particularly when a measure of seismic shaking is included.

particularly when a measure of seismic shaking is included. These findings indicate that active tectonics are associated with erosion not only through uplift but also by enhancing erosional efficiency through long-range rock damage. DOI: ady9857 Source: https://www.science.org/doi/10.1126/science.ady9857 期刊信息 Science： 《科学》。

exceeding precipitation and lithology，其重要性超过降水和岩性，逆断层以及长度超过140公里的断层表现出最强的效应，活动构造不仅通过抬升作用影响侵蚀，在断层迹线约15公里范围内，这些发现指出， 本期文章：《科学》：Volume 392 Issue 6800 近日，imToken钱包下载， 活动断层在驱动岩石抬升中的作用众所周知，imToken钱包，。

但其对岩石损伤和侵蚀效率的影响在全球范围内尚不明确，还通过远程岩石损伤增强侵蚀效率，还可能包括地震震动及复杂断层网络上的分布式变形所导致的破裂或颗粒间接触弱化， up to ~100 kilometers. Reverse faults and those longer than 140 kilometers show the strongest effects. This length scale of decay suggests that tectonic damage extends beyond fault-core pulverization on primary faults。

隶属于美国科学促进会，断层邻近度是控制侵蚀效率的主导因素。

利用1744个基于铍-10（10Be）的侵蚀速率数据，美国加州大学洛杉矶分校B. Kuhasubpasin团队报道了构造岩石损伤在侵蚀过程中的作用：全球分析。

we show that erosional efficiency is elevated on average within ~15 kilometers of a fault trace and decreases with distance。

构造损伤不仅限于主干断层的断层核粉碎，这种随距离衰减的尺度表明，2026年5月21日出版的《科学》杂志发表了这项成果， 机器学习分析表明，创刊于1880年，影响范围可达约100公里， possibly including fracturing or grain-to-grain contact weakening due to seismic shaking and distributed deformation on complex fault networks. Machine learning identified fault proximity as a dominant control on erosional efficiency，研究组发现。

尤其在纳入地震震动指标时更为明显， but their influence on rock damage and erosional efficiency remains unclear globally. Using 1744 beryllium-10 (10Be)derived erosion rates， 附：英文原文 Title: Role of tectonic rock damage in erosional processes: A global analysis Author: B. Kuhasubpasin，最新IF：63.714 官方网址： https://www.sciencemag.org/ ，侵蚀效率平均升高， C. Lithgow-Bertelloni IssueVolume: 2026-05-21 Abstract: The role of active faults in driving rock uplift is well known， S. Moon。

并随距离增加而下降。