农作物

基本解释 (translations)

crop  ·  cropper

与农作物相关的网络例句 [注：此内容来源于网络，仅供参考]

Results show 1 the total water requirement of the crops in the Jinghe Watershed is 740543.20×10^4 m^3, accounting for 41.58% of the total water requirement of the region; 2 of the two major groups of crops, grain crops are higher than cash crops in water requirement quotas; and among specific crops, vegetables, melons, rice and cotton are higher and sunflower, potato and benne are lower than other crops; 3 water requirement per hectare varies from county to county with the highest being 5682m^3hm^(-2), in Jingyang County, and the lowest 4022 m^3hm^(-2) in Dingbian County, averaged to 4 583 m^3hm^(-2), but the water requirement quota of a crop does not vary with the county, so calculation of water requirement quota of a county is closely related to its cropping structure; and 4 because of serious waste of water in farming, the actual water consumption in agriculture in the region is much higher than the calculated crop water requirement.

结果表明，泾河流域农作物需水量总计740543.20万立方公尺，农作物需水占总需水量的比例较高，为41.58%。粮食作物需水定额较经济作物高；就具体作物而言，菜、瓜类、水稻、棉花等需水定额较高，向日葵、薯类、胡麻等较低。各县单位面积需水量差异较大，平均值为4583立方公尺hm^(-2)；泾阳县最高，为5682立方公尺hm^(-2)，定边县最低，为4022立方公尺hm^(-2)。由于事先设定大多数作物的需水定额不随县的改变而改变，因此需水量与作物结构密切相关。农业用水浪费严重，使泾河流域农作物实际用水量远高于需水量的理论计算值。

The results showed that the inhibitory effects of chemical deicers on the germination of crop seeds were obvious increasing trends with the increase of their concentrations.There was a distinct difference to the same crop species for the different types of deicers,whereas there was a distinct difference to the same deicer for the different crop seeds.

结果表明：随着融雪剂处理浓度的增加，其对农作物种子发芽的抑制效应呈显著上升趋势，且不同融雪剂品种对同种农作物品种发芽的影响呈现较为明显的差异，不同农作物种子对同种融雪剂的反应差异也较大。

This article describes the importance of efficient utilization of CSs and the significance of CSs depolymerization for developing new technology of efficient utilization of CSs in view of the objective of China for building a resourcely-saving and environment-friendly country.

本文从我国建立资源节约和环境友好社会目标的角度，论述了农作物秸秆高效利用的重要性和研究农作物秸秆解聚对开发农作物秸秆高效利用的新工艺的重要意义。

This article describes the importance of efficient utilization of CSs and the significance of CSs depolymerization for developing new technology of efficient utilization of CSs in view of the objective of China for building a resource-saving and environment-friendly country.

本文从我国建立资源节约和环境友好社会目标的角度，论述了农作物秸秆高效利用的重要性和研究农作物秸秆解聚对于开发农作物秸秆高效利用的新工艺的重要意义。

Results showed that the CO2 absorb ability in the eight Crop systems net productivity process was 4 032 366ta^(-1); the amount of CO2 outlet in the soil was 3981753ta^(-1), less than the CO2 adsorb ability, so that the whole crop system was a weaker carbon sink process in the atmosphere. The continue planting species such as Rice, sugarcane, cassava, and melon crop or high haulm crops have the characteristics of annually crop net productivity CO2 absorb ability bigger than soil CO2 outlet and this systems had bigger carbon sink function ability; the short haulm crop systems of peanut, soybean, flowers, and vegetable annually crops net productivity CO2 absorb ability less than soil CO2 out let, but also carbon sink source. The CO2 absorb ability of fruits and economic parts above ground bigger than that which growth under ground. Except of the CO2 absorb ability less than the soil CO2 outlet in the peanut during growth in procreate period, the other seven crops CO2 absorb ability were bigger than that soil CO2 outlet during procreate period. Most of crops during growth in procreate period had carbon sink function ability, and only in barren period showed the carbon source function phenomenon.

结果表明：2005年广州市8种农作物系统作物净生产力吸收CO2 4032366ta^(-1)，其土壤CO2排放3981753ta^(-1)，吸收大于排放，对大气CO2而言，整个农作物系统是一个弱的碳汇；水稻、甘蔗、木薯和果用瓜4种连作或高杆作物系统每年作物净生产力吸收CO2量大于土壤CO2的排放量，系统具有较大的碳汇功能，花生、大豆、花卉和蔬菜4种矮杆作物系统每年作物净生产力吸收CO2量小于土壤CO2的排放量，系统起着碳源作用；果实或经济产量生长在地上部分的作物其单位面积吸收CO2能力比果实生长在地下的作物大；除花生在生育期间生物量吸收CO2量少于同期土壤排放以外，其余7种作物在生育期间生物量吸收CO2的量大于同期土壤排放，大多数农作物在生育期间具有碳汇功能，在撂荒期才体现碳源作用。

Pot experiments were carried out to study airborne ~ 125 I deposition on crops and soil, the results show that (1)~ 125 I aerosol deposited on plants in a dry deposition mode;(2)~ 125 I aerial deposition on leaves can be transferred to other tissues through foliar absorption;(3) corn and navy bean have the largest observed translocation factor of the selected crops.

盆栽实验的结果表明，(1)125I气溶胶在农作物上的沉积主要是干沉积；(2)沉积在农作物上的125I可以通过叶面吸收转移到其他组织中；(3)玉米和菜豆的易位因子最大。125I从土壤到农作物的吸收实验表明，沉积在土壤中的125I能够通过根部吸收转移到农作物中，125I在小米和高粱中的转移系数明显高于其他作物。

The journal encompass the scientific disciplines of agronomy,biochemistry,climate change,entomology,genetic manipulation,molecular biology,mathematical modelling,nematology,pathology,plant breeding,plant physiology,post harvest biology,soil science,statistics,virology.

期刊论文以纸质和电子文本形式来反应农作物生产、农作物保护、农作物生态系统等各个方面的应用性研究，包含的学科主要有农艺学、生物化学、气候变化、昆虫学、遗传操作、分子生物学、数学模型、线虫学、病理学、植物育种、收割后生物学、植物生理学、土壤科学、统计学、病毒学。

First the theory of grey system and of principle grey prediction model is presented.Based on the data of sown areas of farm crops in Hubei Province for 9 years,the GM(1,1) grey prediction model is established and the precision of prediction is higher by checking the result,so the model may be applied to the prediction of sown areas of farm crops in Hubei Province for futural severe years.

中文摘要：首先介绍了灰色系统理论及灰色预测建模原理，以湖北省连续9年的农作物播种面积数据为基础，建立GM(1，1)灰色预测模型，对湖北省未来8年的农作物播种面积进行了预测，并对预测结果进行检验，预测结果精度较高，可以用来对湖北省未来几年的农作物播种面积进行预测。

Taking the agroforestry modes of Apple+maize,Apple+Mung bean, Walnut+maize and Walnut+Mung bean in western Shanxi province in loess area as subject,the net photosynthetic rate,transpiration rat,water use efficiency and environmental factors of the same crop or fruit in the four were measured with a portable steady porometer(Li-6400) to study their difference and relationship.

以晋西黄土区苹果+玉米、苹果+绿豆、核桃+玉米、核桃+绿豆4种果树—农作物复合模式为研究对象，分析与不同农作物复合的相同果树的光合速率、蒸腾速率、水分利用效率的差异和原因，果树对农作物的遮荫影响，以及净光合速率、蒸腾速率与环境因子的关系。

From the perspective of the relationship between crop percent and landscape spatial structure, the fragmentation debases along with the percent enhancing and they are positively correlated.

从农作物百分比与景观空间结构的关系来看，破碎度随农作物百分比的升高而降低，两者呈显著线性相关，而分维数和农作物百分比基本不存在显著关系。

与农作物相关的网络解释 [注：此内容来源于网络，仅供参考]

aftergrowth：两期农作物

aftergrass 割后再生的草 | aftergrowth 两期农作物 | afterheat 残热

aftergrowth：二期农作物

aftergrass 割后再生的草 | aftergrowth 二期农作物 | afterheat 余热

Crop Agribusiness：农作物农业商务

Consumer Economics and Finance 消费者经济和金融 | Crop Agribusiness 农作物农业商务 | Crops 农作物生产

agricultural products：农作物, 农产品

agricultural development农业的发展 | agricultural products农作物, 农产品 | agricultural policy农业政策

Cash crop is a kind of crop grown for selling, rather than for use by the grower：经济作物是为出售而非自用的农作物

A bad cold can lead to... | Cash crop is a kind of crop grown for selling, rather than for use by the grower. 经济作物是为出售而非自用的农作物. | Cash crop is different from subsistence crop, which is...

checkrow：农作物列 <单词词性>栽植成行列

whole-colored 清一色的, 单色的 | checkrow 农作物列 栽植成行列 | int.angible asset 无形资产

checkrow：农作物列

checkroom 衣帽寄放处 | checkrow 农作物列 | checks and balances 相互制衡

crop-dusting：农作物消毒

crony /密友/亲伴/好朋友/ | crop-dusting /农作物消毒/ | crop-ear /耳朵剪有记号的马或狗/有剪记的耳朵/

Agricultural Plant Pathology：农作物病理学

Agricultural Plant Physiology 农作物生理学 | Agricultural Plant Pathology 农作物病理学 | Agricultural Mechanization, Other 农业机械及相关

Agricultural Plant Physiology：农作物生理学

Agricultural Public Services, Other 农业公共服务 | Agricultural Plant Physiology 农作物生理学 | Agricultural Plant Pathology 农作物病理学