A data article published July 16 by This Week in Science examined how the spread of internet access coincided with changes in UFO reporting. Author Jon Scaccia used a collection of more than 80,000 documented reports and divided the record into pre-internet, early-internet and broadband periods. The analysis addresses reporting behavior, not whether any individual observation had an extraordinary cause.
The dataset contains 6,418 reports from 1949 through 1994, averaging about 140 a year. It records 20,970 reports from 1995 through 2004, or roughly 2,097 a year, and 39,372 reports from 2005 through 2013, averaging 4,375 a year. On those figures, annual reporting was about 15 times higher in the early-internet period and more than 31 times higher in the broadband period than in the earlier baseline.
Growth also accelerated within the three periods. The article calculated about five additional reports per year before the internet, 303 during the early-internet years and 398 during the broadband years. Year-to-year variability rose sharply as well, suggesting that online reporting systems amplified responses to news coverage, viral stories and concentrated public attention rather than producing a smooth increase.
The comparison does not establish causation. The eras are broad historical categories, and a sighting database can be affected by collection practices, population change, publicity, duplicated reports and changes in who knows where to submit an account. The article's strongest supported conclusion is therefore about access: email, web forms, searchable communities and public databases lowered the cost of reporting.
For UAP archives, the result is a warning against treating raw report counts as a direct measure of objects in the sky. A database records both observations and the system used to collect them. Researchers comparing decades or countries need to account for reporting infrastructure before interpreting a surge as evidence that the underlying phenomenon itself became more frequent.