1) non-rice growing season
非水稻生长期
1.
Flooding of the paddy field in winter causes high CH4 emission not only during the non-rice growing season,i.
根据国内外文献资料,综述了非水稻生长期和水稻生长期水分管理对稻田CH4产生排放的影响,以及非水稻生长期水分管理对水稻生长期CH4产生排放的影响,并提出有待研究的内容。
2) rice growing season
水稻生长期
1.
Flooding of the paddy field in winter causes high CH4 emission not only during the non-rice growing season,i.
根据国内外文献资料,综述了非水稻生长期和水稻生长期水分管理对稻田CH4产生排放的影响,以及非水稻生长期水分管理对水稻生长期CH4产生排放的影响,并提出有待研究的内容。
3) rice growth
水稻生长
1.
Effects of application of different fertilizers on rice growth and nutrient absorption
不同肥料品种对水稻生长及养分吸收的影响
2.
The results of our experiments indicate that dry cultivation brings about remarkable effects on the rice growth and brings about the lowest yields.
通过水稻盆栽试验,研究了Cd污染土壤上旱作、不同生育期烤田和全生育期淹水等不同水分管理方式对水稻生长及其吸收Cd的影响。
3.
According to the pollutant burden dixchargedinto Datong River from the factories, a simulation test in theeffect of Organic sewage irrigation on rice growth was conduct-ed.
各工厂排污所含有机物质超过一定量便对水稻生长及产量产生严重影响;2。
4) rice growth stages
水稻生育期
1.
The results show that the energy flow method gains an advanage over the simple investigation of community number dynamic in reflecting scientifically and accurately the harm level of Sogatella furcifera and the different control levels of Pirata subpiraticus to Sogatella furcifera at different rice growth stages.
以能量为统计标准 ,系统地分析了不同水稻生育期稻田生态系统中水稻 -白背飞虱 (Sogatellafurcif era) -拟水狼蛛 (Piratasubpiraticus)的种群能流动态 。
5) whole growth duration of rice
水稻全生育期
1.
To unveil the mechanism of effect of elevated CO_2 concentration and temperature increasing on growth,development and yield formation of rice,many physiological characteristics of rice were measured from the half-open CO_2-temprature gradient system,which treated whole growth duration of rice by different CO_2 concentrations and temperature levels.
为揭示大气中二氧化碳浓度与温度增高对水稻生长发育与产量形成的影响机理,采用半开放式二氧化碳温度梯度系统对水稻全生育期进行梯度处理。
6) Rice growing coverage
水稻生长遮盖度
补充资料:水稻
单子叶植物,禾本科。一年生草本。叶狭长扁平,叶鞘有茸毛。圆锥花序称“稻穗”,成熟时下垂,小穗有芒或无芒,稃上有毛或无毛。颖果即稻谷。按米粒黏性分粳、籼、糯稻;按生育期分早、中、晚稻。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条