Will viewing the Milky Way in the summer of the Southern Hemisphere be clearer than the winter of th

Yes, summer is clearer. The position of the solar system is not in the Milky Way, but on the cantilever of Orion, coupled with the rotation of the Earth, which causes the angle of the Earth's orientation to affect the observation of the Milky Way.

In a nutshell, the Milky Way we see is basically faint, dark white, and in the form of long diffuse bands. However, just because you see a lot of dazzling Milky Way on ** doesn't mean that you can see it so beautiful with the naked eye. Because the Milky Way photographed on ** relies on the image sensor of the camera, high sensitivity and long-term effect, which is equivalent to ISO 10000 sensitivity.

However, the **time of the naked eye is only a few tenths of a second, and the starlight cannot be accumulated for a long time, and the Milky Way seen by the naked eye is very different from the 3000 sensitivity and 20 seconds of the SLR camera. People prefer to use the starry sky obtained for a long time**, and on the basis of more beauty, the camera sensor is more effective in restoring the reality that cannot be seen by the naked eye, which is more conducive to astronomical research. People tend to shoot like this, and don't bother with the difference between it and what you see with the naked eye, after all, it's so beautiful!

On a May evening, the entire Milky Way almost coincides with the horizon. In the night sky, you won't find a trace of the Milky Way. Some children's shoes say that when they wake up at a.m., they will see the Milky Way slightly above the horizon, across the sky.

However, at this time, the sky is about to dawn, and it is also affected by the light pollution on the ground, which is not easy, but you can try this opportunity, go to an altitude of more than 4000 meters and get up at half past 4 in the dark to do a test, and strive to have a good harvest.

In the evening of July, the Milky Way runs through the north and south skylines, and at this time the Milky Way is roughly perpendicular to the horizon, and you don't get the effect of running through the whole day, but more often than not, it's a vertical composition. If you look closely, you will see a black ribbon from Cygnus to Sagittarius, as if the Milky Way is branching off. This is because the center of the Milky Way is in the direction of Sagittarius, where a large amount of interstellar medium absorbs and blocks the starlight, creating shadows that make the Milky Way appear to bifurcate.

No, because the southern hemisphere has long summer nights, which is more suitable for the Milky Way.

Yes, because the Southern Hemisphere has a polar night phenomenon in the summer to better see the Milky Way.

I haven't really seen anything like this yet.

Yes, after all, the southern hemisphere environment is better.

It depends on whether there is light pollution.

Summer in the Northern Hemisphere is winter in the Southern Hemisphere. Comparatively, the Milky Way in the Southern Hemisphere winter is more spectacular than the Northern Hemisphere summer. This is because, as seen from Earth, the brightest part of the Milky Way is south of the celestial equator, i.e. this part is over the Southern Hemisphere, making it easier to observe in the Southern Hemisphere.

It's the same, and there's no difference.

I don't know.

It doesn't matter much about the environment, it doesn't matter what hemisphere you're in.

This is false, the seasons in the northern and southern hemispheres are reversed, and the southern hemisphere also has winters, but the temperatures are relatively high. Summer in the Northern Hemisphere, also known as winter in the Southern Hemisphere, is the month of the year.

The Southern Hemisphere, like the Northern Hemisphere, also has summers and winters. Because the direct point of the sun moves back and forth between the Tropic of Cancer and the Tropic of Capricorn on the earth, the climate and seasons of the northern hemisphere and the southern hemisphere are just opposite, the northern hemisphere is summer, the southern hemisphere is winter, the northern hemisphere is winter, and the southern hemisphere is summer, so the southern hemisphere also has winter, and the northern hemisphere summer is the southern hemisphere's winter.

There will be opposite seasons in the Southern Hemisphere and Northern Hemisphere.

The fundamental reason is the existence of the earth's yellow and ecliptic angles, that is, there is an angle of 23°26 between the earth's equatorial plane and the orbital plane of the earth's revolution.

Thus, as the Earth revolves around the Sun, the direct point of the Sun moves back and forth between the Tropic of Cancer (23°26 N and 23°26 South) on a one-year cycle.

At present, the direct point of the sun is located in the northern hemisphere, so the northern hemisphere is generally long and the night is short, the solar altitude angle is large (the summer solstice reaches the maximum value of the year), the sun is high and the angle is large, and the sunshine time is long, so the more solar radiation is received, the higher the temperature, which belongs to the summer half year.

At this time, the southern hemisphere has short days and long nights, and the solar altitude angle is small (the summer solstice reaches the minimum value of the year), so the temperature is relatively low, which belongs to the winter half year.

Yes. January Northern Hemisphere Winter, Southern Hemisphere Summer: July Northern Hemisphere Summer, Southern Hemisphere Winter.

The Earth is a sphere, and during its revolution, it constantly rotates around one axis. The inclination between the axis of the Earth's rotation and the orbital plane of the Earth's revolution is degrees. This dip creates seasonal differences between the Northern and Southern Hemispheres.

When the Earth shifts to the summer solstice, when the Sun shines directly on the Tropic of Capricorn, the Northern Hemisphere is closer to the Sun and the Southern Hemisphere is farther from the Sun. This makes the Northern Hemisphere have more intense summer sunshine and warmer temperatures, while the Southern Hemisphere has the opposite and cooler temperatures. When the Earth turns to the winter solstice, the sun shines directly on the Tropic of Capricorn, and the opposite is true, with the southern hemisphere in summer and the northern hemisphere entering winter.

Therefore, the reason why summer in the Northern Hemisphere is winter in the Southern Hemisphere is the change in the Earth's orbit, the inclination of the Earth's axis of rotation, and the position of the direct sun.

When it is summer in China, countries in the southern hemisphere are in winter, such as Australia, Argentina, New Zealand, etc.

To put it simply, this phenomenon is caused by the return movement of the direct point of the sun, in China, in summer, the direct point of the sun is in the northern hemisphere, so the countries in the southern hemisphere are in winter.

For example, in this picture, the polar night in the northern hemisphere (the morning and dusk lines are tangent to the Arctic Circle and the Antarctic Circle), the sun shines directly on the Tropic of Capricorn, and this day is the winter solstice day in the northern hemisphere.

The sun shines directly on the equator: 0°, the spring or autumn equinox, the north and south days and nights are equinoxes.

Direct sunlight 0° north return to the line 23°26 n, northern hemisphere summer, southern hemisphere winter.

The sun shines directly at 0° Tropic of Cancer 23°26 s, winter in the northern hemisphere, summer in the southern hemisphere.

Look at the diagram above. This is a summer light map of the Northern Hemisphere.

Seasonal changes. It is the change in the intensity of sunlight or solar radiation. The intensity of solar radiation is high, and the ground receives more heat from the sun, and the temperature is high, which is summer. When solar radiation is weak, the ground receives less solar heat, and the temperature is low, which is winter.

Around the summer solstice, the sun shines directly on the northern hemisphere, and the northern hemisphere has long sunshine hours, and the ground receives more heat from the sun's rays, so the temperature is high, and it is summer. But at the same time, in the southern hemisphere, the sun is obliquely shining on the ground, receiving less solar heat, coupled with the short sunshine time, the sun has not had time to heat the air to a relatively high temperature, the sun sets, so the temperature in the southern hemisphere is low, that is, winter.

Around the winter solstice, the light conditions in the northern and southern hemispheres are just opposite, and the southern hemisphere receives more solar radiation, which is summer. The Northern Hemisphere receives less solar radiation, which is winter. So the seasons in the northern and southern hemispheres are reversed.

Yes, their seasons are reversed, summer in the Northern Hemisphere and winter in the Southern Hemisphere, when it is hot in the Northern Hemisphere (most places) and cold in the Southern Hemisphere (again most places).Regardless of the hemisphere, it can be cold in winter. Since the seasons are reversed, Christmas in the Southern Hemisphere can be a hot summer!

Christmas gives us the impression that it will snow and be cold, but in the southern hemisphere, there will be a different picture!

The seasons in the northern and southern hemispheres are reversed.

To put it simply, because the earth is orbital, the earth's axis and the direct light of the sun are not perpendicular, it is inclined to 60 degrees and 34 minutes, that is, the yellow and red angles, and the earth does not rotate with the earth's axis as the plane. Therefore, the sunlight will shine directly back and forth from about 23 degrees 26 minutes south latitude to about 23 degrees 26 minutes north latitude of the earth throughout the year. When the earth turns to a certain part, the sun shines directly on the Tropic of Capricorn, which can be understood as the northern hemisphere.

When the sun shines on the northern hemisphere, the southern hemisphere is relatively free of heat, and when it is far away from the sun, it is from autumn to winter.

When the earth revolves and the sun rotates, when the sun shines directly on the southern hemisphere, it is summer in the southern hemisphere, and vice versa in the northern hemisphere. On the contrary, it shoots directly into the northern hemisphere, and the opposite is true. Direct range between the Tropic of Cancer and the Tropic of Capricorn.