Ashley ray blizzards

Hurricanes

Hurricanes are powerful storms that form over warm ocean waters and move toward land. They have several stages including tropical depression, tropical storm, and hurricane. Hurricanes are categorized on a scale from 1 to 5 based on their wind speeds, with category 5 being the strongest. Hurricane Katrina was a devastating category 5 hurricane that hit Louisiana, Florida, and the Bahamas in August 2005, killing over 1,800 people and causing $75 billion in damage over 8 days.

Weather

Hurricanes

Hurricanes

Hurricanes are one of nature's most destructive forces. They can cause enormous damage through wind, flooding from storm surges and heavy rain, and other hazards like mudslides. Hurricane winds can reach speeds of up to 200 miles per hour. Hurricanes form over warm ocean waters through a process where moist air rises, condenses into clouds and releases latent heat. Hurricane Katrina made landfall in Mississippi and Louisiana in August 2005, causing extensive damage and loss of life from high winds and catastrophic flooding.

Tornadoes

Tornadoes form from supercell thunderstorms as wind mixes and creates a funnel that grows faster and faster, lowering air pressure and sucking in air and objects at speeds up to 200 mph. They can destroy anything in their path, such as homes, buildings, and farms, as seen with the 1998 Kissimmee tornado in Florida that killed 42 people and injured 260 others over its path from Lake County to Bervard County.

Trove

Trove is a digital library provided by the National Library of Australia that contains books, newspapers, pictures, diaries, maps, music, and information about organizations and old websites from Australia. It allows users to search across these different materials to find information about people and events from Australia's past. In addition to finding materials available online, Trove also helps users locate physical copies of books and other information in their local libraries or tells them where else they might find the information.

Trove provides access to a wealth of information about Australia through its collection of books, newspapers, pictures, diaries, maps, music, and old websites. It can be used to find information about people and events in Australia's past. In addition to finding materials available online, Trove also indicates where physical copies of items can be located and displays user comments and tags. Teachers can assign students projects using Trove to analyze historical newspaper articles, diaries, and photos by adding tags and comments or writing responses.

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To properly reference sources, there are a few key steps. When using Easybib, register an account, select the APA style button, and add sources which will generate in-text citations. With Word, go to Document Elements, References, and Manage Bibliography to add sources. It is important to cite sources in the body of the work using direct quotes, paraphrasing, or summarizing another's ideas, and include the author's name and date. Both Easybib and Word make it easy to insert these in-text citations.

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Zotero is an open source reference management software created by researchers at George Mason University that was originally an add-on for Firefox but now has a standalone version and plugins for Word. It can be used individually or to create shared group libraries and has an active community of support. Librarians have adopted Zotero and it allows users to register an account to access their libraries across multiple machines. The presentation demonstrated Zotero's abilities like opening databases and documents, adding citations and metadata tags/notes, and generating bibliographies and reports.

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Hurricane Hugo

Hurricane Hugo was a powerful hurricane that hit South Carolina and other areas in 1889, destroying homes and buildings with its strong winds and heavy rain. The document describes how hurricanes form from tropical storms and develop a distinctive spiral shape with an inner eye of calm. Hurricane Hugo had maximum sustained winds of 160 miles per hour, making it a very fast and destructive storm, as recalled by the author's mother who experienced its impact in South Carolina.

Severe Weather

Tornados

Tornados form when warm, moist air from the Gulf of Mexico meets cool, dry air from Canada, creating instability in the atmosphere. A tornado is a violent rotating column of air that extends from a thunderstorm to the ground, with wind speeds up to 300 miles per hour that can uproot trees, destroy buildings, and hurl vehicles. Safe places during a tornado include underground locations like basements, while being outside or under a tree are unsafe.

Hurricanes!!

Hurricanes form over warm tropical waters when cold and warm air masses collide, creating a large rotating storm with heavy winds and rain that can cause extensive damage as it makes landfall. They typically include an eye and surrounding rain bands and can spawn tornadoes, leaving many homeless or injured as seen with Hurricane Hugo, a category 5 storm that hit South Carolina in 1989, lasting over 4 hours and leaving 50,000 people homeless and multiple injuries.

Weather

Hurricane Charley

Hurricane Charley was a powerful hurricane that hit Florida in 2004. It made landfall as a Category 4 storm with winds up to 150 mph, causing extensive damage estimated at $16-19 billion. Over 150 people were killed and thousands more injured when Charley struck Florida as the strongest hurricane to hit the state since Hurricane Andrew in 1992. After forming in the Caribbean, Charley traveled through Jamaica, the Cayman Islands, and Cuba before making its devastating landfall in Florida.

Hurricanes

Library and ICT co-dependency

The library and ICT departments at Monte Sant' Angelo Mercy College have become codependent through their collaboration on new projects like integrating library systems into Moodle, providing equipment for movie making, and investigating RFID technologies. Their complementary skill sets around technical skills, access, user experience, and scanning the external environment help grease the wheels of collaboration through their proximity, involvement in management, shared meetings, and collegial relationships built on shared beliefs and missions.

Tornadoes

Tornadoes form from severe thunderstorms called supercells. As wind swirls into the storm, a funnel forms that spins faster and faster, sucking more air and objects into its extremely low pressure area. Tornadoes can destroy houses, throw objects high into the sky, and rip apart everything in their paths as they touch down across parts of the central US, especially in an area called Tornado Alley. Different types of tornadoes include supercell tornadoes, dust devils, firewhirls, gustnadoes, landspouts, and waterspouts.

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The Water Cycle

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The document discusses the water cycle and severe weather. It describes the key parts of the water cycle - evaporation, condensation, and precipitation - and defines different types of precipitation like rain, snow, sleet, and hail. It also explains severe storms like thunderstorms, tornadoes, and hurricanes, providing details on their formation, winds speeds, and frequency. Finally, it emphasizes the importance of safety during severe weather.

GEOG101 Chapt04 lecture

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This document provides an overview of key concepts in climatology, including the difference between weather and climate, factors that influence air temperature and pressure, global circulation patterns, types of precipitation and storms, climate regions, and climatic change. It describes how solar radiation, the tilt of the Earth's axis, land and ocean currents, and greenhouse gases impact climate on global and regional scales.

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Precipitation forms when water droplets or ice crystals become too heavy to remain suspended in the atmosphere and fall to the ground. Different types of precipitation include rain, freezing rain, sleet, hail, and snow. Thunderstorms form due to strong updrafts of air and can produce heavy rain, hail, strong winds, thunder, and lightning. Lightning is caused by a buildup of electric charges within storm clouds. Tornadoes are rotating columns of air that extend from thunderstorms to the ground with wind speeds over 50 mph. Hurricanes begin as large thunderstorms over tropical oceans and derive their energy from warm ocean waters.

Blizzard

A blizzard forms when warm, moist air clashes with cold air, causing a thunderstorm that produces snow and high winds. Blizzards can be dangerous due to low visibility, freezing temperatures, and strong winds that cause damage and endanger lives. The worst blizzard on record was the Great Blizzard of 1888, which killed over 400 people and spanned March 11-14. A severe blizzard has temperatures below 10 degrees Fahrenheit, winds over 45 mph, visibility below 1/4 mile, and lasts at least 3 hours, with potential snowfall of 12.5 inches in 24 hours.

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Air Masses

David Genis

There are several major air masses that influence weather patterns: 1) Continental Arctic (cA) air masses are very cold and dry, originating north of the Arctic Circle. 2) Continental polar (cP) air masses are cold and dry, originating in northern Canada and influencing northern US weather. 3) Maritime polar (mP) air masses are cool and moist, originating over the North Atlantic and Pacific and influencing the Pacific Northwest and Northeast. 4) Maritime tropical (mT) air masses are warm and moist, originating in the Gulf of Mexico and influencing the eastern US.

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Clouds form through the process of adiabatic cooling as air rises and expands. The main cloud types include cumulus, cirrus, stratus, and lenticular clouds. Global winds are driven by uneven heating of the Earth and the Coriolis effect. Air masses are classified as arctic, polar, tropical, maritime, or continental depending on their region of origin and surface characteristics. Weather fronts form boundaries between advancing and retreating air masses and can be cold, warm, or stationary fronts that bring different precipitation and cloud patterns.

9.3 weather

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The document discusses weather and defines it as the atmospheric conditions at a given time and place. It describes the components that make up weather, including temperature, wind, precipitation, and different types of clouds. It also explains several types of severe weather such as thunderstorms, floods, droughts, blizzards, hurricanes, heat waves, and ice storms, providing details on their characteristic precipitation, temperature, and wind conditions. Weather instruments are used to gather data and help predict upcoming weather patterns.

2-3 Climate Zones & Vegetation

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The document summarizes the major climate zones of the world, describing their typical locations, seasons, vegetation, and precipitation. It outlines tropical zones near the equator including rainforests and savannas, mid-latitude zones with climates modulated by oceans/mountains like Mediterranean and marine west coast, and high-latitude zones including tundra, ice caps, and subarctic forests. It also covers dry climates such as deserts and steppes.

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Warm fronts occur when warm air moves over cold air, bringing wispy clouds and light rain or snow. They are identified by red lines with semicircles and winds come from the south or southwest, with slowly rising temperatures and falling pressure. Cold fronts form when cold air moves into warm air, identified by solid lines with triangles and bringing partly cloudy skies, rain or snow with steady falling pressure and increasing clouds. Fronts are boundaries between air masses that can be 20-100 miles long and include warm, cold, occluded, and stationary types.

United States Climate

wintersteen

The document summarizes several climate zones found within the United States, including humid continental, humid subtropical, steppe, desert, high latitude, and tropical climates. It notes that humid continental climates are found in the northern Great Plains and Atlantic coast with cold winters and hot summers. Humid subtropical climates cover the Southern Great Plains and Southeastern states, featuring milder winters and hot, humid summers prone to tropical storms. Steppe and desert climates are limited to the western United States, with steppe receiving just enough rain to support grasses and deserts like Death Valley experiencing extremely high summer temperatures. Alaska has a high latitude climate that is mostly subarctic and tundra with

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This document discusses various cloud formation processes and types of clouds. It explains that adiabatic cooling occurs when air rises and expands, causing temperature to decrease. Orographic lifting occurs when air flows over mountains, cooling and producing clouds and precipitation. Frontal wedging involves warm air undercutting cool air at frontal boundaries. Localized convection occurs when surface heating causes thermal updrafts. Clouds are classified as high, middle, low or vertically developing based on their altitude. Factors like temperature, moisture, stability and cloud microphysics determine precipitation type.

DewFrostFog101A2020.pptx

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This document discusses dew, frost, and fog. It provides the following key points: - Dew forms as condensation on surfaces when the temperature drops to the dew point. Frost forms similarly when the dew point is below freezing. - Different types of fog include radiation fog from surface cooling, advection fog from warm air over cold surfaces, and upslope fog from air cooling as it rises over hills. - The Northwest sees frequent radiation fog in early fall due to clear skies, moist surface, and stable atmosphere allowing surface cooling. Fog is most dense along the Pacific Coast due to cool ocean water and inland valleys. - Roadway icing, sometimes called "black ice

Depressions

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An air mass is a large body of air with similar temperature and moisture properties that covers a large area. The weather over the British Isles is influenced by air masses that form over warm or cold land and sea areas. When different air masses meet, fronts are formed, such as warm fronts and cold fronts. As a depression passes over an area, it brings characteristic changes in precipitation, wind, cloud cover, temperature, and pressure.

How can weather be predicted

Reem Bakr

The document discusses how weather is predicted by analyzing large bodies of air called air masses. There are different types of air masses - cold/warm and dry/moist - that form over land or water and influence weather conditions. Weather maps use symbols to show features like air pressure, temperature, wind and precipitation across an area based on data collected from weather instruments at stations. Analyzing air masses, fronts where they meet, and weather maps helps predict changes in weather conditions.

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Hurricanes are intense, rotating oceanic storms that form over warm tropical waters and can have very strong winds up to 60 mph. They require warm ocean waters, atmospheric moisture from evaporation, and wind patterns near the surface to form. Famous Hurricane Hugo in 1989 was a category 5 hurricane with 140 mph winds that caused extensive damage as it traveled from the Virgin Islands to South Carolina over two weeks, destroying homes, cars, crops, and killing many people and animals. Hurricanes can cause major damage through strong winds, heavy rain, and flooding that can take weeks or months to clean up.

Hurricanes

Hurricanes are low pressure tropical storms that form over warm ocean waters with winds of 74 mph or higher. They can be categorized from weak to strong and cause significant damage by destroying crops, buildings, and killing people and animals through high winds, flash floods, and contaminated water. Hurricane Hugo formed in September 1989 and caused $10 billion in damages as a powerful Category 5 hurricane when it hit South Carolina.

Blizzards

A blizzard is a snowstorm with winds over 56 km/h and temperatures below -10°C that lasts for at least 3 hours. Blizzards form when snowstorms collide with warm air and begin twisting, and they can accumulate over 3 feet of snow and cause damage like cracking roads and burying cars, which sometimes results in loss of life. Key factors for blizzards include wind speeds up to 35 mph and heavy snowfall that reduces visibility.

Tornadoes

tornados

Tornadoes are rapidly spinning funnel clouds that reach from thunderstorm clouds to the ground, causing mass destruction with winds that can send cars flying and destroy homes and buildings. They form when hot and cold air masses collide and start circulating intensely, with the force eventually producing a funnel. Some of the most destructive tornadoes include the 1953 Flint Beecher tornado in Michigan, which killed over 100 people and injured 900 with 100 mph winds that destroyed 20 homes.

Tornadoes presentation

The document summarizes tornadoes, describing their funnel shape and varying colors depending on debris. Tornadoes form from rotating thunderstorms when cold and warm air masses collide. They can rip apart buildings, uproot trees, lift animals, and destroy entire cities within minutes. Wind speeds often exceed 300 miles per hour and tornadoes cause rain, hail, and sleet. Some notable tornadoes include the 1953 Waco, Texas tornado that was a third of a mile wide and destroyed 23 miles of land.

Hurricane

A hurricane floods towns and cities, demolishes buildings, destroys crops, kills people and animals, and causes thousands of dollars in damage as it moves counterclockwise. It forms over warm ocean waters as thunderstorms wrap around the center, gaining heat and wind speeds up to 130 miles per hour with intense rain and humidity. Hurricane Katrina was one of the deadliest and costliest hurricanes, hitting New Orleans in 2005 and flooding the entire city.

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Severe Weather

Hurricanes are large tropical storms with heavy winds that form over warm ocean waters. They require warm ocean temperatures of at least 79 degrees Fahrenheit, moisture from the sea evaporating into the warm air, and wind patterns near the ocean's surface that pull winds inward. Hurricanes can last up to 8 days and become very destructive at higher categories, with Category 5 being the strongest designation for a hurricane with sustained winds over 155 mph. Hurricane Katrina, a Category 5 storm, caused massive damage of over $100 million and loss of over 1,800 lives when it struck New Orleans in August 2005.

Hurricanes

A hurricane is a large, swirling storm that forms over warm ocean waters near the equator. It features high winds and heavy rain that can cause catastrophic damage. When viewed from above, a hurricane looks like a large white vortex with a clear eye at the center. Hurricanes develop from rising warm, moist air that causes surrounding air to swirl inward and feed the growing storm. As they make landfall, hurricanes can rip off roofs, destroy homes and property, and lead to flooding and loss of life.

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Hurricane Hugo hit Puerto Rico in the morning of September 17th, 1989 and then made landfall in South Carolina around midnight, causing significant damage as it moved through the state. Hurricanes form over warm ocean waters and contain heavy rain, strong winds that can reach 74-200 mph, and an eye of calm weather at the center. They start as tropical storms that grow stronger as heat and moisture rise within the storm system.

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Severe Weather

Tornadoes form from strong storm clouds called supercells. There are different types of tornadoes such as waterspouts, land spouts, and multiple vortex tornadoes. A tornado is formed when warm and cold air meet, moving in different directions at different speeds, creating a wall cloud that can spawn a tornado spinning at 35 mph or more. Tornadoes most commonly occur in Tornado Alley in the Great Plains of the US, where over 500 tornadoes are reported each year. The deadliest tornado in US history was the 1925 Tri-State Tornado, which killed 695 people as it traveled through Missouri, Illinois, and Indiana.

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Hurricane Ike was the third most destructive hurricane to make landfall in the United States, forming on September 1, 2008 off the coast of Africa and becoming a powerful Category 4 storm with winds up to 145 mph before dissipating on September 13, 2008. Ike caused over $32 billion in damage and was blamed for more than 195 lives lost, making it the third costliest Atlantic hurricane ever recorded. Hurricanes form when cold air passes over warm ocean water, causing moisture to rise and organize into a cylindrical storm system.

Hurricane Hugo

Hurricane Hugo was a category 5 hurricane that formed over warm Atlantic waters near the equator. It destroyed almost everything in its path, putting people and cities in great danger, and causing millions in damage and repair costs from its strong winds and ability to knock down trees and destroy buildings. Hugo was one of the worst and most dangerous storms ever, with wind speeds over 120 miles per hour, and it was responsible for 82 deaths when it hit South Carolina in September 1989.

Tornados

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Tornados are powerful vortexes that form from storm clouds and touch down from the cloud with a narrow end, whipping at speeds up to 110 mph. They can destroy homes, uproot trees, and endanger people as they rip through an area with rain and wind. Tornados begin as clouds which then shoot down a vortex when warm air hits the cloud, forming the spinning tornado. One example is the 1999 Salt Lake City tornado that injured 80 people and damaged a building, disproving ideas that tornadoes can't happen in some regions.

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