A catastrophic geologic event occurred that not only shocked the world because of its explosive power, but challenged the foundation of evolutionary theory.

The eruption of Mount St. Helens 35 years ago provided an amazing opportunity for scientists to study the effects of catastrophe.

Mount St. Helens violently erupted on May 18, 1980, rapidly dispelling many false long-age notions about the formation of canyons, rock layers, and coal.

Deriving its mission statement from Psalm 33, the Mount St. Helens Creation Center seeks to show that the Bible is true from the very first verse.

The explosion loosened the already unstable northern side of the volcano, and not only changed the visage of that portion of the Cascades, but deeply shook the foundation of the geological timescale.

The eruption of Mount St.Helens shows us how geological catastrophes affect the earth and how it relates to the global flood in Noah’s day.

Forty years later, Mount St. Helens still teaches us lessons about the powerful forces the Creator uses to shape the earth.

Radioisotope dating conveys an aura of reliability both to the general public and professional scientists. But is the method all it’s cracked up to be?

The study of this Mount St Helens dacite causes the more fundamental question to be asked—how accurate are K-Ar ‘ages’ from the many other phenocryst-containing lava flows worldwide?