旱稻生长在旱地上。
旱稻根系发达，吸水吸肥和抗旱能力强，特别适宜丘陵地区种植。
Experimental results also indicated that upland rice, with strong root system and high water uptake ability, is rather suitable to the hilly red earth area.
结果表明：土壤水分对旱稻吸收N、P、K矿质元素有明显影响。
The results indicated that: the soil moisture remarkably influenced N, P, K nutrition uptake.
研究了13份旱稻和35份普通水稻材料对干旱胁迫的农艺调节能力。
Using 13 land rice and 35 general rice varieties, the agricultural regulation ability to drought was studied.
在池栽条件下研究了不同水分处理对旱稻吸收氮磷钾及分蘖生产效率的影响。
The characters of mineral nutrition uptake and efficiency of tiller production in upland rice were studied with pond culture experiment.
在营养和生殖生长阶段旱稻茎含磷量和磷素累积量随水分胁迫程度加深而降低。
However, as the water stress increases, the phosphorus accumulation of root decreases at vegetative stage and reproductive stage.
旱稻、玉米间作栽培是高矮两种作物按一定的种植比例合理搭配的一种栽培形式。
Intercropping dry rice and maize is a kind of planting form that high and low two crops cooperate seasonally.
旱稻具有耐旱、耐瘠、适应性广等特点，是水稻抗旱性改良育种的巨大宝贵种质资源。
Upland rice which was the huge precious germplasm resources in drought resistance breeding of rice, had many properties, such as drought resistance, barren-tolerance, wild adaptability and so on.
着重分析了我国节水抗旱稻生产的历史、特点与现状，并对节水抗旱稻的发展前景做了展望。
This paper introduced research progress which about water-saving rice, and looked into the future of the water-saving rice.
利用基因枪和农杆菌转化法可将大豆铁结合蛋白基因导入旱稻基因组中，并使转基因稻米铁含量增高。
The soybean ferritin gene can be transferred into upland rice using the method of Biolistic and Agrobacterium-mediated transformation, which increased iron concentration in the transgenic plant seeds.
不同水分处理下旱稻在不同生育阶段的耗水量和耗水强度大部分都集中在播种至出苗和孕穗至抽穗阶段。
The amount and the intensity of water consumption were mostly in the stage between from sowing to emergence and from booting to heading.
本研究结合田间试验，利用RAPD标记从分子水平上探测旱稻品种间的遗传差异、旱稻与水稻间的遗传差异。
This study detected genetic diversities among upland rice genotypes and between upland rice and rice genotype from molecular level by means of RAPD marker combing field experiment.
本研究结合田间试验，利用RAPD标记从分子水平上探测旱稻品种间的遗传差异、旱稻与水稻间的遗传差异。
This study detected genetic diversities among upland rice genotypes and between upland rice and rice genotype from molecular level by means of RAPD marker combing field experiment.
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