间作

基本解释 (translations)

intercrop  ·  intertillage  ·  intertill  ·  intercropped  ·  intercrops

词组短语

catch crop · companion cropping

与间作相关的网络例句 [注：此内容来源于网络，仅供参考]

Our calculation shows that qa decreasing with the simulationtime can accelerate the convergence significantly,which is somehow similar tointroducing different temperatures for visiting and acceptance probability.

为了增加收敛速率，让原来固定不动的qa随计算机时间作线性下降，对粒子数N＝12，51的Thomson问题的测试表明我们的改进效果是很明显的。qa随计算机时间作线性下降类似于对接收几率引入了单独的温度，这个温度不同于跃迁温度。

To explore the different high north of chili peppers mode, the influence of main pests with pepper and corn were mainly by intercropping with corn, chili, peanut, sunflower not counterparts, than intercropping set 10 processing, 3 replicates, randomized to design, in May 2008 in October - high north county village dragon tree bark planting experiments on biodiversity village.

登录后回答可以获得积分奖励，并可以查看和管理所有的回答。登录|为探索丘北辣椒不同间作模式对辣椒主要病虫害的影响，本试验主要以辣椒与玉米间作为主，通过辣椒与玉米、花生、向日葵不同行比间作方式，设10个处理，3次重复，随机区组设计，于2008年5月-10月在丘北县树皮乡大龙树村进行多样性种植试验研究。

Nitrate-N content in 0~60cm soil profile with intercropped faba bean and pea are lower than the monocrops under zero N application and 225kghm^(-2) N application; while that with soybean lower than the monocrop at zero N application, but higher at 225kghm^(-2) N application.

玉米收获期，不施氮条件下3种豆科作物间作0~60cm土壤硝态氮含量均低于单作；225kghm^(-2)氮水平下，蚕豆、豌豆间作0~60cm土壤硝态氮含量低于单作，而间作大豆0~100cm土壤硝态氮含量高于单作。

The study indicated that Choerospondias axillaries cropped with peanut wasn't optimum agroforestry model and it couldn't be extended blindly in subtropical China, that N〓-fixing shrub should be chosen to intercropped in farmland rather than tree, and that shade tolerance plant should be chosen to intercropped in orchard garden or man-made forest rather than photophilous plant in alley cropping system.

总之，花生南酸枣间作不是低丘红壤地区优化农林间作模式，不适宜盲目发展。在红壤农田系统中实行农林间作应优先选择固氮灌木，而非高大的乔木；在果园或人工林系统中实行农林间作应优先选择耐荫植物，而非花生等喜光作物。

Through the comparative analysis of the arthropod community between intercropping system and the three control systems～the weeding jujube yard system, not weeding jujube yard system and the system of farmland, it is showed that the intercropping system have a more richer neutral arthropod groups. Compared to Weeding jujube yard system and system of farmland the intercropping system have more advantages in natural enemies groups and more disadvantaged phytophagy groups. And the intercropping system can rebuild the arthropod community more faster than the other systems after the system was seriously disturbed, so it is than compared to other three systems the intercropping system have more proper structure and more stronger regulation ability and also more stronger ability to control pest.

对枣粮间作系统和三种对照系统，即除草枣园系统、未除草枣园系统和农田系统的节肢动物群落进行对比分析发现枣粮间作系统具有更为丰富的中性节肢动物类群，比起除草枣园系统和农田系统有更优势的天敌类群和更劣势的植食性类群，且在遭受生境的巨大变化后新生境重新形成时枣粮间作系统的各亚系统能更迅速的形成节肢动物群落和各种功能类群，说明枣粮间作系统比三种对照系统的节肢动物群落有着更合理的结构、更强的调控能力和更强的控害能力。

Our work reported here are aiming at improving nitrogen and water use efficiency in wheat/maize, faba bean/maize, pea/maize and soybean/maize intercropping through field experiment.The main results obtained were as the following:(1) Land equivalent ratio was greater than 1.0 for faba bean (Viciafaba L.)/maize (Zea mays L.) intercropping regardless of nitrogen fertilizer application or not. Based on grain yields production, LER of pea (Pisum sativum L.)/maize intercropping was over 1.0 in spite of nitrogen fertilizer application, while LER was higher than 1.0 only when nitrogen fertilizer was applied based on biomass production. However, LER in soybean (Glycine max L.)/maize intercropping was smaller than 1.0 both nitrogen applicationa and no nitrogen application. In wheat Triticum aestivum L.

本文通过田间试验，对小麦／玉米、蚕豆／玉米、大豆／玉米和豌豆／玉米间作种植下作物对氮素和水分利用的影响进行了系统比较，获得的主要结果如下：(1)蚕豆／玉米间作的土地当量比都大于1；豌豆／玉米间作以籽粒产量为基础的LER无论施氮还是不施氮都大于1，而以生物学产量为基础的LER只有施用氮肥时才大于1；大豆／玉米间作无论施氮还是不施氮LER均小于1。

In comparison with monocropping, the amount of Si accumulation of wheat was increased by 33%, 41%, 51% and 18% at tillering, elongating, heading and maturing stages respectively intercropping.

与单作相比，间作小麦平均硅累积量在分蘖期、拔节期、抽穗期和成熟期分别提高了33%、41%、51%和18%，说明间作对硅的吸收累积具有显著优势。分蘖期、拔节期和抽穗期间作小麦硅的吸收速率显著高于单作。

Nitrogen also increased the rate of wheat yield of intercropping single for Gao Yu, reflecting the presence of wheat intercropped with nitrogen from the beans to the transfer of wheat, resulting in intercropping conditions decreased the sensitivity of wheat to nitrogen fertilizer.

同时施氮增加小麦产量的幅度以单作高于间作，这反映了在小麦蚕豆间作体系中存在着氮素由蚕豆向小麦的转移，导致在间作条件下小麦对氮肥的敏感性下降。

With no nitrogen application,water use by 6 varieties of wheat/maize intercrops relative to sole crops were decreased by 4.82%～8.79%.Water use efficiency by wheat of 171 /maize intercrops relative to sole crops were increased by 9.25%,yet the other varieties of wheat/maize intercrops relative to sole crops were decreased by 2.30%～15.06%.

不施氮条件下，6个小麦品种与玉米间作相对于单作水分消耗量减少4.82%～8.79%，小麦品种171与玉米间作相对于单作水分利用效率增加9.25%，而其余5个品种与玉米间作较单作减少2.30%～15.06%。

In field of cotton as CK, with the 20-year-old almond tree intercropping cotton of the photosynthetic characteristics yield and soil nutrient a comparative study, results showed that:①almond and cotton intercropping cotton yield great influence mainly reflected in the decrease of Harvest lants、 Harvest bolls and Total bolls, thereby affecting the Seed cotton yield and lint yield, Inside of crown almond , Tow meter outside of crown almond of the Seed cotton yield were contrasted respectively comparatively having decreased 66.92% and 42.78% by degrees.

以大田棉花为对照，与20年生扁桃树下间作棉花的光合特性、产量及土壤养分进行比较研究，结果表明：①扁棉间作对棉花的产量影响很大，主要表现在间作减少了亩株数、亩铃数和单株成铃数，进而影响到了子棉和皮棉的亩产，扁桃树树冠内侧、树冠外侧2米处的子棉平均亩产分别较对照递减了66.92%和42.78%。

与间作相关的网络解释 [注：此内容来源于网络，仅供参考]

get round /around to doing sth：找到时间作某事,来得及作某事

get at发现,查明,弄清楚 | get round /around to doing sth找到时间作某事,来得及作某事 | give sb up对-的复原不再抱希望,对找到-不抱希望

intercrop：间作

intercourse 交往 | intercrop 间作 | intercross 交叉

intercrop：间作作物

intercrop 间作 | intercrop 间作作物 | intercrop 间作

intercrop：间作/间作作物

intercrescence /并生/ | intercrop /间作/间作作物/ | intercross /[使] 交叉的/

intercrop corn and soybean：间作玉米和大豆

intercristal diameter 髂嵴间径 | intercrop corn and soybean 间作玉米和大豆 | intercrop filler planting filler 间作物

interculture：间作作物

mensual 每月的 每月一次 月刊 | interculture 间作作物 | go up in smoke 被烧光, 化为乌有

Intermolecular Forces：分子间作用力

在矿物表面、冰及水之间的分子间作用力(Intermolecular forces)维持一层不结冰的薄层,用作运送水份及在底冰累积时造成矿物表面间压力. 因为冻结而引起的风化作用主要发生在有水汽及温度在冰点上下波动的环境,如高山气候(alpine climate)地区及冰川边缘的(periglacial)地区.

Combination of forestal and agricultural crops：间作林业

间作林叶 Combination of forest and field-crops | 间作林业 Combination of forestal and agricultural crops | 乔林混农作业 Combined cropping system

companion crop：伴生作物,间混作作物,间作作物

companion cell ==> 伴细胞 | companion crop ==> 伴生作物,间混作作物,间作作物 | companion cropping ==> 间混作,间作

companion cropping：间混作,间作

companion crop ==> 伴生作物,间混作作物,间作作物 | companion cropping ==> 间混作,间作 | companion fault ==> 副断层