1)  crop stalks
农作物秸杆
1.
The flyash,wasted plastics and crop stalks being abandoned over a long period of time,were realized recycling through blend techniques.
将废塑料、粉煤灰、农作物秸杆等固体废弃物通过自主创新技术成功地制备了市政工程制品:井盖、井箅等。
2)  Crops
农作物
1.
Ecotoxicological Effects of Mn,Cd and Mn-Cd Combined Contamination on Crops;
锰和镉对农作物生长的毒性效应
2.
Toxicity and residual effect of sulfometuron methyl on crops;
嘧磺隆对农作物的毒性及残效危害研究
3.
Analyses of boron distribution and pollution in soil and some crops in Kuandian;
宽甸土壤及部分农作物中硼的分布及污染分析
3)  crop
农作物
1.
Heavy metal concentrations and pollution assessment of edible crops grown on restored manganese mine lands in Guangxi, South China;
广西锰矿恢复区食用农作物重金属污染评价
2.
Effect of Fluoride Pollution in Soil on Crops in Pingxiang Region;
萍乡地区土壤氟污染对农作物的影响
3.
Cadmium Contamination in the Soil-crop System Induced by Local Zinc Smelting Activities in Hezhang County,Guizhou Province;
土法炼锌导致Cd对土壤-农作物系统污染的研究
4)  Crop stem
农作物秆
5)  cropper
农作物
1.
The primary correlative study of the heavy metal content between the cropper and soil;
土壤与农作物重金属含量相关性的初步研究
2.
By comparing, analyzing and estimating reflecting characteristics of ETM+/ TM image of different time and photo on maim cropper information, the paper summarizes the time reaction tincture of Beijing area s agricultural application satellite s remote sensing data and puts forward the feasible choice of time and photo to identify Beijing s maim cropper.
通过对比、分析和评价北京地区不同时相的ETM/TM图像对主要农作物信息的反映特点 ,揭示北京市农业应用卫星遥感数据的时间效应特征 ,提出针对北京市主要农作物识别适宜的时相选择。
6)  plant
农作物
1.
Relation of plants injury in Yang River's irrigation with water pollution;
洋河下游农灌区农作物受灾与水质污染的关系
2.
Development in the Research and Application of Modeern Technology of Plant Breeding;
农作物现代育种新技术的研究与应用进展
3.
This paper explains the theory of irradiation plant breeding and the great improrement of the yield of plant with imitating spaceflight environment.
论文从辐照原理出发 ,提出如何模仿太空环境来进行地面辐射 ,以大幅度提高农作物产
参考词条
补充资料:农作物混合险


农作物混合险


【农作物混合险】承保两种以上农作物风险责任的保险。保险人对承保的多种风险所致的农作物损失,负赔偿责任。但“多种风险”并非包含农作物的所有主要风险,而仅是其中的某几种风险。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。