That is a conquence of the tilt of the earth on its axis making the hours of daylight and the direction of the sun's rays different over the seasons, in a repetitive and cyclic pattern over the course of a year. The plant and animal life in those regions have evolved to accomodate to those changes, giving rise to dormancy in the colder, darker winter, emergence of new growth in spring, full growth and maturity of leafy plants in summer, a die off and preparation for dormancy in the fall, and so forth.
2007-02-28 20:52:27
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answer #1
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answered by Jerry P 6
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Temperate Seasons
2016-12-18 16:44:56
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answer #2
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answered by pariasca 4
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Regions near the equator enjoy four seasons. They are areas nearest to the sun while the poles are farthest. With the maximum inclination or declination of the earth, these regions either experience cold or hot climate. Without tilting, they have wet or dry season.
2007-02-28 21:30:21
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answer #3
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answered by Anonymous
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(short answer) Seasons are led to because of the Earth's 23.5 degree tilt on its axis. long answer) Seasons are led to with the help of the quantity of image voltaic ability gained on the earth’s floor. This volume is desperate usually with the help of the attitude at which the sunlight strikes the exterior because of the lean of the Earth on its axis. it somewhat is the beam-unfold factor, the scale of the sunlight on any selection, and the the beam-depletion factor, the quantity of ecosystem the radiation travels by using. The Earth/sunlight distance motives a seasonal version of in basic terms 6%. it rather is because of the fact the intensity of image voltaic radiation emitted, is desperate with the help of the Inverse sq. regulation, which states that the radiation varies with the squared distance from the source. In Earth’s elliptical course, the Earth/sunlight distance on the aphelion and perihelion orbit isn't that significant of a difference.
2016-12-18 12:48:02
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answer #4
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answered by ? 4
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