水分

25% arketai water dispering agent, 70% imiler water dispering agent, 4.5% high active cypermethrin emulsifiable solution and 20% haoniandong emulsifiable solution had strongest toxic effect on Coccinella septempunctata. 10% liuyangmycin and 1.1% matrine powder had weakest toxic effect, which should he avoided in production.

结论］25%阿克泰水分散剂、70%艾美乐水分散剂、4.5%高效氯氰菊酯乳油和20%好年冬乳油对七星瓢虫的毒杀作用最大，生产中应尽量避免使用。10%浏阳霉素和1.1%苦参碱粉剂的毒杀作用最小。

Functions: supplement collagenic fibre and effectively restore the damaged collagenic fibre. Provide the skin with moisture and nutrition. Remove the thin wrinkle and dry wrinkle around the eyes, delay consenescence of the eye skin. Stem cell activating factors can quickly activate the dermal cells in all layers, promote the renewal of aging cells and speed up the restoring and composing of collagenic fibre and elastic fiber to restore the aging skin. HA high-effectively supplements moisture that can be maintained for a long time. Grapeseed Oil, VitE and Green Tea Extracts Liquid feature in anti-oxidation, removal of free radicals, improvement of the skin metabolism and circulation, elimination of extra moisture and toxin, recovery of skin energy and vigor. Its long time use will make your skin tight and tender, presenting a new look full of vigorous charms.

产品功效：补充胶原蛋白，有效修复受损胶原纤维，为肌肤提供水分和营养，消减眼部细纹和干纹，延缓眼部肌肤的衰老；干细胞激活素能够快速激活皮肤各层细胞，促进衰老细胞的更新，加速胶原纤维和弹性纤维的修复与合成，修复老化受损肌肤； HA 强效补水，高效保湿；葡萄籽油、 VitE 、绿茶萃取液等抗氧化、清除自由基，改善肌肤的代谢和循环，排除多余水分和毒素，回复肌肤能量与活力，长期使用，将令眼部肌肤紧致细嫩，神采奕奕。

The ability of maintaining turgor pressure, osmotic adjustment,capable of preserving and endurance of water separation capability were increased under elevated CO_2 concentrations,whereas the resistance of water separation capability decreased.Theε~max increased in normal water condition of Acer truncatum under 720μmol·mol~(-1)CO_2,and cytoderm more hardness and less elasticity.But in circle 3,ε~ decreased in light and middle drought conditions and increased in serious drought condition.(5) The branch 0,branch 1 and branch 2 of hydraulic conductivity of 7 trees increased along elevated CO_2 concentration.

随着CO_2浓度的增加，RWC~0/RWC_s下降，Ψ~0π和Ψ~(100)π在循环1时先增加后下降，一直持续到循环3，高CO_2浓度下元宝枫维持膨压的能力增强，渗透调节和自身保护能力，以及忍耐脱水能力虽然增加，但是抗脱水能力却减弱了，不能同时兼得。720μmol·mol~(-1)CO_2元宝枫ε~在水分条件较好时增加，细胞壁较坚硬，弹性小，但是到循环3时，ε~在轻度干旱和中度干旱时下降，到后期水分严重胁迫时却升高。

With aggravation of drought stress, ZXY04P-75 and ZXY04P-201 increased in proline content while that of ZXY03P-173 and ZXY04P-239 increased initially, reaching the peak at the 8th day, then declined. And the rate of net photosynthetic declined notably with the intensity of drought stress, The minimum of decline rate of net photosynthetic is ZXY04P-201. 4. The results of photosynthetic mechanism for 4 Dactylis glomerata L. show: the net photosynthetic rate, transpiration rate,stomatal conductance and chlorophyll decreased dramatically, Compared with weak drought resistance ZXY04P-239,the net photosynthetic rate, transpiration rate, stomatal conductance and chlorophyll in the leaves strong drought-resistance ZXY04P-201 decreased slowly.

连续水分胁迫及复水条件下4份鸭茅抗旱机理的研究表明，叶片水分饱和亏缺随着干旱胁迫强度的增加而增加，其中变化幅度最大的是ZXY04P-239，最小的是ZXY04P-201；ZXY03P-173和ZXY04-201质膜相对透性和可溶性糖含量随着干旱胁迫强度的增加而增加，而ZXY04P-75和ZXY04P-239出现单峰变化，在胁迫第8d后达到最大，然后下降；ZXY03P-173和ZXY04P-239脯氨酸含量在干旱胁迫第8d达到最大，而ZXY04P-75和ZXY04P-201的脯氨酸含量随着干旱胁迫程度的加深而逐渐达到最大；4份材料叶片的净光合速率随着干旱胁迫强度的增加而减小，其中ZXY04P-201的净光合速率下降率胁迫至12d时为最小。

450M, 1650m, 1850m and 2050m it is 54.04mm, 42.8mm, 56.38mm and 66.22mm respectively, showed in typical this world lay aside of moisture of slope upside soil is measured the biggest, of declivous seating arrangement, the region with moisture the poorest condition gives the slope in now.

结果表明：海拔1450m、1650m、1850m和2050m的0~50cm土层的年平均贮水量分别为54.04mm、42.8mm、56.38mm和66.22mm，表明了在典型阳坡上部土壤水分贮量最大，下坡位次之，水分条件最差的地带出现在中坡。

Pear clone with low-chilling requirement 'SH-085' were planted in containers under shelter, after being grafted on bird pear rootstocks. Two soil water status treatments were undertaken at three different stages after entering short days. Sampling and defoliation were done respectively on Oct. 19, Nov. 3, Nov. 16 and Dec. 1. And then the defoliated plants were treated with high soil water content (-0.01 MPa~-0.05 MPa) to observe the growth and to analyse the accumulation of carbohydrates at various stages.

梨低需冷性新品系'SH-085'嫁接於乌梨砧木上於遮雨的环境下种於栽培槽中，於由长日开始转变为短日后的三个不同时期进行两种不同乾湿程度的水分管理，而后於78年10月19日、11月3日、11月16日及12月1日分别取样及除叶后再以高土壤水分含量(-0.01MPa~-0.05MPa)处理，观察枝梢再生长及开花结果之情形並分析不同时期碳水化合物蓄积之情形。

When the ambient air humidity is higher than in the aμg hygrogram paper, the paper will absorb the moisture in the air, on the contrary, dilative and elongation in the ambient air humidity in an environment that is lower than the paper itself are contained in the humidity, the paper will release a shorter water back in order to achieve a balance between environmental humidity, the so-called paper with edge, Lotus Leaf suspended the water content of the paper.

当周围环境中空气湿度高于纸张所含的湿度时，纸张就会吸收空气中的水分而膨胀伸长，反之，当周围环境中空气湿度低于纸张本身所含的湿度时，纸张就会释放出水分而收缩变短，以达到与环境湿度的平衡，所谓纸张的紧边、荷叶边均与纸张的含水量有关。

Drought and water shortage are worldwide problems in 21st century. Controlling of soil water evaporation and collecting of aerial water have become significant approaches to improve water shortage in droughty region.

干旱缺水已成为21世纪和未来的世界性难题，减少土壤水分蒸发、收集空气中的水分，已成为缓解干旱、半干旱地区水资源紧缺的重要途径。

The embryonated eggs of layers had a highest reduced rate. 3. The total fat concentration declined during the incubation in the four types of embryonated eggs, especially in the 14 to 18 days.

水分的变化在不同的生长发育阶段变化速率不同，11～14d降低幅度较小，14～18d幅度最大，蛋鸡胚蛋水分含量下降幅度最大。

As the change of the moisture gradient, the individual competition among Eragrostis poaaeoides population also changes, from no competition to root competition for limited water supply.

随着水分梯度的变化，小画眉草种群从一开始的没有竞争到为有限水分而发生的根系竞争。

But we don't care about Battlegrounds.

但我们并不在乎沙场中的显露。

Ah! don't mention it, the butcher's shop is a horror.

啊！不用提了。提到肉，真是糟透了。