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Spatial and temporal variations of natural tritium in precipitation of southern India.

机译:印度南部降水中天然tri的时空变化。

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Spatial and temporal variations in tritium content of precipitation at Hyderabad and Kozhikode, stations in southern India during 2005-2008 are discussed. The tritium content of precipitation varied from 1.59 to 9.21 TU for the Hyderabad station and from 0.65 to 6.11 TU for the Kozhikode station. Precipitation at the Hyderabad station had excess tritium than Kozhikode, mostly owing to its origin at higher latitudes. The pre-dominance of marine moisture in the precipitation at Kozhikode imparts low tritium content to its precipitation during the monsoon period. The tritium concentration in precipitation of the two stations during this period is compared with that during 1997-1999. The tritium content of precipitation of both the stations showed higher values in the earlier periods, reflecting the minor contribution of residual bomb tritium that possibly prevailed during that period. The present-day tritium concentration in precipitation at the two stations suggests that the tritium level in both the stations has reached the values that prevailed during the pre-bomb era. The tritium data provided useful clues for better understanding of the mecha-nism of monsoonal rainfall at the two locations. Tritium inputs in precipitation and its variation in southern India, especially in the recent period are lacking. This study elucidating the present-day concentration of natural tritium in precipitation at the two stations may be helpful in applying tritium techniques for hydrological studies in the area.
机译:讨论了2005-2008年印度南部海得拉巴和科泽科德站降水中tri的时空变化。海得拉巴站的降水precipitation含量从1.59到9.21 TU,科泽科德站的从0.65到6.11 TU。海得拉巴站的降水中的than比科泽科德(Kozhikode)过量,这主要是由于其起源于较高的纬度。在季风期间,科泽科德降水中的海洋水分占主导地位,这使其low含量较低。将这两个台站在此期间的降水中的concentration浓度与1997-1999年期间的compared浓度进行了比较。两个台站的降水中content的含量在早期显示出较高的值,反映了该时期可能盛行的残留炸弹tri的微小贡献。目前两个站点降水中的concentration浓度表明,两个站点的level水平已达到炸弹爆炸前时期的普遍水平。 data的数据为更好地了解这两个地区的季风降雨机理提供了有用的线索。在印度南部,特别是最近一段时间,缺乏Tri对降雨的投入及其变化。这项研究阐明了目前两个站点降水中天然tri的浓度,可能有助于将tri技术应用于该地区的水文研究。

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