Changes

* the massive [[Great Lakes]] are receding in volume too rapidly

* the massive [[Great Lakes]] are receding in volume too rapidly

* freshwater lakes are known to be relatively young<ref>Ice Age theories were developed to explain this, but massive freshwater lakes exist even near the equator</ref>

* freshwater lakes are known to be relatively young<ref>Ice Age theories were developed to explain this, but massive freshwater lakes exist even near the equator</ref>

* The [[Earth]]'s [[magnetism]] is changing at too fast a rate for the Earth to be old.  The Earth's magnetic field is weakening in strength by 5% every 100 years: This has occurred some 170 times over the last 76 million years. The last time this happened was approximately  770,000 years ago<ref>[http://image.gsfc.nasa.gov/poetry/tour/AAmag.html Earth's Magnetic Field and its Changes in Time], from [[NASA]]</ref>.  Exponential decay at that rate is not compatible with an old Earth, since it would have required the Earth's magnetic field to be impossibly large at the times postulated by old-Earth theory.  

* The [[Earth]]'s [[magnetism]] is changing at too fast a rate for the Earth to be old.  The Earth's magnetic field is weakening in strength by 5% every 100 years through the process of the reversal of polarity. This has occurred some 170 times over the last 76 million years. The last time this happened was approximately  770,000 years ago<ref>[http://image.gsfc.nasa.gov/poetry/tour/AAmag.html Earth's Magnetic Field and its Changes in Time], from [[NASA]]</ref>.  Exponential decay at that rate is not compatible with an old Earth, since it would have required the Earth's magnetic field to be impossibly large at the times postulated by old-Earth theory.  

* the existence of inland salt-water lakes, such as [[Mono Lake]] and the [[Great Salt Lake]], suggest a recent global [[flood]]

* the existence of inland salt-water lakes, such as [[Mono Lake]] and the [[Great Salt Lake]], suggest a recent global [[flood]]