The invention discloses a recursive flowing water construction method of canceling a temperature post-cast strip by an overlength concrete base plate structure. The temperature post-cast strip can be canceled, and simultaneously temperature stress of the overlength concrete base plate structure can be effectively controlled. Cracking of the concrete base plate structure is reduced, the construction period is shortened, and the concrete construction quality is improved. An overlength concrete base plate is divided into plural concrete pouring blocks according to the maximum one-time casting length of concrete, and the maximum temperature stress of each concrete pouring block in a whole construction process is calculated. The maximum temperature stress is all enabled to be smaller than the maximum strength of extension of the concrete. The concrete pouring blocks are continuously recursive from one end of a field to the other end of the field according to a precedence order of different working procedures and are shaped in a pouring mode block by block. In the period, each concrete pouring block and the temperature and the stress change between among the concrete pouring blocks are monitored in real time by utilizing a wireless temperature measuring instrument and an oil-averting type strainometer so as to achieve control and maintenance. The cracking of the concrete base plate structure is prevented fundamentally.