| 1. | The chinese water resources minister will soon visit india for further discussion on the water related issues , soz said
他还透露，中国水利部长将很快访问印度，并就水资源问题作进一步探讨。 |
| 2. | Soz fumigation shifted the maximal absorbance peak of chlorophyll a from 677 . 7 nm to 672 . 1 nm and the maximal fluorescence peak of chlorophyll b from 667
So2熏气处理引起qp / tch1 、 etr tch1首先上升，处理30天左右以后处理开始下降，到处理100天时其下降达到最大。 |
| 3. | Significantly , soz also sought an early meeting of the bilateral expert level joint mechanism to address the long pending issues and also explore new areas of cooperation in the field of hydrology
值得注意的是，为解决这些长期以来悬而未决的问题和探索水文合作的新领域，索兹也探讨了早日举行两国专家级协调机制会议的可能性。 |
| 4. | Admitting that the joint mechanism had not been very active so far , soz told hindustan times that in the face of the latest development , he was confident of a breakthrough with beijing on the water sector
索兹承认协调机制在目前仍未发挥较积极的作用，但他告诉《印度斯坦时报》 ，根据最新的发展情况来看，与北京在涉水问题上取得突破是完全可能的。 |
| 5. | Water resources minister saifuddin soz , who visited china last week , said the move holds significance as it will help in the exchange of vital information particularly on the rivers flowing from china into india
刚于上周访问中国的水利部长塞福第恩?索兹表示，此举意义重大，因为这有助于双方互换重要信息，尤其是有关从中国境内流入印度的河流信息。 |
| 6. | The most studies were focused on the influence of soz on photosynthetic organ e . g . chloroplast in vitro and fumigating with high concentrations of soz . thus , those experiments could not reflect the real state of plant suffering from soz pollution in nature condition and it was very difficult to find out the mechanism of soz affecting photosynthesis
我们采用与自然条件相近的野外开顶式熏气装置，用0 . 8571mg m ~ 3的低浓度so2长期处理油桐苗木，用近期发展起来的对植物无伤害作用的荧光测定技术和叶红外820nm吸收测定技术，对长期低浓度so2对光合能量转换效率及其机理进行了研究。 |
| 7. | There were many reports about severe damage of oil tung tree plantation by soz pollution , which lowered down the income of farmers in the mountain area in southern china . therefore , it is very important to know the mechanism of soz affecting on oil tung . soz pollution is a worldwide environment problem , and has been studied over 100 years
So2对于植物生长发育的影响虽有许多研究，但大都是短时间、高浓度处理和破坏性研究为主；对光合机理影响的研究也是以碳同化为主，而对光合能量转换及其机理影响的研究很少，对树木的研究也就更少。 |
