1739day.year

Bouvet Island, the world's remotest island, is discovered by French explorer Jean-Baptiste Charles Bouvet de Lozier.

French explorer Jean-Baptiste Charles Bouvet de Lozier discovers Bouvet Island, the world's remotest island, on January 1, 1739.
On January 1, 1739, French explorer Jean-Baptiste Charles Bouvet de Lozier sighted a small island in the South Atlantic. He recorded its approximate coordinates during a voyage for the French Royal Navy. The landmass would later be named Bouvet Island and recognized as the most remote island on Earth. Harsh weather and iceberg-choked waters prevented an immediate landing. Bouvet's report paved the way for future expeditions to chart the island more accurately and study its unique environment.
1739 Bouvet Island Jean-Baptiste Charles Bouvet de Lozier
1989day.year

The Montreal Protocol comes into force, stopping the use of chemicals contributing to ozone depletion.

The Montreal Protocol took effect on January 1, 1989, enforcing a global agreement to phase out ozone-depleting substances.
Adopted in 1987, the Montreal Protocol entered into force on this date, marking the beginning of coordinated international action against ozone depletion. The treaty required signatory nations to reduce and eventually eliminate the production and consumption of CFCs and other harmful chemicals. It established a framework for scientific assessment, regular reviews, and adjustments to control measures. The Protocol has been unanimously ratified by nearly all countries, making it one of the most successful environmental agreements in history. Its implementation has led to measurable recovery of the ozone layer and significant climate benefits. The Protocol’s multilateral fund has also supported developing nations in meeting their obligations.
1989 Montreal Protocol ozone depletion
1995day.year

The Draupner wave in the North Sea in Norway is detected, confirming the existence of freak waves.

Scientists detected the Draupner wave in the North Sea on January 1, 1995, providing the first concrete evidence of freak waves.
On this date, a pressure sensor platform off the coast of Norway recorded an unusually large wave over 25 meters high, later named the Draupner wave. Previously considered maritime folklore, freak waves were thought to be isolated incidents. The confirmation prompted a reevaluation of ship design and offshore platform safety standards. Oceanographers developed new models to explain the formation of such rogue waves, considering factors like current convergence and wave superposition. The discovery has since influenced navigation practices, risk assessments, and climate studies of ocean wave behavior. Research into freak waves continues to be a vital field for maritime safety and coastal engineering.
Draupner wave North Sea Norway freak waves