The invention discloses a detection evaluation method for a microearthquake multi-dimensional information integration area of an impact danger zone. The method comprises the following steps: (1) space coordinates rotation and classifying screening of mine earthquake data are performed; (2) a microearthquake multi-dimensional information detection evaluation index system is established; (3) a space statistic slippage model is created; (4) a microearthquake multi-dimensional information integration detection evaluation index value W is calculated according to the following formula; and (5) a danger class and control countermeasures corresponding to the danger class are determined according to the microearthquake multi-dimensional information integration detection evaluation index value W; and the larger the microearthquake multi-dimensional information integration detection evaluation index value W is, the higher the danger class is. The method integrally considers three elements of the microearthquake space time magnitude, quantitatively describes the impact danger degree, can reflect an impact danger area and the danger class in the current time period in real time, can guide a site to take corresponding control countermeasures, and is extremely high in prediction effect, high in operability and high in arithmetic speed; and physical significance of the established detection evaluation index system and an integration index is definite.