Precipitation is any liquid or frozen water that forms in the atmosphere and falls back to the Earth. It comes in many forms, like rain, sleet, and snow. Along with evaporation and condensation, precipitation is one of the three major parts of the global water cycle.

Air temperature and precipitation are are fundamental measurements for describing the climate, and can have wide-ranging effects on human life and ecosystems. For example, increases in air temperature can lead to more intense heat waves, which can cause illness and death, especially in vulnerable populations.

Precipitation is water released from clouds in the form of rain, freezing rain, sleet, snow, or hail. It is the primary connection in the water cycle that provides for the delivery of atmospheric water to the Earth. Most precipitation falls as rain.

Climate is defined as an area’s long-term weather patterns. The simplest way to describe climate is to look at average temperature and precipitation over time. The climate of any particular place is influenced by a host of interacting factors.

The mean winter temperature is between -2 to 4° C and the mean summer temperature is between 21-26° C. The winters receive quite a bit of snow. The mean annual precipitation ranges from 15-26 cm. Annual precipitation has reached a maximum of 46 cm and a minimum of 9 cm.

Changes in rainfall and other forms of precipitation will be one of the most critical factors determining the overall impact of climate change. A warmer atmosphere can hold more moisture, and globally water vapour increases by 7% for every degree centigrade of warming.

There are many reasons for changes in precipitation. The leading cause is a change in temperature. Many scientists believe an increase in temperature could lead to a more intense water cycle. The rates of evaporation from soils and water, as well as transpiration from plants, could increase.

Rainfall and other precipitation washes nutrients from human activities like agriculture and fossil fuel combustion into rivers and lakes. When these nutrients overload waterways, a process called eutrophication, the results can be dangerous.

Greenhouse gas emissions from human activity are causing global shifts in rainfall patterns and contributing to wetter weather over the UK, climate scientists say today. At least half of the extra rainfall and possibly up to 85% is caused by the impact of greenhouse gas emissions, the scientists conclude.

The most immediate impact of heavy precipitation is the prospect of flooding. In addition to flooding, heavy precipitation also increases the risk of landslides. When above-normal precipitation raises the water table and saturates the ground, slopes can lose their stability, causing a landslide.

At high latitudes and especially in the polar regions, the low precipitation is caused partly by subsidence of air in the high-pressure belts and partly by the low temperatures. Snow or rain occur at times, but evaporation from the cold sea and land surfaces is slow, and the cold air has little capacity for moisture.

Three factors that might influence the occurrence of precipitation are moisture supply, frontal position and atmospheric instability.

The three factors that influence precipitation are the prevailing winds, the seasonal winds, and the presence of mountains.

Temperature is not the answer cause as there would be a rise in temperature, more evaporation would occur. Hence, resulting in increase in precipitation.

Different areas of the Earth’s surface receive different amounts of precipitation. Latitude: it rain more in the areas near the equator than in the temperature zones and polar regions. The temperature is higher near the Equator so there is more evaporation. Altitude: it rains more in high areas than in low areas.

Factors Influencing Temperature (With Diagram) | Geography

• Factor # 1. Latitude:
• Factor # 2. Altitude:
• Factor # 3. Continentality:
• Factor # 4. Ocean Currents and Winds:
• Factor # 5. Slope, Shelter and Aspect:
• Factor # 6. Natural Vegetation and Soil:

The four factors that affect the temperature are the latitude, altitude, ocean currents, and distance from large bodies of water.

Things to remember

• The factors that affects temperature are altitude, latitude and distance from sea.
• The height measured from sea level is called altitude.
• When the latitude increases, the distant from the sun also increases, so the temperature gradually decreases.

Factors that Affecting Controlling Temperature Control

• The latitude of the place.
• The altitude of the place.
• Distance from the sea.
• The air- mass circulation.
• The presence of warm and cold ocean currents.
• Local aspects.

A number of factors can influence your body temperature, including your age, sex, time of day, and activity level.

Meals. There is usually a slight increase in body temperature shortly after a meal. If you use a continuous temperature monitoring device, you can notice a small increase in your temperature, 20-30 minutes after eating. This reflects an increase in your metabolic rate, to facilitate digestion.

Both acute and chronic stress can trigger fever-like symptoms, including an elevated body temperature, body chills or aches, fatigue, and flushed skin. Psychogenic fevers are rare, but they are most common in females.

Chronic stress and exposure to emotional events can cause a psychogenic fever. This means the fever is caused by psychological factors instead of a virus or other type of inflammatory cause. In some people, chronic stress causes a persistent low-grade fever between 99 and 100˚F (37 to 38°C).

Body temperature normally fluctuates over the day following circadian rhythms, with the lowest levels around 4 a.m. and the highest in the late afternoon, between 4:00 and 6:00 p.m. (assuming the person sleeps at night and stays awake during the day).

Having a busy schedule can lead to stress, and without winding down, your body will show for it. You may end up with a cough, runny or stuffy nose, a fever, and you may feel fatigued. This is your body letting you know that you’re overworking yourself and it’s time to rest.

The basal body temperature fluctuates daily, some days more than others. Changes in your routine can cause fluctuations as well – for example, changes in sleep, travel, and sickness can cause the basal body temperature to fluctuate.

T – Temperature higher or lower. When you have an infection, your body’s temperature usually rises as it tries to fight off the bug causing the infection. Interestingly, some people see their body temperature go down (hypothermia) instead of up. This is why any change, high or low, can be a sign of sepsis.

If you have a body temperature of 96, you don’t necessarily need to worry. Although low body temperature is associated with several health risks, in some cases, a temperature of 96 is a normal fluctuation of the body’s temperature.