中文摘要：

讨论了目前应用比较广泛的几种测算岩石侵蚀速率的方法，将目前岩石侵蚀速率测算方法分为2类：一类为质量测算法，包括公式计算法、流域水化学监测法、样品称重法；另一类为几何测算法，包括微侵蚀测量仪法、对比计算法和宇宙成因核素法。探讨了各方法的测算原理、优缺点及其适用领域，质量测算法中的公式计算法和流域水化学监测法比较适用于大面积的国土监测工作；样品称重法和3类几何测算法适用于尺度较小的地学研究和文物保护、工程技术等应用领域。最后，总结了岩石侵蚀速率研究者和案例地的地理分布规律，并对岩石侵蚀速率测算研究进行了展望。

英文摘要：

This paper discussed several methods for measuring erosion rate of rock which were applied widely. The author sorted these methods to two type： The first is mass measurements, including formula calculating methods, Hydrochemical measurements for catchment area, the method of rock tablets ; the other is geometrical measurements, such as Micro-Erosion Meter（ MEM）, contrasting measurement and radionuclide methods. Despite many revised and developed formula calculating methods based on the most famous--Cobel equation, they can only estimate the maximal regional erosion theoretically, which are easy to apply. Hydrochemieal measurements for catchment area can obtain a factual data, but they are less than total erosion as they only calculate the dissolved mass. The erosion data obtained by these two kinds of methods are regional, which are appropriate to be applied to regional research and country supervising. The other tbur（the method of＇ rock tablets, micro-erosion meter, contrasting measurement and Radionuclide methods）can obtain erosion rate of individual position. It is necessary to investigate sufficient data if we apply these four kinds of methods to regional research, which are appropriate to be applied to small scale geo-research. The method of rock tablets is preferred for erosion mechanism research because many effect factors can be controlled accurately by researchers during all the process. The MEM method can obtain erosion heights of idiographic position which are improved by many researchers so as to be applied to various ares even underwater. Therefore, it is appropriate to be applied to culture relic protection and engineering application. Contrasting measurement needs the distinct erosion te~, and it is only applied to special area, although the method is easy. Along with the progress of relative instruments, the data obtained by radionuclide methods become more and more accurate, but it is the most luxurious method due to the high cost and advanced instruments. At the end of this paper, th