节水高产,Water-saving and high-yield
1)Water-saving and high-yield节水高产
英文短句/例句
1.Study on Application of Water-saving and High-yield Irrigation Control Technology for Rice in Yinchuan Irrigated Area银川灌区水稻节水高产控制灌溉技术应用研究
2.Water-saving and high-yield mechanism of tomato under different irrigation methods不同灌水方式下番茄节水高产机理研究
3.Analysis of Crop Water Demand-Supply Balance and Studies on Wheat-Saving Technology in Eastern Hebei;冀东地区主要农作物水分供需平衡状况及小麦节水高产技术研究
4.Structure and Function of Population Photosynthetic Source in Winter Wheat under the Water-saving and High-yielding Cultivation Condition;冬小麦节水高产栽培群体源性能特征及其调控机制
5.Basic Study on Water-saving and High Yield Cultivation Physiology of Spring Maize by Agronomy Adjust;春玉米节水高产栽培生理基础及其农艺调控研究
6.Studies on Water-Saving Cultivation Systems of High-Yield Wheat and Maize in Huang-huai Plain;黄淮平原小麦玉米一体化节水高产栽培技术研究
7.Key Techniques for High and Stable Yield of Hybrid Rice Seed Production inWater-saving and Fertilizer-saving Cultivation杂交稻制种节水节肥高产稳产关键技术
8.Study and Application of Plant Growth Regulators for both High Yield and Lodging Resistance of Rice;水稻高产抗倒伏调节剂的应用效果研究
9.Improvement of Xanthine Oxidase Production from Arthrobacter X7;提高节杆菌（Arthrobacter X7）产黄嘌呤氧化酶水平的研究
10.Studies on Chemical Control of Weed and Cultivation Technology of High Yield for Saving-water and Drought-tolerance Rice;节水抗旱稻化控除草及高产栽培技术研究
11.Leaf Senescence of Spring Maize Super High Yield Population and Water Saving Regulation春玉米超高产群体叶片衰老特性及节水调控
prehensive water-saving farming practice for drought-resistant cotton varieties棉花优质高产抗旱节水技术大田试验研究
13.Water-saving Irrigation Applied in High-yield Wheat in Baojixia Irrigation Area宝鸡峡灌区高产小麦节水灌溉制度探讨
14.Physiological and ecological effects of rice water-saving and high-efficiency cultivation and its influence on yield and quality;水稻节水高效栽培的生理生态效应及对产量与品质的影响
15.Possible effect of raising agricultural water price on water saving and some discussions about its countermeasures;调高农用水价对农业节水可能产生的影响与相关对策探讨
16.Study on the Amount of Saving Water under the Water-saving Irrigation Project in Bashang Plateau;坝上高原区节水灌溉措施节水量研究
17.Research on Water Saving and Energy Saving Technology of High-rise Building Water Supply System;高层建筑供水系统节水节能技术研究
18.The implementation of high-efficiency water saving project promoted the reform of agricultural production mode in project areas.描述:新疆实行高效节水农业工程，促进了实行地区的农业生产改革。
相关短句/例句
high-yield and water saving高产节水
3)high yielding and water saving variety高产节水品种
4)water-saving and high-yielded technology节水高产技术
5)Water-saving and high yield in dry land旱地节水优质高产
6)high production & energy-saving高产节能
延伸阅读
节水耐寒易养护的佛甲草佛甲草属景天科景天属多年生草本，原产我国东北，生长于山坡或岩石上。它生命力强，耐旱，极易栽种。茎匍匐，覆盖地面，碧绿的小叶宛如翡翠，整齐美观，既可作为盆栽欣赏，也可作为露天观赏地被栽植。佛甲草株高20至25厘米，茎纤细而光滑，肉质多汁，柔软，匍匐生长，着地部分节节生根。叶三片轮生，长圆形，翠绿有光泽。春夏季开黄色小花，聚伞花序，花瓣5枚，雄蕊10枚。佛甲草适应性极强，不择土壤，喜湿润，怕涝，耐寒力极强。在我国北方栽培，严寒期即使地上部茎叶冻枯，翌年土壤一解冻就能萌发新芽，茁壮生长，早春即能覆盖地面。在长江以南地区栽种，一年四季郁郁葱葱，翠绿晶莹，十分惹人喜爱。佛甲草的繁殖主要采用扦插方法。由于茎节着地生根，故繁殖很容易。春夏季将茎叶切成6至7厘米长的小段，撒在已耕耙整平的地面上，再用三齿耙在土壤表面轻轻锄几下，使茎节呈半掩埋状态植入土壤，然后喷两遍水，保持土壤湿润，约一周左右即生根。佛甲草的扦插繁殖系数为1:20，即生长良好的1平方米佛甲草可扩繁20平方米。佛甲草是优良的地被植物，它不仅生长快，扩展能力强，而且根系纵横交错，与土壤紧密结合，能防止表土被雨水冲刷，故作为护坡草更为适宜。此外，它的耐阴能力也较为突出，在园林绿地中可以与乔木、花灌木等配置在一起，在荫蔽度70%以上的树丛下仍然生长良好。近年来，园林部门把佛甲草作为屋顶绿化植物，具有理想的效果。佛甲草种植在屋顶上，可以生长在较薄的基质上(3至5厘米厚)，而且能抗高温。夏天屋顶温度高达60℃，它也能承受，基本不用浇水。而在冬季寒冷的北方，严寒时基质冻结。佛甲草呈休眠状态。开春后气温回升，很快又能萌发，恢复生机。佛甲草长成后无需修剪，很少有病虫害，自然成型，四季常绿。（源自《中国花卉报》.10.26）
