A rotating disc type continuous automated biological breeding apparatus, characterized in that the apparatus comprises: a plurality of rotating disc type breeding boxes (A12, B130) stacked on each other in a longitudinal direction to form a breeding tank; wherein each of the rotating disc type breeding boxes (A12, B130) includes at least one pushing plate (A121, B132) and a lower feeding port (A123, B131), and the at least one pushing plate (A121, B132) is configured to divide one of the rotating disc type breeding boxes (A12, B130) that corresponds to the at least one pushing plate (A121, B132) into at least one breeding compartment; and a central rotating shaft (A11, B123) penetrating through the plurality of rotating disc type breeding boxes (A12, B130) in the longitudinal direction; wherein a plurality ones of the pushing plates (A121, B132) of the plurality of rotating disc type breeding boxes (A12, B130) are fixedly connected to the central rotating shaft (A11, B123), and the central rotating shaft (A11, B123) is configured to drive the plurality ones of the pushing plates (A121, B132) of the plurality of rotating disc type breeding boxes (A12, B130) to rotate in a first rotation direction through a motor or a pedal; wherein a top-layer breeding box of the plurality of rotating disc type breeding boxes (A12, B130) is configured to receive organisms to be cultivated; wherein, when the central rotating shaft (A11, B123) drives the plurality ones of the pushing plates (A121, B132) of the plurality of rotating disc type breeding boxes (A12, B130) to rotate, the organisms located in the top-layer breeding box are pushed by the at least one pushing plate (A121, B132) into the at least one breeding compartment of a second-layer breeding box of the plurality of rotating disc type breeding boxes (A12, B130) below the top-layer breeding box through the lower feeding port (A123, B131) of the top-layer breeding box, and then the organisms are pushed into the at least one breeding compartment of a third-layer breeding box of the plurality of rotating disc type breeding boxes (A12, B130) below the second-layer breeding box through the lower feeding port (A123, B131) of the second-layer breeding box until the organisms are pushed into a bottom-layer breeding box of the plurality of rotating disc type breeding boxes (A12, B130), so as to complete a cultivation process of the organisms. a plurality of rotating disc type breeding boxes (A12, B130) stacked on each other in a longitudinal direction to form a breeding tank; wherein each of the rotating disc type breeding boxes (A12, B130) includes at least one pushing plate (A121, B132) and a lower feeding port (A123, B131), and the at least one pushing plate (A121, B132) is configured to divide one of the rotating disc type breeding boxes (A12, B130) that corresponds to the at least one pushing plate (A121, B132) into at least one breeding compartment; and a central rotating shaft (A11, B123) penetrating through the plurality of rotating disc type breeding boxes (A12, B130) in the longitudinal direction; wherein a plurality ones of the pushing plates (A121, B132) of the plurality of rotating disc type breeding boxes (A12, B130) are fixedly connected to the central rotating shaft (A11, B123), and the central rotating shaft (A11, B123) is configured to drive the plurality ones of the pushing plates (A121, B132) of the plurality of rotating disc type breeding boxes (A12, B130) to rotate in a first rotation direction through a motor or a pedal; wherein a top-layer breeding box of the plurality of rotating disc type breeding boxes (A12, B130) is configured to receive organisms to be cultivated; wherein, when the central rotating shaft (A11, B123) drives the plurality ones of the pushing plates (A121, B132) of the plurality of rotating disc type breeding boxes (A12, B130) to rotate, the organisms located in the top-layer breeding box are pushed by the at least one pushing plate (A121, B132) into the at least one breeding compartment of a second-layer breeding box of the plurality of rotating disc type breeding boxes (A12, B130) below the top-layer breeding box through the lower feeding port (A123, B131) of the top-layer breeding box, and then the organisms are pushed into the at least one breeding compartment of a third-layer breeding box of the plurality of rotating disc type breeding boxes (A12, B130) below the second-layer breeding box through the lower feeding port (A123, B131) of the second-layer breeding box until the organisms are pushed into a bottom-layer breeding box of the plurality of rotating disc type breeding boxes (A12, B130), so as to complete a cultivation process of the organisms.