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Brandon Turner, a study co-author and professor of psychology at Ohio State, said the results indicate that people may quickly take the limited information supplied by algorithms and draw broad, often unfounded conclusions.

The results could ultimately improve global climate models and give scientists and policymakers better tools for evaluating future environmental regulations and public health protections.

The results support earlier work showing that deep Earth processes can continue long after activity at the surface has quieted.

In this instance, however, their close spacing results from the specific makeup of Conical Seamount.

He also noted that the results highlight the close connection between physical health and brain health.