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Maize refers to one of the major food crops worldwide. Its yield has a direct effect on global food security. Moreover, cultivated lands in the world have been undergoing serious degradation. In the present study, field experiments were performed in the middle of Jilin, China. A novel maize cultivating method, combining drip irrigation under film mulch cultivation and high photosynthetic efficient cultivation, is presented. NUE, WUE, accumulated temperature, plant growth and yield were determined in high photosynthetic efficient cultivation with drip irrigation under mulch and with there being under the mulch transparent and black film, respectively. As revealed from the results, the high photosynthetic efficient cultivation based on drip irrigation cultivation could increase the yield of rainfed treatment by 53%; high photosynthetic efficient cultivation with drip irrigation under film mulch cultivation could also improve NUE and WUE compared with conventional drip irrigation under film mulch cultivation; transparent mulch could more significantly raise the soil temperature than black mulching, as well as improving the maize yield. The present study presents a novel planting mode in accordance with reliable theory to sustainably develop maize.

Research on high photosynthetic efficient cultivation with drip irrigation under different mulch of maize