Twice a year, halfway between summer and winter, the Sun rises exactly in the east , and sets exactly in the west (well, nearly exactly, in both cases). We now know that on the days when this happen, day and night are very nearly equal in length, and that time of year is therefore called "equinox." One equinox happens in the fall ("autumnal equinox") and one in the spring ("vernal equinox," "ver" is Latin for spring). As fall advances towards winter, the location of sunrise moves south, as does the location of sunset. The steepness of the curve traced by the Sun does not change, nor does the rate ("speed") with which the Sun appears to move along it, but the length of the curve changes, it becomes shorter. Around December 21 --the "winter solstice" halfway between the equinox dates (typically, September 23 and March 21) sunrise and sunset are as far south as they can go (at any one location). As a result, the Sun has its shortest path for the year, the day is at its shortest and night is at its longest. Other days of that season are short, too, which is one reason for the colder weather in winter. In summer, the Sun's path is longest, and so are the days. In winter, the Sun's path is shortest, and so are the days. After that the points of sunrise and sunset migrate northward again, and days get longer. This migration continues past equinox (when it is at its fastest), and the Sun crosses the horizon furthest northwards around June 21, the "summer solstice" (celebrated in some cultures as "midsummer day"), longest day of the year with the shortest night. After that days get shorter again as sunset and sunrise migrate south again. The long days of summer, of course, match the warmer summer weather.
Summer migrates northward because the Earth's axial tilt causes the Northern Hemisphere to be tilted towards the Sun during that season, resulting in longer days and warmer temperatures. This shift in sunlight angle creates the summer season in the Northern Hemisphere.
A monsoon is a strong wind that blows from one direction in winter and the opposite direction in summer. This seasonal change in wind direction is due to the difference in temperature between the land and sea, causing a reversal in the wind pattern.
On a sunny summer day by the seashore, the wind direction can vary based on local weather patterns and geographical factors. It is difficult to predict the wind direction without specific information on the location and current weather conditions.
Lahore's average wind direction in summer is predominantly from the southwest due to the influence of the southwest monsoon. These winds bring moisture from the Arabian Sea, leading to hot and humid conditions in the region during the summer months.
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The monsoon wind changes direction with the seasons. In summer, it blows from the ocean towards the land due to the temperature difference, bringing heavy rains, while in winter, it reverses direction blowing from land to sea.
They migrate to Finland before the summer and migrate away from Finland after the summer.
crows migrate in winter and summer
no
If it does not migrate it stays where it was in the summer.
Snappers usually migrate in the spring and early summer.
yes harp seals migrate they migrate southin the autum and migrate noth in the summer good luck
They migrate where the weather feels nice and warm for the winter, but then in the summer, they migrate back to the ice, which is their home.
in summer.
North Africa.
It depends entirely upon the species but MOST migratory northern hemisphere birds migrate south, and MOST migratory southern hemisphere birds migrate north. But that is a huge over-simplification.
they migrate in december and january
african elephants do not migrate for a new house. they migrate in the heat of the summer to find fresh grass in other plains.