SUMMARY
The darkest place on the surface of the Earth in the northern hemisphere, during mid-winter's day, is likely to be in northern Siberia or the North Pole, assuming no moonlight, northern lights, or local light pollution. Discussion participants highlighted the significance of remote locations such as Pacific islands, specifically Eniwetok, and the vastness of deserts like the Sahara, which experience minimal cloud cover. The conversation also addressed the impact of cosmic radiation and light pollution from distant sources, including outdoor electric lights and celestial bodies like stars and satellites.
PREREQUISITES
- Understanding of light pollution and its sources
- Knowledge of geographic locations in the northern hemisphere
- Familiarity with celestial phenomena such as auroras and star visibility
- Awareness of environmental factors affecting darkness, such as cloud cover
NEXT STEPS
- Research the effects of light pollution on astronomical observations
- Explore geographic features of northern Siberia and the North Pole
- Investigate the visibility of celestial bodies in remote locations
- Study the environmental conditions of the Sahara Desert and its impact on darkness
USEFUL FOR
Astronomers, environmental scientists, geography enthusiasts, and anyone interested in understanding the conditions for observing darkness in remote locations.