可耕作的

基本解释 (translations)

cultivable  ·  tillable

与可耕作的相关的网络例句 [注：此内容来源于网络，仅供参考]

Or, are all the areas that are farmable being farmed?

或者，是否所有可耕作的农田都被耕作了？

Clean water and cultivable lands have become the most important strategic resource in 21st century, water and soil is the foundation of the life. Its the shared responsibility of all the people in the world to protect soil and water resources.

洁净的淡水和可耕作的土壤已成为21世纪人类最为重要的战略资源，水是生命之源，土是生存之本，保护水土资源是世界各国人民的共同责任。

The results showed that different tillage patterns could improve soil water storage,the soil laer of no-tillage was covered by straws between 0 to 20 cm held water(4.542±0.894)×10~5 L/hm~2;Under no-tillage with full-straw mulching average soil temperature at 0～20 cm decreased...

结果表明：不同的保护性耕作措施均可提高土壤水分含量，其中留茬旋耕处理的土壤贮水量最高，达(4.542±0.894)×105L/hm2；在玉米播种前期及苗期，免耕覆盖处理降低土壤温度1~2℃，而整个生育期留茬旋耕处理与传统耕作处理的土壤温度相近；苗期，留茬旋耕处理的玉米株高、根长、鲜重和干重均优于其它处理，促进了玉米的生长发育；不同的保护性耕作措施均可提高玉米的产量，与传统耕作相比可增产

The results showed that different tillage patterns could improve soil water storage, the soil laer of no-tillage was covered by straws between 0 to 20cm held water (4.542±0.894)×10^5L/hm^2 Under no-tillage with full-straw mulching average soil temperature at 0~20cm decreased 1~2℃ during early corn growing period; In early season of corn growth, minimum-tillage with 1/3-straw mulching would promot the growth; Compared with the conventional tillage, economic yields could increase

结果表明：不同的保护性耕作措施均可提高土壤水分含量，其中留茬旋耕处理的土壤贮水量最高，达(4.542±0.894)×10^5L/hm^2；在玉米播种前期及苗期，免耕覆盖处理降低土壤温度1~2℃，而整个生育期留茬旋耕处理与传统耕作处理的土壤温度相近；苗期，留茬旋耕处理的玉米株高、根长、鲜重和干重均优于其它处理，促进了玉米的生长发育；不同的保护性耕作措施均可提高玉米的产量，与传统耕作相比可增产

There is not much arable land on the side of a rocky mountain.

岩石众多的大山脚下没有多少可供耕作的土地。

Therefore, the general said: in soil bulk density reached 1.3g/cm3 or 1.4g/cm3 above or at the beginning of the areas of conservation tillage, in order to break the traditional farming for many years to form the bottom of the plow, the first year can be Subsoiling.

所以一般认为：在土壤容重达到1.3g/cm3或1.4g/cm3以上时或在开始进行保护性耕作的地区，为了打破多年传统耕作形成的犁底层，第一年可进行深松。

Conventional tillage with bare ground, conventional tillage with straw incorporated and no-tillage with straw mulch were studied in the Hexi corridor of Gansu provience. The result showed: on summer fallow NTS stored soil water more than CTB and CTS by 30.62mm and 23.91mm, respectively; the winter storage irrigation quotas should be reduced to 900~1350 m^3/hm^2 on winter fallow; evaporation controlling rate arrived 38.1% and 7.3% at winter storage irrigation quotas 975m^3/hm^2 and 2100m^3/hm^2, respectively; NTS did not reduce ET during the spring wheat growth stage; yields different between treatments was not significant.

对甘肃河西内陆河灌区采用常规耕作、秸秆还田和覆盖免耕技术的农田水分效应进行研究，试验结果表明：在夏季休闲期，覆盖免耕比常规耕作和秸秆还田多贮水30.62mm和23.91mm；冬季休闲期可将大定额的储水灌溉减少到975~1350立方公尺/hm^2；覆盖免耕抑制蒸发率在储水定额为975立方公尺/hm^2时达到最大值38.1%，而在2100立方公尺/hm^2时最小为7.3%；覆盖免耕在作物生育期并没有减少土坡耗水量；各处理产量之间没有显著差异。

Effect of water saving was studied under no-tillage with straw mulch, conventional tillage with straw incorporatedand conventional tillage on bare ground. The results showed that NTS increased soil water storage by 30.6 mm and 23.9 mm over CTS and CTB during summer fallow.

对免耕覆盖、秸秆还田和常规耕作在休闲期的节水效果研究表明：在夏季休闲期，免耕覆盖比常规耕作多贮水30.62 mm，比秸秆还田多23.91 mm；在冬季储水灌溉期间，可将储水定额从2 100 m3/hm2减少到600和975 m3/hm2。

Cultivation in an area where the amount of land available for cultivations is being reduced due, e.g.

在可耕种的土地不断缩减的地域进行的耕作。

Its main advantages are: 1 Ploughshares former can Geng Sada narrow, sharp-angle, and then a small field can be competent. 2, spiral Ploughshares high-speed rotation, tillage Shulan soil formation, may omit rake mud, soil and other pressure Suitu site preparation process. 3, spiral Ploughshares work will push the soil later, will pull the machine forward traction, it can effort can be smaller engine-driven. 4, the spiral Ploughshares work itself traction to overcome the original style, to break through resistance to the plow, the machine tray can be fitted with the lower part of farming feet deep mud paddy field. 5, the spiral Ploughshares put on the handling round, you can use the drive shaft Ploughshares handling round, 20-30 cm wide in the small mountain ridge or drive to complete removal. 6, according to the plane of principle, can also be designed as a multi-Ploughshares, or a variety of forms, suitable for large-scale farming machinery Plain.

它的主要优点是：1、犁头在前能耕狭田窄地，田尖地角，再小的田地都可胜任。2、螺旋犁头高速旋转，被耕泥土熟烂平整，可省去耙泥、压土等碎土整地过程。3、螺旋犁头工作时将泥土往后推，有将机器往前拉的牵引力，因此可以省力，可用较小的发动机驱动。4、由于螺旋犁头工作时本身有牵引力，克服了原式华犁的对闯阻力，在机器下部装上托盘就可耕作深泥脚水田。5、把螺旋犁头换上小搬运轮，就可利用犁头轴的动力驱动搬运轮，在20—30厘米宽的小山路或田埂上行驶完成搬运。6、根据该机工作原理，还可设计成多犁头或各种形式，适合平原的大型耕作机械。

与可耕作的相关的网络解释 [注：此内容来源于网络，仅供参考]

arable land：耕地

南非全国土地划分为可耕地(arable land)、永久性农作物用地(permanent crops)和其他土地(other)3种利用类型. 可耕地指用于耕作农作物,如小麦、玉米和稻米,每次耕作收获之后还可再种植的土地. 永久性农作物用地指用于耕作农作物,

arable land：可耕地

南非全国土地划分为可耕地(arable land)、永久性农作物用地(permanent crops)和其他土地(other)3种利用类型. 可耕地指用于耕作农作物,如小麦、玉米和稻米,每次耕作收获之后还可再种植的土地. 永久性农作物用地指用于耕作农作物,

fertile：肥沃

因此,玛雅人发展出"火耕"(slash and burn agriculture)的方式:先砍伐土地上的植物,再放火焚烧,灰烬可使土壤变得比较肥沃(fertile). 然而,这种纯消耗的耕作方式最多维持七年,之后玛雅人就得另觅新地,重复同样的劳作. 因此,

organic product：有机产品

有机产品(organic product)是指通过有机生产方法生产的产品. 有机产品出自有机农场系统,采用可获得持续生产力的自然生态系统的管理措施,采用多种生物的相互依赖的生命形势、动植物废弃物循环、作物品种的选择和轮作、水肥管理、耕作和中耕等多样化措施来控制病虫害.

cultivatable：可耕种的; 可培育的; 可栽培的 (形)

cultivable 可耕种的; 可栽培的 (形) | cultivatable 可耕种的; 可培育的; 可栽培的 (形) | cultivate 培养; 耕作 (动)

tillable：可耕作的

till 耕作 | tillable 可耕作的 | tillage 耕作

tillable：适于耕种的; 可耕种的 (形)

till the cows come home 无限期地 | tillable 适于耕种的; 可耕种的 (形) | tillage 耕作, 耕种; 耕地上作物; 耕地 (名)

Slash-and-Burn Agriculture：火耕

因此,玛雅人发展出"火耕"(slash and burn agriculture)的方式:先砍伐土地上的植物,再放火焚烧,灰烬可使土壤变得比较肥沃(fertile). 然而,这种纯消耗的耕作方式最多维持七年,之后玛雅人就得另觅新地,重复同样的劳作. 因此,要维持生计需要相当广阔的土地.