本文依据作者的地震地热说原理与工作方法, 采用美国加利福尼亚地震中心ANSS地震目录资料, 着重研究2025年3月28日缅甸曼德勒M7. 9地震的成因机制与预测方法探讨, 简述了17号缅甸地震柱构造的基本结构、基本属性及其对于影响区的强大控制能力, 研究了曼德勒地震区的地震活动背景、地震时空分布图像、壳下地震活动的时序特征、壳内和壳下M-t图、壳下地震与地壳构造的关系等内容, 以及如何探讨壳内强震与火山喷发预测的基本思路, 可供全球24个地震柱构造的壳内强震与火山喷发预测研究参考, 并给出了三张全球壳下地震活动情势图, 以便于检验地震地热说的工作效能。

Based on the author's theory and methodology of Seismo-Geothermics, and utilizing data from ANSS earthquake catalog (California Earthquake Center USA) , this paper investigates the genesis mechanism and predictive approach for the M7. 9 earthquake that struck Mandalay, Myanmar, on March 28, 2025, and briefly outlines the fundamental structure, characteristics and strong controlling influence of the No. 17 Myanmar Seismic Cone Tectonic. This paper examines the seismic background of the Mandalay region, the spatiotemporal distribution patterns of sub-crustal seismicity, the chronological features of deeper seismic events, the M-t (magnitude-time) diagrams for both crustal and sub-crustal earthquakes, and their relationship with crustal structure, and introduces a basic framework for the prediction of strong crustal earthquakes and potential volcanic eruptions, providing a reference for the predictive studies of strong earthquakes and volcanic eruptions in 24 seismic cone tectonics zones worldwide. To evaluate the practical effectiveness of the Seismo-Geothermics theory, three global maps of sub-crustal seismic activity are presented.