Weather does not always affect cloud cover, in fact its just about the complete opposite. In some cases though it does tend to effect if it will rain or not. "Cloud cover has a dramatic effect on the temperature forecast. Clouds can cause the surface temperature to be more or less than expected. The amount of solar energy reaching the surface is a strong determinate of surface temperature. The troposphere is heated through solar radiation's sensible heat input over the earth's surface. Since temperature measurements are made near the surface, fluctuations in this solar energy change the surface temperature. Clouds act as a regulator to the amount of solar radiation that reaches the surface. Clouds reduce the temperature during the day depending on the cloud thickness, how widespread the clouds are and how long they block solar radiation. If more cloud cover occurs than is expected during the daylight, the surface temperature will generally be cooler than expected. If less cloud cover occurs than is expected during the daylight, the surface temperature will generally be warmer than expected."
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"Cloud cover has a dramatic effect on the temperature forecast. Clouds can cause the surface temperature to be more or less than expected. The amount of solar energy reaching the surface is a strong determinate of surface temperature. The troposphere is heated through solar radiation's sensible heat input over the earth's surface. Since temperature measurements are made near the surface, fluctuations in this solar energy change the surface temperature. Clouds act as a regulator to the amount of solar radiation that reaches the surface. Clouds reduce the temperature during the day depending on the cloud thickness, how widespread the clouds are and how long they block solar radiation. If more cloud cover occurs than is expected during the daylight, the surface temperature will generally be cooler than expected. If less cloud cover occurs than is expected during the daylight, the surface temperature will generally be warmer than expected.
This forecast challenge often occurs on the west coast of the U.S. in association with the marine layer. The timing of when the marine layer mixes out will determine how much solar warming can take place. Also, more cloud cover than expected in places such as the Great Plains in spring can reduce the risk of
This forecast challenge often occurs on the west coast of the U.S. in association with the marine layer. The timing of when the marine layer mixes out will determine how much solar warming can take place. Also, more cloud cover than expected in places such as the Great Plains in spring can reduce the risk of severe weather by limiting the surface warming. Instability will generally be less if solar radiation is significantly reduced from reaching the surface. As another example, a low stratus / fog deck can be difficult to forecast if and when it will dissipate. If the cloud deck does not dissipate when it is expected to, the surface temperature forecast will be significantly off. Huge temperature forecast busts will occur when a stratus deck is expected to mix out and does not.
Clouds have the opposite effect on temperature at night. More cloud cover than expected at night tends to result in temperatures that are warmer than expected. Less cloud cover than expected at night tends to result is temperatures than are cooler than expected. At night, the earth's surface gives off energy in the form of longwave radiation and does not receive any shorter wave radiation from the sun to warm the surface.
Clouds have the opposite effect on temperature at night. More cloud cover than expected at night tends to result in temperatures that are warmer than expected. Less cloud cover than expected at night tends to result is temperatures than are cooler than expected. At night, the earth's surface gives off energy in the form of longwave radiation and does not receive any shorter wave radiation from the sun to warm the surface. Water vapor happens to be a greenhouse gas. When clouds are present, less longwave radiation energy will escape into outer space. The result is warmer temperatures. On a clear night, the maximum amount of longwave radiation will be able to escape into space and thus surface temperatures will cool at the maximum rate for the given weather conditions."
"Broken clouds" mean that the sky is covered between 5/8 and 7/8 with clouds.
No, a change in the weather cannot affect the menstrual cycle. The menstrual cycle is controlled by hormones in your body, not by the weather.
Cirrus clouds usually approach with fair weather, but the fair weather may later indicate that a storm/thunderstorm is approaching.
Weather disturbances may affect humans by destroying properties and houses of people living in a specific area.
climate
Clouds might affect the weather by shading the ground, keeping it cool, or perhaps warm, which might affect breezes and winds. But clouds are formed by weather, so it can be a little confusing.
The air cools and clouds form, and my cause rainy or stormy weather
Cyclones - air cools and clouds form and may cause rainy or stormy weather. Anticyclones - it brings dry and clear weather.
Water vapor affect weather. Because the sun evaporates the water to produce clouds, it makes sense. Then the wind pushes the clouds over the land causing it to rain it. That is how water vapor affects weather.
Nephology is the study of clouds, their formation, classification, and appearance. It involves observing and analyzing different types of clouds to understand how they affect weather patterns and climate.
No. The phases of the Moon are independent of the weather. However, if there are clouds, you may not be able to SEE the Moon. But it's still there.
Nimbus clouds, typically associated with rain and storms, are not fair weather clouds. Fair weather clouds, like cumulus clouds, are generally seen during stable weather conditions and do not usually bring precipitation.
Cirrus clouds typically indicate fair weather as they are thin, wispy clouds found at high altitudes. They may signal an approaching change in weather if they thicken and lower, potentially indicating the approach of a warm front or a storm system. Overall, cirrus clouds usually have minimal impact on weather conditions.
Clouds can affect living things by providing shade, moderating temperatures, and influencing weather patterns such as rainfall. Cloud cover can impact the growth of plants by affecting the amount of sunlight available for photosynthesis. Additionally, clouds play a role in the water cycle by storing and releasing moisture, which is essential for many organisms.
cumulus clouds contain good weather or rain
All clouds are associated with weather conditions because they are visual representations of the different elements that affect our weather. Basically they are divided into three types; cumulus, cirrus, and stratus. and in simpler terms cumulonimbus clouds and thunderstorms
I assume the question is about low clouds? When the clouds are low, mist and fog is likely. This weather affect often occurs in cold, moist Autumn conditions.