A new study published in Proceedings of the Geologists’ Association has found what is claimed to be the oldest recorded attack by a squid-like creature.¹ Uniformitarian scientists are struggling to explain to origin of this unique fossil, because both the squid-like animal and the prey were preserved in a life-like entanglement.

The beginning of modern-style plate tectonics is another unsolved mystery in uniformitarian geology. No secular geologist seems to have a good answer. Some have even speculated that massive meteorites or large mantle plumes could have started the plates moving, but there is little physical evidence to support either.¹

A new study published in the Proceedings of the National Academy of Sciences has again tried to explain a global erosional surface known as the Great Unconformity.¹ This boundary surface marks a major gap in the rock record between Precambrian rocks below and younger sedimentary rocks above.

A new study published in Nature has found that tectonic plates may change directions rapidly, or “wobble,” several months before a massive quake is released.¹ Scientists are not sure why, but it may lead to a future breakthrough in earthquake predictions.

Recently, a new study published in Scientific Reports outlined a novel method to predict volcanic eruptions.¹ However, the technique only seems to work on a site-by-site basis and requires a tremendous amount of eruption data, more information than most volcanoes usually provide.