The late rice experiment was in split plot design with 3 3 for fertilizer in main plot and variety in subplot 晚稻试验为3 3裂区设计，肥料为主区，品种为副区。
Performance of a new hybrid rice combination yueyou 938 planted in late rice region at minqing county of fujian province in china 杂交稻新组合粤优938在闽清县试种表现
For instance , in late rice , the application of the first 60 kg / ha k2o adds 528 kg / ha to the rice yield 例如，晚稻每公顷开始施用60公斤氧化钾（ k2o ）时，产量增加528公斤/公顷。
For instance , table 1 and figure 1 present data for two production functions , one for early rice and one for late rice 例如图1和表1的数据表示两个生产函数，一个是早稻，一个是晚稻。
But in full panicle stage , k uptake of late rice was less than that of early rice , this situation was obviously related to weather 但在齐穗期晚稻吸钾低于早稻，这一情况明显与气候有关。
For late rice , we should pay attention to seedling and tillering stage , supply certain amount at middle stage , if soil k deficiency is severe 对晚稻施钾来说，我们应注意苗期和分蘖期，如果土壤缺钾严重，中期供应一定数量钾肥。
In the experiments , soil drainage method was used at shaoxing and deep water method at fuyang for early rice , and soil drainage method was adopted at both sites for late rice 早稻试验在绍兴采用土壤排水，而在富阳采用深厚水层方法，晚稻试验两地都用土壤排水方法。
It was found that potassium uptake in seedling stage for late rice was higher than for early rice , the former occupied 7 . 5 % of total k uptake , the latter only occupied 0 . 3 % , the same situation was observed at maximum tillering stage 已发现苗期晚稻吸钾量高于早稻，晚稻占吸钾总量的7 . 5 % ，早稻仅占0 . 3 % ，最大分蘖期也观察到同样的情形。
The most important factors affected crop yield and economics in these experiments were : rape : population density ; early rice : interaction of p k ; late rice : rate of nitrogen application ; wheat : variety ; midrice . interaction of n k 这些试验中影响作物产量最重要的因素是：油菜：种植密度；早稻：磷钾交互作用；晚稻：氮肥施用量；小麦：品种；中稻：氮钾交互作用。
Field experiments were conducted at shaoxing and fuyang , zhejiang province , using split - split plot design on early rice and split plot design on late rice respectively , to identify the roles of variety , fertilizer and plant population in achieving higher yield 早稻采用裂区-裂区试验设计和晚稻采用裂区试验设计的大田试验在浙江省绍兴和富阳进行，以检验品种、肥料和植株密度在取得高产中的作用。
