Wild Weather by Luke Farrugia, 3.4
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The document discusses different aspects of weather including the water cycle, winds, clouds, and seasons. It explains how the sun's uneven heating of the earth leads to variations in temperature, wind, air pressure and ocean currents, which causes weather changes. It describes how water vapor rises into the air, cools to form clouds, and eventually falls back to earth as rain, hail, sleet or snow in the continuous water cycle. The document also notes that clouds come in different shapes, sizes, and colors, and winds can be named after their direction of flow, such as easterly or westerly winds.
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2. It explains key weather phenomena like the water cycle, air masses, jet streams, weather fronts, and how different types of precipitation like rain, snow and hail are formed.
3. It discusses tropical weather patterns including the intertropical convergence zone and how typhoons are formed, and also explains storm surge and the factors that influence its height.
Amkera Presentation : Dark Color Version
The document discusses different types of weather including wind, lightning, storms, hurricanes, tornadoes, rain, hail and snow. It describes weather as short term changes in the atmosphere compared to climate which refers to typical weather patterns over longer periods. Key causes of different weather mentioned include varying amounts of heat from the sun in different parts of the Earth and warmer air rising. Measurement of weather factors like wind speed, direction, temperature and pressure are also summarized.
Amkera Presentation : Light Color Version
Education About Weather Presentation Template
If you want to buy this presentation template, please visit http://madlis.com
Good design gets out of the way of the content you are sharing. It helps your audience focus on the content itself instead of the design.
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Weather
Weather is determined by complex interactions between factors like wind, temperature, precipitation, and air pressure. These factors create weather patterns like low pressure systems, high pressure systems, and fronts. California's climate is influenced by its geography and proximity to the Pacific Ocean. The mountains create orographic lifting that produces rain and snow, while leaving the eastern slopes drier in a rainshadow effect. Changes in weather patterns, like earlier snowmelt, can impact California's water supply and exacerbate drought conditions.
08. Winds, Storms and Cyclone by Dilip Kumar Chandra
Air is a mixture of gases that exerts pressure in all directions. Uneven heating of the Earth's surface causes wind currents as warm air rises and is replaced by cooler air. Convection currents occur due to rising warm air and sinking cool air and help distribute the Sun's heat globally. Thunderstorms develop from strong upward winds carrying water droplets that freeze and fall as rain or hail, along with changes in air pressure. Cyclones form due to these pressure changes and can cause severe damage to life and property from high winds. Effective safety measures include early warning systems, shelters, and preparing necessary supplies.
Naturalists at Large - Weather and Us
Weather is determined by a complex cycle of interacting factors including wind, temperature, precipitation, and air pressure. These factors create weather patterns like low pressure systems, high pressure systems, and fronts. California's climate is influenced by its geography and proximity to the Pacific Ocean. The coastal fog, mountain precipitation, and rainshadow effect all impact California's weather and availability of water resources, which support its ecosystems and agriculture. As the climate changes, these weather patterns and water resources are also changing, with consequences for landscapes, plants, animals, and humans.
Weather
Developed by María Jesús Campos Fernández, Social Studies, History and Geography teacher in a bilingual section in Madrid (Spain)
AS GEOGRAPHY - ATMOSPHERE AND WEATHER - CLOUD FORMATION
Clouds form through various lifting mechanisms that cause air to rise and cool. As air cools to its saturation point, water vapor condenses to form cloud droplets. The main lifting mechanisms are convection from surface heating, orographic lifting over terrain, frontal lifting at weather fronts, and convergence where air streams meet. Clouds stop growing upwards once the latent heat released during condensation is exhausted. High pressure areas lack lifting mechanisms so skies are typically clear. Clouds are classified based on their height and appearance into ten main types including cumulus, stratus, cirrus, and nimbus clouds.
Ch 16 Weather Section 1
The document discusses key concepts about weather including the water cycle, humidity, condensation, clouds, and precipitation. It explains that the water cycle is the continuous movement of water between the atmosphere, land, and oceans. It also describes how humidity is the amount of water vapor in the air, and condensation occurs when saturated air cools and water vapor changes form. Common cloud types like cumulus and cirrus clouds are explained based on their appearance and formation altitude.
climate ch 11.pptx on climate and climate change
The document discusses various elements that impact climate, including precipitation, humidity, wind, and weather forecasting. It explains that the main climate elements are temperature, atmospheric pressure, wind, humidity, precipitation and cloudiness. Several factors that influence climate are also outlined, such as latitude, altitude, distance from the sea, wind direction and moisture. The Earth's climate zones of torrid, temperate and frigid are also defined based on temperature.
climate ch 11.pptx on climate and climate change
The document discusses various elements that impact climate, including precipitation, humidity, wind, and weather forecasting. It explains that the main climate elements are temperature, atmospheric pressure, wind, humidity, precipitation and cloudiness. Several factors that influence climate are also outlined, such as latitude, altitude, distance from the sea, wind direction and moisture. The Earth's climate zones of torrid, temperate and frigid are also defined based on temperature.
Weather
The atmosphere is divided into layers including the troposphere, stratosphere, mesosphere, thermosphere and exosphere. It extends thousands of kilometres and is composed primarily of nitrogen and oxygen but also contains argon, carbon dioxide and other gases. The temperature, thickness and composition varies between each atmospheric layer.
Weather
The atmosphere is the layer of gases surrounding the Earth that makes life possible. It extends thousands of kilometres and is composed primarily of nitrogen and oxygen, along with other gases. The atmosphere is divided into layers with varying temperatures, thicknesses, and compositions, including the troposphere, stratosphere, mesosphere, thermosphere, and exosphere closest to Earth's surface. Weather describes short-term atmospheric conditions in a particular place, while climate refers to average weather conditions over a longer period of time.
Science pp 1
The document discusses various meteorological and atmospheric concepts including adiabatic cooling and lifting, air masses and fronts, types of clouds, precipitation formation processes, and freezing rain events. It provides definitions and descriptions of key terms related to weather and climate.
Ocean module report
1. The ocean affects weather patterns around the world as even small changes in ocean temperature can impact weather. Warm air over warm ocean water causes evaporation which leads to moist air rising and condensing as rain.
2. Ocean currents are driven by differences in water density from temperature, with warm water at the equator rising and cold water at the poles sinking. This circulation affects air temperatures and weather.
3. Where warm and cold air masses collide, various severe weather can occur like rain, storms, and hurricanes. Regions near oceans experience different weather than inland areas due to the ocean's moderating effect on temperatures.
Similar to Wild Weather by Luke Farrugia, 3.4 (20)
08. Winds, Storms and Cyclone by Dilip Kumar Chandra
08. Winds, Storms and Cyclone by Dilip Kumar Chandra
AS GEOGRAPHY - ATMOSPHERE AND WEATHER - CLOUD FORMATION
AS GEOGRAPHY - ATMOSPHERE AND WEATHER - CLOUD FORMATION
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- 1. WILD WEATHER MADE BY: LUKE FARRUGIA Class: 3.4
- 2. WHAT’S THE WEATHER LIKE ? When you look out of the house to see if it’s a sunny,windy or rainy day,you are checking the weather. Weather is the state of the atmosphere or the air that surrounds the earth at a particular time.it may be hot or cold,cloudy or clear,windy or calm.
- 3. SUN AND WATER Starting with the sun The sun’s energy hearts certain parts of the earth more than others.the unequal hearting leads to variations in temptrature,wind,air pressure and ocean currents.this causes weather changes
- 4. SUN AND WATER COMPLETING WITH THE WATER COOLING OFF AS THE WATER VAPOUR RISES,THE AIR COLD AND THE VAPOUR CHANGES INTO TINY DROPLETS,FORMNG CLOUDS.WHEN THE DROPLETS BECOME TOO HEAVY,THEY FALL IN THE FORM OF RAIN,HAIL,SLEET OR SNOW.THIS CONTINUOS PROCESS MAKE UP THE WATWRR CYCLE.
- 5. WIND AND CLOUD WIND Some winds occur in a particular direction,and are named after the direction they blow from.An easterly wind blows from the east and westerly wind blows from west.
- 6. WIND AND CLOUD CLOUD CLOUDS ARE FORMED WHEN WATER VAPOUR CONDENSES IN THE FORM OF TINY DROPLETS.THEY CAN BE WHITE,LIGHT GREY OR DARK IN COLOUR,AND COME IN VARIOUS SHAPES AND SIZES.WISPY CLOUDS ARE CALLED CIRRUS AND HEAPED ONES ARE KNOWN AS CUMULUS
- 7. SEASONS
- 8. THE END MADE BY:LUKE FARRUGIA CLASS:3.4 GEOGRAPY PROJECT 2011 WISH YOU ENJOYED IT !>?