移栽小麦,是夺取小麦高产的一种新方法。但是,移栽小麦的根系分布往往比较浅,在一些高产社队和高产地块,由于土壤较肥沃,如果小麦的群体偏大或者管理不当,容易发生倒伏,严重减低产量。为了摸索一条新的高产途径,在学习外地经验的基础上,我们于1975年秋季种麦时,搞了一亩八分移栽培土高产试验田,并在同一块地里,用七尺半畦、移栽十二行小麦而不进行培土作为对照,结果移栽培土的小麦平均亩产1,035斤比不培土的移栽小组每亩多收了360斤,增产53.3％。我们的试验地肥力为上等,在前茬玉米收割后结合机耕,每亩铺施粗肥一万二千斤,过磷 Transplanting wheat is a new method to capture high yield of wheat. However, the root system of transplanted wheat tends to be relatively shallow. In some high-yielding communes and high-yielding plots, due to the more fertile soil, if the population of wheat is too large or mismanaged, it is prone to lodging and severely reducing output. In order to explore a new high-yielding way, based on the experience of other countries, when we planted wheat in the autumn of 1975, we experimented with a high-yielding experiment field of 8 mu of transplanting soil with one mu of cultivated land. In the same land, Twelve rows of wheat were transplanted without soil culture as a control. As a result, the average transplanting wheat yield per mu reached 1,035 kg more than that of the non-transplanted transplanting group, up 360 kg and 53.3% respectively. Fertility in our experiment was first-class, combined with plowing after the harvesting of the former crop of corn, applying 12,000 kg of crude fat per mu,