...水位上升，地下的压力也随之增加；反之，当水位降低，压力又会减校这种压力的波动可以造成地表以下的构造板块（tectonic plates）发生微妙的变化，甚至导致它们发生移动。震源机制.
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地壳构造板块 tectonic plate
板块构造论 plate tectonics ; theory of plate tectonics
板块构造 [地质] Plate Tectonics ; tectonic ; raft tectonics
板块构造学 [地质] plate tectonics ; Plate Tectonics and Sea-floor Spreading
板块构造学说 plate tectonics ; the plate tectonics theory ; plate tectonics hypothesis
板块构造和海底扩张 Plate Tectonics and Sea-floor Spreading
板块构造说 plate tectonics
古板块构造 paleo plate tectonics
板块构造理论 theory of plate tectonics ; plate tectonics ; Plate structure theory
构成地球表面的那些构造板块极其缓慢但剧烈的运动，也可能导致异地物种形成。
Allopatric speciation can also be brought by the imperceptibly slow but colossal movements of the tectonic plates that make up Earth's surface.
在地球上，移动的构造板块是一个主要的地质元素，对整个地表的动态变化至关重要，对吗？
Here on Earth, moving tectonic plates are a major geological element, just crucial for the whole surface dynamic, right?
地球表面并不是由构成地壳的单块岩石构成，而是许多紧密相连的“构造板块”，像一块巨大的拼图。
Earth's surface is not made up of a single sheet of rock that forms a crust but rather a number of "tectonic plates" that fit closely, like the pieces of a giant jigsaw puzzle.
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