The successful study filled up the blank of plant water content measuring- technique.
本研究的成功填补了国内乔木茎干含水率检测技术的空白。
It is now a standard tool of plant physiologists for both field and laboratory measurements of plant water potential.
它现在是植物生理学者一个标准工具为植物水潜力的领域和实验室测量。
The water source, runoff response and plant water source can be researched by using these differ of isotope composition.
利用这种差异，可研究水分来源、径流响应和植物用水，本文综述了这一方面的研究和进展。
Relationship between canopy reflectance characteristics and plant water status under different water and nitrogen levels was studied.
研究了不同土壤水氮条件下水稻冠层光谱反射特征与植株水分状况的量化关系。
The mechanism of the effects of light pruning on radiation microclimate and plant water relation as well as on grape quality was discussed.
轻修剪水平对植株叶幕光照微区气候和水分关系影响的机理以及对葡萄果实品质形成的作用在本文中作了讨论。
Therefore, the author try to utilize standing wave ratio of the microwave transmission line theory to measure plant water content in this paper.
为此，本文首次提出尝试利用微波传输线理论中的驻波原理测量乔木茎干含水率。
Cortical cell death in root system might also have a negative effect on root water absorption and transportation, causing plant water content decreased.
根系部分皮层细胞死亡可能影响根系吸水和植株水分运输，导致植株含水率降低。
The above inclusions show that the plant water stress is due to the lack of water, Thereis obvious negative correlation between CWSI and leaf water potential.
这些表明CWSI较好的反映了因土壤供水不足导致的作物水分胁迫，CWSI与叶水势之间呈明显的负相关关系。
Because of the same reason, the precision irrigation technology based on plant water requirement as the development trend of water-saving irrigating technology is limited.
同样地，作为节水灌溉技术未来发展趋势的按植物需求精准灌溉控制技术，其理论的完善和技术实现也受制于此。
In this paper, the indoor hydroponic plants research progress is reviewed. Based on Liuzhou hydroponic market conditions inspection, plant water culture experiments are made.
本文在对室内水培植物的研究进展进行综述，对柳州市水培植物的市场状况进行考察的基础上，进行植物水培的试验。
The results of a series of experiment indicate that the sensor can offer wide measuring range high degree of accuracy and good linear output for measuring plant water content.
一系列实验结果表明本文得到的乔木水分传感器测量范围宽广、测量精度高、并且具有良好的线性输出，可以满足测量乔木茎干含水率的需要。
Plant water shortage is one of the main suffers from its environmental surroundings, losses from aridity of the global food productivity are the sums of losses from the other disasters.
水分短缺是植物生长过程中经常遭遇的逆境之一，全球的粮食生产由于干旱而减产造成的损失是所有其它灾害造成的损失之和。
Droughtpractice sharply decreased critical saturation deficiency and plant humidity needed (PHN) which made the plant water content improved under the condition of the same soil moisture.
干旱锻炼能明显降低临界饱和亏和植株需水度，使植株含水量在相同的土壤水分条件下得到改善。
The characteristics of Ethernet redundancy technology was presented, and a successful application of this technology to the network-realizing process of power plant water treatment was elaborated.
介绍了以太网冗余技术的特点，阐述了该项技术在电厂水处理网络系统实现过程中的成功运用。
Water the plant regularly, never letting the soil dry out.
经常给植物浇水，别让土壤干透了。
Water passes into the roots of a plant by osmosis.
水渗透至植物根部。
The leaves on the plant had shrivelled up from lack of water.
因为缺水，植物的叶子已经枯萎了。
Water controls the volume of plant matter produced.
水控制着植物物质产量。
Water the plant once a week if you are to get fruit in the autumn.
如果你想秋天收获果实就要每周给植物浇一次水。
Each tidal cycle carries plant material into the offshore water to be used by the subtidal organisms.
每个潮汐周期都会将植物带到近海海水中，从而被潮水下的生物所利用。
Some plants are woody in type—an adaptation designed to prevent collapse of the plant tissue when water stress produces wilting.
有些植物是木本植物，这是一种适应性的设计，以防止植物组织萎缩时，水分胁迫产生萎蔫。
The vadose zone supplies plant roots near the surface with water.
包气带为地表附近的植物根系提供水分。
On land, the supportive buoyancy of water is missing, the plant is no longer bathed in a nutrient solution, and air tends to dry things out.
在陆地上，水的浮力支持消失了，植物不再浸泡在营养液中，空气会使植物变干。
These conditions favored the evolution of the structures that support the body, vessels that transport water and nutrients to all parts of plant, and structures that conserve water.
这些条件有助于进化出用于支撑枝干的结构、运输水分和养分到植物各部分的导管以及储存水分的结构。
A new plant will spring up wherever a seed falls on a suitable soil surface, but because they do not build big bodies, they cannot compete with other plants for space, water, or sunlight.
当种子落在合适的土壤表面时，一株新的植物就会在那里生长，但由于它们体型不大，它们无法与其他植物竞争空间、水分或阳光。
The tiny plant is known as the 'thermal water lily' because it was discovered growing in the muddy edges of a freshwater hot spring.
这种小植物的睡莲叶只有一厘米宽，因为它被发现生长在淡水温泉的泥泞边缘。
When water moves through the wall of a plant cell, it will move from the side containing water with the lowest amount of salt into the side containing the highest amount of salt.
当水通过植物细胞的细胞壁，它会从含盐量最低的一侧进入含盐量最高的一侧。
If you wanna tie anchor to it and drop it right into the ocean, that's no problem, because plant fibers can stand up for months, even years, in direct contact with salt water.
如果你想把锚栓在它上面，然后直接把它扔进海里，那是没有问题的，因为植物纤维可以在直接接触海水的情况下存活数月甚至数年。
They allow a certain amount of salt to enter their cells, bringing the salt content of the water within the plant, to a slightly higher concentration than that of the surrounding seawater.
它们允许一定量的盐分进入它们的细胞，将水中的盐分带进植物体内，并把其体内的盐含量提高到比周围海水稍高的浓度。
They allow a certain amount of salt to enter their cells, bringing the salt content of the water within the plant, to a slightly higher concentration than that of the surrounding seawater.
它们允许一定量的盐分进入它们的细胞，将水中的盐分带进植物体内，并把其体内的盐含量提高到比周围海水稍高的浓度。
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