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- Crop water consumption 作物耗水
- Water consumption decreasedduring the winter. 冬天耗水量下降了。
- Water consumption decreased during the summer. 夏天,水的消耗量减少了。
- We should cut down the water consumption. 我们应该减少水的用量。
- Water consumption decreased during the winter. 冬季期间水消耗量减少。
- Emulsibility (1) the water consumption of ink. 1．油不朱的乳化补偿火度。
- The water consumption is lower than the water supply in both crop seasons, which implies that the irrigation is sufficient. 在冬小麦返青至收割期内作物耗水略小于供水,而在玉米生长期内供水远大于作物耗水,灌区供水充分。
- Perhaps the total amount of water consumption will increase. 水流量少了并不等于说总用水量少了。
- In some countries, it even outstrips water consumption! 在一些国家，葡萄酒甚至比饮用水更畅销！
- Primary investigation on the relationship between the crop water stress index and the soil moisture. 作物水分胁迫指数与土壤含水量关系探讨。
- Crop water production function under dynamic optimal management of fertilizer supply. 养分优化管理条件下作物水分生产函数。
- PCB industry is heavy water consumption and heavy pollution industry. PCB工业是用水大户,也是污染环境大户。
- The relation between crop water use efficiency and crop productivity potential,crop yield were investigated. 研究了作物水分利用效率与作物生产潜力、产量的关系。
- However, the reflectance of middle--IR and the emission of heat--IR tendto be inversely correlated with crop water content. 而对中红外的反射与热红外的发射则与作物含水情况呈反相关的趋势。
- The analysis of the variation in source of crop water requirement was conducted based on the climate division by annual aridity index. 在根据年干燥度进行干湿区划的基础上，对作物生态需水来源进行分析。
- The crop yield estimation model based on crop water production function and CWSI was educed by linking CWSI and crop water production function. 将作物水分胁迫指数(CWSI)与作物水分生产函数相结合,得到了用CWSI表示的作物水分生产函数,进而推导出基于作物水分生产函数和CWSI的作物产量估算模式。
- The structure of water consumption should be rationalized with more water available for ecological purpose. 用水结构趋于合理，生态用水逐步增加。
- All units shall adopt advanced technology in water conservation, reduce water consumption and raise the ratio of water reuse. 各单位应当采用节约用水的先进技术，降低水的消耗量，提高水的重复利用率。
- The principles and methodology of measurement of crop water requirements (ETc) by time domain reflectometry (TDR) technique were presented in this paper. 介绍了应用时域反射仪（TDR）测定作物需水量（ETc）的原理和方法。
- These results are helpful for understanding of water consumption in oases of arid region and implementation of water resources deployment. 深化了绿洲耗水的认识并为绿洲水资源配置提供依据。
