The effect of micro-environment modified atmosphere package combined with phase temperature storage on the physiological quality of lilium during postharvest storage was studied. Lanzhou lily as experimental materials， the lily to detail the environment air box temperature were placed in the refrigerator and phase in the inventory， designing for the three treatment， which were phase temperature without modified atmosphere and mMAP combined with cold storage and mMAP combined with phase temperature， recording every 15 d the casing gas component content changes， lily hardness， sensory quality， nutrient content and physiological indicators and volatile substances. The results showed that the rotting rate of lily in the storage environment with O2 content of 9.4%-15.6% and CO2 content of 4.7%-10.8% could be effectively controlled and the hardness could be maintained at a high level. Compared with mMAP combined with cold storage， the concentration of CO2 in the mMAP combined with phase temperature is higher， inhibited the late storage nutrient loss and reduced the rate of respiration and ethylene formation， restrained the alcohols， esters and olefin volatile substances， promoted the twelve aldehyde and hexene aldehyde， （Z）-heptene aldehyde， （E）-2-octene aldehyde characteristic such as lily aldehyde aroma substances released. The results showed that the storage quality of lily is the best under the condition of micro-environment modified atmosphere package combined with phase temperature storage.