suggest that long-term repeated use of a single fungicide should be avoided in controlling grey mold，and application of multiple agents should be recommended so as to prolong the service life of fungicide.