The terms "northern horizon" and "southern horizon" refer to the points on the horizon that are directly aligned with the north and south cardinal directions, respectively. This concept is often used in navigation, astronomy, and geography to describe the view of the sky or landscape from a specific location. The northern horizon is where celestial objects rise and set in the northern part of the sky, while the southern horizon corresponds to the southern part. These horizons play a crucial role in determining the position of stars, planets, and other celestial phenomena as observed from Earth.
Polaris, also known as the North Star, is located almost directly above the North Pole, making it not visible from the Southern Hemisphere. Its altitude, or angular height above the horizon, corresponds to the observer's latitude in the Northern Hemisphere. Therefore, in the Southern Hemisphere, Polaris has an altitude of 0 degrees, meaning it is always below the horizon.
Scorpius is a southern hemisphere constellation, so it is best seen from locations in the southern part of the world, such as Australia, South America, and southern Africa. It can be spotted in the night sky during the summer months in the northern hemisphere, low on the southern horizon.
The Big Dipper is primarily visible in the Northern Hemisphere, and it is not typically seen in the Southern Hemisphere. However, during certain times of the year and from specific southern locations, observers may catch glimpses of its stars low on the northern horizon. Overall, the constellation Ursa Major, of which the Big Dipper is a part, is largely absent from southern skies.
No. The Sun is always above the horizon somewhere in the Southern hemisphere just as it always is above the horizon somewhere in the Northern hemisphere. About half of each hemisphere is illuminated at every instant (well more of the Southern hemisphere is illuminated from the end of September to the end of March and more of the Northern hemisphere during the other half year).
That varies a lot depending on the latitude, from 12 hour day throught Winter and Summer (at the equator), to the Sun being above the horizon all the time, i.e., 24-hour day (in summer, north of the northern polar circle or south of the southern polar circle), or all the time under the horizon, i.e. 0-hour day (in winter, north of the northern polar circle or south of the southern polar circle).That varies a lot depending on the latitude, from 12 hour day throught Winter and Summer (at the equator), to the Sun being above the horizon all the time, i.e., 24-hour day (in summer, north of the northern polar circle or south of the southern polar circle), or all the time under the horizon, i.e. 0-hour day (in winter, north of the northern polar circle or south of the southern polar circle).That varies a lot depending on the latitude, from 12 hour day throught Winter and Summer (at the equator), to the Sun being above the horizon all the time, i.e., 24-hour day (in summer, north of the northern polar circle or south of the southern polar circle), or all the time under the horizon, i.e. 0-hour day (in winter, north of the northern polar circle or south of the southern polar circle).That varies a lot depending on the latitude, from 12 hour day throught Winter and Summer (at the equator), to the Sun being above the horizon all the time, i.e., 24-hour day (in summer, north of the northern polar circle or south of the southern polar circle), or all the time under the horizon, i.e. 0-hour day (in winter, north of the northern polar circle or south of the southern polar circle).
The sun is below the northern horizon at midnight in the Northern Hemisphere.
Northern.
Always above the horizon at your latitude. In the northern hemisphere this will be the northern horizon and the reverse for the southern hemisphere.
It depends by what you mean "northern" Africa and "southern" Africa to be.
The northern horizon refers to the line where the sky meets the earth in the northern direction. It is the boundary between the sky and the terrestrial landscape when looking towards the north. Observing the northern horizon can be useful for navigation and astronomy purposes.
if you mean Sidney Australia it is int he southern hemisphere
At 5 degrees latitude, either north or south, the sun sets on every night of the year. So it seems to me that at midnight, it must be below the horizon in EVERY direction.
In the northern hemisphere it is above the horizon or we wouldn't see it.
The equator separates the Earth into the Northern Hemisphere and the Southern Hemisphere.
If you're in the tropics (the area between 23.5N and 23.5S latitude) then you'd need to know what date it is, and your precise latitude, to know whether the Sun was closer to the northern horizon or the southern one. In the tropics, the difference won't be very large. You can calculate this, of course. You'll need to look up the declination of the Sun for the date, and compare this to your own latitude.
It is a mountain pass leading from northern to southern Greece.
Polaris, also known as the North Star, is located almost directly above the North Pole, making it not visible from the Southern Hemisphere. Its altitude, or angular height above the horizon, corresponds to the observer's latitude in the Northern Hemisphere. Therefore, in the Southern Hemisphere, Polaris has an altitude of 0 degrees, meaning it is always below the horizon.