1.
Soil Loss Calculature of Nitrogen in Absorbed During the Period of Paddy Planting in Jingjiang City
靖江市水稻种植期土壤吸附态氮流失量计算
2.
In the early rice growing years, the process was greater in desalting than in accumulating.
在早期水稻种植年份，脱盐过程大于积累过程。
3.
On the Paddy Rice Cropping and Influencing Factors of Liangshan Area in History;
论历史时期凉山地区水稻的种植及其影响因素
4.
In the early period of rice-growing, the yield was very low due to the heavy salt and poor fertility of the wastelands.
在水稻种植早期阶段产量很低，因为这种荒地盐分太重、壤肥力太低。
5.
The methane emission peak of early rice appeared in young panicle differentiation stage of rice.
早稻甲烷排放峰值出现在水稻幼穗分化期，晚稻种稻期间甲烷排放通量在水稻分蘖盛期最大。
6.
Non-farming Activities and Change of Cropping Pattern;
农村劳动力非农化与种植模式变迁——以江汉平原稻农水稻种植为例
7.
Rice is also grown in many other Asian countries,
亚洲其他国家也种植水稻，
8.
The rice planting in Japan was introduced from ancient China.
日本的水稻种植由古代中国传入。
9.
The climate here is just right for plantingr ice.
这里的气候恰好宜于种植水稻。
10.
Therefore, it might be impossible to grow rice in the future.
因此，将来有可能无法种植水稻。
11.
Assessment of Ryegrass-rice Cropping Systems and Simulation for Management;
黑麦草—水稻种植模式评价与管理模拟
12.
Rice planting area monitoring in Changle city based on ENVISAT ASAR data
基于ENVISAT ASAR的长乐市水稻种植面积监测
13.
Studies on the Standardized Plant Key Technical of Dry Stress Seedling Nursing and Transplantation of Paddy Rice of NingXia;
宁夏水稻旱育稀植规范化种植关键技术研究
14.
Being able to leave water on rice plants for an additional week might also help farmers suppress the growth of weeds.
由于水稻种植可以离开水，另外的星期可以帮助农民阻止野草的生长。
15.
Influences of Rice Cropping on Groundwater Resources Equilibrium Calculation;
水稻种植对地下水资源均衡计算的影响
16.
Some analysis to a new saving irrigation measure of the small scale rice field;
浅析小范围水稻种植区节水灌溉新措施
17.
Effects of high-yielding rice cultivar and cultivation pattern on methane emission from paddy field
高产水稻品种及种植方式对稻田甲烷排放的影响
18.
"The long-grain types need a longer season to mature, and hence are grown mostly in tropical regions, such as Southeast asia. "
长粒型水稻要经过较长的生长期才能成熟，所以大部分种植在像东南亚那样的热带地区。