Water cycle blog
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The water cycle involves evaporation where water from bodies of water evaporates into water vapor when hot. The water vapor then condenses to form clouds. When the clouds become cold, precipitation occurs as rain or snow falls back to bodies of water, completing the cycle.
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Water cycle
Water evaporates from seas, rivers, and lakes, forming clouds through vaporization. When temperatures drop, the water vapor condenses back to liquid form as rain. The rain then supplies fresh water back to seas, rivers, and lakes, continuing the cycle of evaporation and condensation that defines the water cycle.
Ben, Caitlyn, Esther
This document discusses the water cycle and how water evaporates from bodies of water due to heat from the sun, forms vapor or fog, and can condense back to liquid as precipitation like rain or snow when air cools. It also explains how transpiration occurs as water is carried up through plants from roots and leaves and released into the air. The water cycle ends with precipitation falling back to land and bodies of water through runoff.
Stripes On Icebergs
Striped icebergs in the Antarctic form layers of snow under different conditions, with blue stripes created from meltwater freezing quickly without bubbles and green stripes from algae-rich seawater freezing to the underside. Nature photographs from Antarctica show amazing images like a frozen wave suspended in mid-air, highlighting how the internet allows sharing sights never imagined.
Snowballs
This document discusses two rare meteorological phenomena - "lolly" and "snowrollers". Lolly occurs when large amounts of snow fall near lakes or oceans, and the movement of waves transforms the snow into hundreds or thousands of ice balls on beaches. Snowrollers form when wind blows layers of snow on top of each other, causing rolls of snow to form on surfaces covered in a thin layer of loose snow near the melting point. Under the right temperature, humidity, wind speed and slope conditions, the rolls can move and collect more snow, growing up to 70cm large.
Water
The document summarizes the water cycle. It begins by explaining that early Earth's water came from volcanic activity. Water evaporated from the oceans, transpired from plants, and sublimated from ice and snow to form vapor in the atmosphere. The vapor rises and condenses into clouds, which causes precipitation that falls back to Earth's surface, where it runs into rivers and oceans or infiltrates the ground to replenish aquifers, eventually making its way back to where the cycle begins in the oceans.
Cano Cristales
Cano Cristales River in Colombia, also known as the "River of Five Colors" or "Rainbow River", transforms into a spectacular natural display of colors for a brief period each year due to special algae that grow on the riverbed rocks. During this time between wet and dry seasons, the entire riverbed is covered in an array of blues, greens, reds, and other hues. This colorful phenomenon only lasts a few days when conditions are optimal for the algae before the river either floods or dries up. The remote river is only accessible by horse or mule on occasional tours.
Water slideshow
The document summarizes key characteristics and properties of water molecules and seawater. It discusses how water can change states between solid, liquid and gas. It describes how density, pressure, temperature and salinity affect water properties. It also covers how light, sound and ions behave in seawater, and how salinity is measured. Desalination processes are mentioned along with common gases in the atmosphere and oceans.
Water cycle powerpoint new
The water cycle consists of evaporation, transpiration, condensation, precipitation, and runoff. Water is constantly being recycled as it changes between liquid, gas, and solid states in the atmosphere and environment. Most water is evaporated from oceans and transpired from plants, then condenses into clouds and falls as precipitation before running off and infiltrating the ground to storage areas or flowing into streams, rivers, and lakes. Proper management of this finite fresh water resource is necessary to meet human and environmental needs.
Recomendados
Water cycle
Water evaporates from seas, rivers, and lakes, forming clouds through vaporization. When temperatures drop, the water vapor condenses back to liquid form as rain. The rain then supplies fresh water back to seas, rivers, and lakes, continuing the cycle of evaporation and condensation that defines the water cycle.
Ben, Caitlyn, Esther
This document discusses the water cycle and how water evaporates from bodies of water due to heat from the sun, forms vapor or fog, and can condense back to liquid as precipitation like rain or snow when air cools. It also explains how transpiration occurs as water is carried up through plants from roots and leaves and released into the air. The water cycle ends with precipitation falling back to land and bodies of water through runoff.
Stripes On Icebergs
Striped icebergs in the Antarctic form layers of snow under different conditions, with blue stripes created from meltwater freezing quickly without bubbles and green stripes from algae-rich seawater freezing to the underside. Nature photographs from Antarctica show amazing images like a frozen wave suspended in mid-air, highlighting how the internet allows sharing sights never imagined.
Snowballs
This document discusses two rare meteorological phenomena - "lolly" and "snowrollers". Lolly occurs when large amounts of snow fall near lakes or oceans, and the movement of waves transforms the snow into hundreds or thousands of ice balls on beaches. Snowrollers form when wind blows layers of snow on top of each other, causing rolls of snow to form on surfaces covered in a thin layer of loose snow near the melting point. Under the right temperature, humidity, wind speed and slope conditions, the rolls can move and collect more snow, growing up to 70cm large.
Water
The document summarizes the water cycle. It begins by explaining that early Earth's water came from volcanic activity. Water evaporated from the oceans, transpired from plants, and sublimated from ice and snow to form vapor in the atmosphere. The vapor rises and condenses into clouds, which causes precipitation that falls back to Earth's surface, where it runs into rivers and oceans or infiltrates the ground to replenish aquifers, eventually making its way back to where the cycle begins in the oceans.
Cano Cristales
Cano Cristales River in Colombia, also known as the "River of Five Colors" or "Rainbow River", transforms into a spectacular natural display of colors for a brief period each year due to special algae that grow on the riverbed rocks. During this time between wet and dry seasons, the entire riverbed is covered in an array of blues, greens, reds, and other hues. This colorful phenomenon only lasts a few days when conditions are optimal for the algae before the river either floods or dries up. The remote river is only accessible by horse or mule on occasional tours.
Water slideshow
The document summarizes key characteristics and properties of water molecules and seawater. It discusses how water can change states between solid, liquid and gas. It describes how density, pressure, temperature and salinity affect water properties. It also covers how light, sound and ions behave in seawater, and how salinity is measured. Desalination processes are mentioned along with common gases in the atmosphere and oceans.
Water cycle powerpoint new
The water cycle consists of evaporation, transpiration, condensation, precipitation, and runoff. Water is constantly being recycled as it changes between liquid, gas, and solid states in the atmosphere and environment. Most water is evaporated from oceans and transpired from plants, then condenses into clouds and falls as precipitation before running off and infiltrating the ground to storage areas or flowing into streams, rivers, and lakes. Proper management of this finite fresh water resource is necessary to meet human and environmental needs.
Passing By: A Guided Experience of Maple Pass Loop
1) The document provides a guided experience of hiking the Maple Pass Loop trail, describing the scenic views of lakes, mountains, forests, and wildlife encountered along the way.
2) It notes the complexity of the tiny ecosystem tucked behind the mountain curtains and discusses feeling simultaneously alive but never at home in either the wild or urban settings.
3) The hike is described clockwise, tackling the steeper initial portions, with many breathtaking views of the surrounding mountain ranges and lakes along the loop back.
Striped Icebergs.é
Stripes form on some Antarctic icebergs due to layers of snow reacting differently to conditions, with blue stripes created when meltwater freezes in crevices without air bubbles and green stripes formed when algae-rich seawater freezes to the underside. Brown, black and yellow lines are caused by sediment incorporated as the ice sheet moves toward the sea.
Waercycle
The water cycle involves water evaporating from sources due to heat from the sun, forming clouds. Water falls as rain or snow and collects in rivers, streams, lakes and oceans. The sun then evaporates water from these sources again to repeat the cycle, with oceans playing a key role in warming water that will later fall as rain or snow over land to replenish freshwater sources.
Melting Glaciers
Glaciers are massive sheets of ice that exist in cold climates and can grow or shrink depending on the climate. There are many different types of glaciers including retreating, piedmont, ice fields, hanging, tidewater, and surging glaciers. Most of the world's glaciers are located in Antarctica and Greenland but they can be found on every continent. Glaciers are melting due to the effects of global warming and the heat of the sun. Reducing pollution and stopping global warming can help reduce the melting of glaciers.
Ice By Rcdohare
Stripes form on some Antarctic icebergs due to layers of snow reacting differently to conditions. Blue stripes occur when meltwater refreezes in cracks without air bubbles, while green stripes result from algae-rich seawater freezing to the underside. Brown, black and yellow lines come from sediment incorporated as the ice sheet slides toward the sea.
Glacier presentation
Glaciers are large, thick masses of ice formed from compacted snow that move very slowly due to their sheer mass. They are primarily located in polar and mountainous regions. Glaciers shape the surrounding landscape through erosion and can carve out dramatic valleys and mountains over thousands of years. However, glaciers have been retreating rapidly in recent decades due to global warming, which poses risks like flooding and affects global sea levels, ocean currents, climate patterns, wildlife, and more. The only way to slow glacial melt is to reduce greenhouse gas emissions that cause unnatural climate change.
Glaciers
Glaciers are slowly moving masses of ice that form when snow remains in an area year-round and compresses into ice. There are two main types of glaciers: mountain glaciers and continental ice sheets. Melting glaciers contribute to rising sea levels through thermal expansion of oceans and adding water from melted ice, threatening coastal habitats and endangering wildlife like polar bears and seals. Solutions include reducing emissions that cause global warming to help slow the melting of glaciers.
Snowballs On The Beach!!
This document describes two natural phenomena involving snow - lollys and snowrollers. Lollys are large ice balls that form along beaches near large lakes or oceans when snow falls into the water and is transformed by wave movement. Snowrollers are rolls of snow formed by wind that lifts and moves layers of snow, rolling it into cylindrical shapes that can be several centimeters or even up to 70cm long. Specific weather conditions including wind speed, temperature and slope are needed for snowrollers to form.
Natural snowballs&snowrolls
This document describes two natural phenomena involving snow - lollys and snowrollers. Lollys are large ice balls that form along beaches near large lakes or oceans when snow falls into the water and is transformed by wave movement. Snowrollers are rolls of snow formed by wind that lifts and moves layers of snow, rolling it into cylindrical shapes that can be several centimeters or even up to 70cm long. Specific weather conditions including wind speed, temperature and slope are needed for snowrollers to form.
Snowballs
This document describes two natural phenomena involving snow - ice balls and snow rollers. Ice balls form near large bodies of water when snow falls into the water, freezes into balls, and washes ashore. Snow rollers form on land when gusts of wind pick up and roll layers of loose snow into cylindrical shapes that can be several centimeters long. The specific conditions of temperature, wind speed, snow depth and terrain slope required for snow rollers to form are outlined.
Part –II Wonderful Natural Scenery
Nature, in the broadest sense, is equivalent to the natural world, physical world, or material world. "Nature" refers to the phenomena of the physical world,http://madrastravels.com/
Periglacial processes and features
Periglacial environments are defined by the presence of permafrost. Unique landforms such as pingos, palsas, patterned ground including ice-wedge polygons, and thermokarst features form due to freezing and thawing of ice in soils. Permafrost poses challenges for infrastructure development but techniques like using thermosyphons can help ensure stability.
Cesar melendez Glaciers PPT
Glaciers are large masses of ice that form on land from compacted snow and slowly deform and flow due to their own weight. They are found on every continent except Australia and cover about 10% of Earth's land. The three largest glaciers are located in Central Asia, North America, and the Arctic Islands. Glaciers are threatened by global warming, which causes them to melt and sea levels to rise, potentially flooding coastal regions and disrupting ecosystems that depend on glacial meltwater. Reducing greenhouse gas emissions and developing alternative energy sources can help address the issues caused by melting glaciers.
Julienne Stroeve - Hielo marino y clima
El 12 de noviembre de 2015 dedicamos una jornada en la Fundación Ramón Areces a analizar la actual situación del Ártico. El Simposio Internacional se ocupó de las oportunidades y riesgos derivados del cambio climático. En este encuentro participaron expertos de Canadá, Estados Unidos, Finlandia, Noruega, Suecia, Alemania, Portugal y España.
The water cycle (science)
The water cycle is powered by the sun's energy warming ocean water and causing evaporation. Water vapor condenses into clouds which grow heavy and precipitate as rain, snow, sleet or hail into rivers, lakes and oceans. The collected water returns to the oceans to be warmed by the sun and restart the cycle.
Glaciers project
Glaciers are large masses of ice formed from compacted snow. They form in locations where snowfall exceeds melting over many years, such as mountainous and polar regions. Glaciers are sensitive to temperature changes and have been retreating at unprecedented rates since the early 20th century due to climate change caused by human activity like the Industrial Revolution. As glaciers melt, it impacts fresh water supplies and hydroelectric power generation. Potential solutions to reduce melting include lowering emissions and improving carbon sequestration through soil and underground storage.
2nd grade The Water Cycle
The document tells a story about the water cycle through dialogue between a water droplet and the sun. The sun warms the water, causing the water droplet to rise up into clouds. The clouds then make rain which falls back down, restarting the cycle as the sun warms the water again. The story helps teach students about the key stages of the water cycle in a simple way using characters of a sun and water droplet.
PIE - magical of nature
This document describes how ice sculptures are formed over long periods of time from wind and snow carving blocks of ice containing seawater. It also discusses how during ice ages, seas would freeze and later melt to form huge lakes, with all the water eventually evaporating in dry, less rainy climates. The document mentions that plants on the bottom of evaporated lakes can produce methane gas that gets trapped as it rises to the surface.
Ice balls and snow rollers
This document describes two rare weather phenomena: ice balls and snow rollers. Ice balls occur along shores after heavy snowfalls, where waves turn snow to ice balls up to the size of footballs. Snow rollers are cylindrical snow formations that form when a 2cm layer of powdery snow glides easily on ice or frozen surfaces under winds of 40km/h, causing snow to roll into cylinders up to 70cm in diameter. Both require specific temperature and environmental conditions to form.
Ice balls and snow rollers
This document describes two rare weather phenomena: ice balls and snow rollers. Ice balls occur along shores after heavy snowfalls, as the snow is turned to ice by wave motion, forming large frozen balls. Snow rollers are cylindrical snow formations that form when powder snow is blown by winds of 40 km/h over ice or frozen surfaces at temperatures near 0°C, causing the snow to roll into cylinders that can reach 70cm in diameter. Both require precise temperature and wind conditions to form.
Plants functions blog
This document compares and contrasts some key characteristics of plants and animals. It notes that both plants and animals are living things that need air, water and sunlight to survive. However, plants can make their own food using sunlight and do not move or have senses, while animals need to eat other organisms for food and have senses and the ability to move. The document also outlines the main parts of a plant - roots, stem, leaves, and flowers - and their functions.
From plants blog
Seeds grow inside fruit for protection and are dispersed when eaten by animals. Seeds can then grow into new plants, continuing the life cycle from birth to growth, reproduction, and death. Plants provide many useful things like food, clothing, medicine, oxygen, and paper, demonstrating their importance for sustaining life.
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La actualidad más candente
Passing By: A Guided Experience of Maple Pass Loop
1) The document provides a guided experience of hiking the Maple Pass Loop trail, describing the scenic views of lakes, mountains, forests, and wildlife encountered along the way.
2) It notes the complexity of the tiny ecosystem tucked behind the mountain curtains and discusses feeling simultaneously alive but never at home in either the wild or urban settings.
3) The hike is described clockwise, tackling the steeper initial portions, with many breathtaking views of the surrounding mountain ranges and lakes along the loop back.
Striped Icebergs.é
Stripes form on some Antarctic icebergs due to layers of snow reacting differently to conditions, with blue stripes created when meltwater freezes in crevices without air bubbles and green stripes formed when algae-rich seawater freezes to the underside. Brown, black and yellow lines are caused by sediment incorporated as the ice sheet moves toward the sea.
Waercycle
The water cycle involves water evaporating from sources due to heat from the sun, forming clouds. Water falls as rain or snow and collects in rivers, streams, lakes and oceans. The sun then evaporates water from these sources again to repeat the cycle, with oceans playing a key role in warming water that will later fall as rain or snow over land to replenish freshwater sources.
Melting Glaciers
Glaciers are massive sheets of ice that exist in cold climates and can grow or shrink depending on the climate. There are many different types of glaciers including retreating, piedmont, ice fields, hanging, tidewater, and surging glaciers. Most of the world's glaciers are located in Antarctica and Greenland but they can be found on every continent. Glaciers are melting due to the effects of global warming and the heat of the sun. Reducing pollution and stopping global warming can help reduce the melting of glaciers.
Ice By Rcdohare
Stripes form on some Antarctic icebergs due to layers of snow reacting differently to conditions. Blue stripes occur when meltwater refreezes in cracks without air bubbles, while green stripes result from algae-rich seawater freezing to the underside. Brown, black and yellow lines come from sediment incorporated as the ice sheet slides toward the sea.
Glacier presentation
Glaciers are large, thick masses of ice formed from compacted snow that move very slowly due to their sheer mass. They are primarily located in polar and mountainous regions. Glaciers shape the surrounding landscape through erosion and can carve out dramatic valleys and mountains over thousands of years. However, glaciers have been retreating rapidly in recent decades due to global warming, which poses risks like flooding and affects global sea levels, ocean currents, climate patterns, wildlife, and more. The only way to slow glacial melt is to reduce greenhouse gas emissions that cause unnatural climate change.
Glaciers
Glaciers are slowly moving masses of ice that form when snow remains in an area year-round and compresses into ice. There are two main types of glaciers: mountain glaciers and continental ice sheets. Melting glaciers contribute to rising sea levels through thermal expansion of oceans and adding water from melted ice, threatening coastal habitats and endangering wildlife like polar bears and seals. Solutions include reducing emissions that cause global warming to help slow the melting of glaciers.
Snowballs On The Beach!!
This document describes two natural phenomena involving snow - lollys and snowrollers. Lollys are large ice balls that form along beaches near large lakes or oceans when snow falls into the water and is transformed by wave movement. Snowrollers are rolls of snow formed by wind that lifts and moves layers of snow, rolling it into cylindrical shapes that can be several centimeters or even up to 70cm long. Specific weather conditions including wind speed, temperature and slope are needed for snowrollers to form.
Natural snowballs&snowrolls
This document describes two natural phenomena involving snow - lollys and snowrollers. Lollys are large ice balls that form along beaches near large lakes or oceans when snow falls into the water and is transformed by wave movement. Snowrollers are rolls of snow formed by wind that lifts and moves layers of snow, rolling it into cylindrical shapes that can be several centimeters or even up to 70cm long. Specific weather conditions including wind speed, temperature and slope are needed for snowrollers to form.
Snowballs
This document describes two natural phenomena involving snow - ice balls and snow rollers. Ice balls form near large bodies of water when snow falls into the water, freezes into balls, and washes ashore. Snow rollers form on land when gusts of wind pick up and roll layers of loose snow into cylindrical shapes that can be several centimeters long. The specific conditions of temperature, wind speed, snow depth and terrain slope required for snow rollers to form are outlined.
Part –II Wonderful Natural Scenery
Nature, in the broadest sense, is equivalent to the natural world, physical world, or material world. "Nature" refers to the phenomena of the physical world,http://madrastravels.com/
Periglacial processes and features
Periglacial environments are defined by the presence of permafrost. Unique landforms such as pingos, palsas, patterned ground including ice-wedge polygons, and thermokarst features form due to freezing and thawing of ice in soils. Permafrost poses challenges for infrastructure development but techniques like using thermosyphons can help ensure stability.
Cesar melendez Glaciers PPT
Glaciers are large masses of ice that form on land from compacted snow and slowly deform and flow due to their own weight. They are found on every continent except Australia and cover about 10% of Earth's land. The three largest glaciers are located in Central Asia, North America, and the Arctic Islands. Glaciers are threatened by global warming, which causes them to melt and sea levels to rise, potentially flooding coastal regions and disrupting ecosystems that depend on glacial meltwater. Reducing greenhouse gas emissions and developing alternative energy sources can help address the issues caused by melting glaciers.
Julienne Stroeve - Hielo marino y clima
El 12 de noviembre de 2015 dedicamos una jornada en la Fundación Ramón Areces a analizar la actual situación del Ártico. El Simposio Internacional se ocupó de las oportunidades y riesgos derivados del cambio climático. En este encuentro participaron expertos de Canadá, Estados Unidos, Finlandia, Noruega, Suecia, Alemania, Portugal y España.
The water cycle (science)
The water cycle is powered by the sun's energy warming ocean water and causing evaporation. Water vapor condenses into clouds which grow heavy and precipitate as rain, snow, sleet or hail into rivers, lakes and oceans. The collected water returns to the oceans to be warmed by the sun and restart the cycle.
Glaciers project
Glaciers are large masses of ice formed from compacted snow. They form in locations where snowfall exceeds melting over many years, such as mountainous and polar regions. Glaciers are sensitive to temperature changes and have been retreating at unprecedented rates since the early 20th century due to climate change caused by human activity like the Industrial Revolution. As glaciers melt, it impacts fresh water supplies and hydroelectric power generation. Potential solutions to reduce melting include lowering emissions and improving carbon sequestration through soil and underground storage.
2nd grade The Water Cycle
The document tells a story about the water cycle through dialogue between a water droplet and the sun. The sun warms the water, causing the water droplet to rise up into clouds. The clouds then make rain which falls back down, restarting the cycle as the sun warms the water again. The story helps teach students about the key stages of the water cycle in a simple way using characters of a sun and water droplet.
PIE - magical of nature
This document describes how ice sculptures are formed over long periods of time from wind and snow carving blocks of ice containing seawater. It also discusses how during ice ages, seas would freeze and later melt to form huge lakes, with all the water eventually evaporating in dry, less rainy climates. The document mentions that plants on the bottom of evaporated lakes can produce methane gas that gets trapped as it rises to the surface.
Ice balls and snow rollers
This document describes two rare weather phenomena: ice balls and snow rollers. Ice balls occur along shores after heavy snowfalls, where waves turn snow to ice balls up to the size of footballs. Snow rollers are cylindrical snow formations that form when a 2cm layer of powdery snow glides easily on ice or frozen surfaces under winds of 40km/h, causing snow to roll into cylinders up to 70cm in diameter. Both require specific temperature and environmental conditions to form.
Ice balls and snow rollers
This document describes two rare weather phenomena: ice balls and snow rollers. Ice balls occur along shores after heavy snowfalls, as the snow is turned to ice by wave motion, forming large frozen balls. Snow rollers are cylindrical snow formations that form when powder snow is blown by winds of 40 km/h over ice or frozen surfaces at temperatures near 0°C, causing the snow to roll into cylinders that can reach 70cm in diameter. Both require precise temperature and wind conditions to form.
La actualidad más candente (20)
Passing By: A Guided Experience of Maple Pass Loop
Passing By: A Guided Experience of Maple Pass Loop
Destacado
Plants functions blog
This document compares and contrasts some key characteristics of plants and animals. It notes that both plants and animals are living things that need air, water and sunlight to survive. However, plants can make their own food using sunlight and do not move or have senses, while animals need to eat other organisms for food and have senses and the ability to move. The document also outlines the main parts of a plant - roots, stem, leaves, and flowers - and their functions.
From plants blog
Seeds grow inside fruit for protection and are dispersed when eaten by animals. Seeds can then grow into new plants, continuing the life cycle from birth to growth, reproduction, and death. Plants provide many useful things like food, clothing, medicine, oxygen, and paper, demonstrating their importance for sustaining life.
Forms of water blog
Water can exist in three forms: as a liquid, a solid (ice), and a gas (water vapor). It transforms between these states based on temperature, freezing to a solid when cold and evaporating to a gas when hot. Water is found all around us in oceans, rain, lakes, rivers, snow, clouds, and underground.
Air blog
The document discusses the need for air among living things like people, animals and plants but not non-living things like rocks and pencils. It asks questions about whether different things need air and provides answers, with people, babies and apple trees needing air while rocks and pencils do not.
Day & night blog
We have day and night because the Earth rotates once every 24 hours. This causes the Sun to rise in the east in the morning, reach its highest point at midday, and set in the west at the end of the day, leaving night until it rises again the following morning.
The moon blog
The moon is a rocky satellite of Earth that orbits our planet over the course of 28 days. It has no atmosphere or water and its surface is marked by craters. In 1969, American astronauts were the first to walk on the moon, including Neil Armstrong, who was the first person to set foot on the lunar surface. The shape and illumination of the moon appears to change in phases over the course of each month.
More about plants blog
Plants need several things to grow well, including soil, water, air, sunlight, and warmth. Without these essentials, plants will not thrive. The document discusses different types of plants like trees, grass, and bushes, noting characteristics such as trees having trunks, branches, and twigs while grass is thin and bendy. Evergreen trees remain green year-round unlike deciduous trees that lose their leaves in autumn.
Sun & earth blog
The document describes properties of the sun and earth. It states that the sun is round, very hot, and very big. It is also far away and a star that gives us heat and light. The earth is a planet that we live on, which goes around the sun over the course of 1 year. There are 8 planets that also orbit the sun.
Land on earth blog
The Earth is covered with more water than land. The land on Earth consists of soil, rock, and sand. There are two types of water - saltwater which is found in oceans and seas and is not safe to drink, and freshwater which is found in rivers, lakes, and streams and can be consumed.
Other invertebrates ppt blog
This document discusses whether various invertebrates are insects. It states that spiders, snails, centipedes, and worms are not insects, as spiders have 8 legs, snails have no legs, centipedes have many legs, and worms have no legs. The document confirms that butterflies, bees, ants, mosquitoes, and cockroaches are insects.
Ppt communication blog
Communication is a fundamental part of human interaction and relationships. It involves conveying messages through speaking, writing, or other modes of expression. Effective communication requires understanding between the sender and receiver of a message.
Carnivores herbivores omnivores blog
This document defines and provides examples of carnivores, herbivores, and omnivores. Carnivores, such as lions and tigers, eat meat, fish, and insects. Herbivores, including zebras, elephants and hippos, eat plants like grass, leaves, and fruits. Omnivores such as bears, pigs and humans eat both plants and animals.
New materials ppt blog
The document lists different materials and prompts the reader to identify what each item is made of, including rock, leather, wool, and cotton. It repeats the question "What is it made of?" followed by the material to familiarize the reader with common materials and their identification.
Natural and manufactured + temperature ppt blog
The document lists natural materials like wood, stone, cotton, leather, and wool, as well as manufactured materials like rubber, metal, plastic, brick, paper, and glass. It then discusses how heating and cooling can cause physical changes in state between solid, liquid, and gas for both water and other materials.
Seasons blog
The document discusses the four seasons - spring, summer, autumn, and winter. It describes characteristics of each season, such as flowers blooming and animals being born in spring, hot weather in summer, leaves falling in autumn, and cold weather in winter. It also notes that the Earth's tilt causes the seasons and provides approximate start dates for each season.
Mains or batteries blog
The document is a repeated question asking "MAINS or BATTERIES?" with alternating responses of "MAINS", "BATTERIES", or "MAINS and BATTERIES". It also contains a brief statement that batteries come in different shapes and sizes.
Machines blog
This document discusses several simple machines: screws are used to fasten things and drill holes; wedges separate or lift objects and hold them in place; inclined planes help move heavy objects up and down heights; levers lift or move heavy objects; pulleys lift or lower heavy objects; wheels and axles are used for many applications. When simple machines are combined, they form more complex machines.
Amphibians ppt blog
Amphibians lay eggs in water and are cold-blooded vertebrates with smooth skin and no scales. Baby amphibians live in water, breathe through gills, and undergo metamorphosis to grow legs and lungs as adults able to live on land or in water. Examples of amphibians are frogs, salamanders, and toads; frogs start as tadpoles with tails and through developmental stages grow into four-legged frogs that leave the water.
Light and sound blog
The document discusses different sources of light and sound. It explains that the sun, torches, light bulbs and candles are all sources of light that allow us to see. When these light sources are blocked by opaque objects, shadows are formed. Different objects like radios, instruments, bees and cars produce various sounds that can provide information or warnings.
Push and pull blog
Forces are pushes or pulls that cause things to move. Pushes move objects away while pulls move objects towards the force. Forces can make objects move forwards, backwards or sideways. The document asks the reader to identify if examples show pushes or pulls.
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A Strategic Approach: GenAI in Education
Artificial Intelligence (AI) technologies such as Generative AI, Image Generators and Large Language Models have had a dramatic impact on teaching, learning and assessment over the past 18 months. The most immediate threat AI posed was to Academic Integrity with Higher Education Institutes (HEIs) focusing their efforts on combating the use of GenAI in assessment. Guidelines were developed for staff and students, policies put in place too. Innovative educators have forged paths in the use of Generative AI for teaching, learning and assessments leading to pockets of transformation springing up across HEIs, often with little or no top-down guidance, support or direction.
This Gasta posits a strategic approach to integrating AI into HEIs to prepare staff, students and the curriculum for an evolving world and workplace. We will highlight the advantages of working with these technologies beyond the realm of teaching, learning and assessment by considering prompt engineering skills, industry impact, curriculum changes, and the need for staff upskilling. In contrast, not engaging strategically with Generative AI poses risks, including falling behind peers, missed opportunities and failing to ensure our graduates remain employable. The rapid evolution of AI technologies necessitates a proactive and strategic approach if we are to remain relevant.
ISO/IEC 27001, ISO/IEC 42001, and GDPR: Best Practices for Implementation and...
Denis is a dynamic and results-driven Chief Information Officer (CIO) with a distinguished career spanning information systems analysis and technical project management. With a proven track record of spearheading the design and delivery of cutting-edge Information Management solutions, he has consistently elevated business operations, streamlined reporting functions, and maximized process efficiency.
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What sets Denis apart is his comprehensive understanding of Business and Systems Analysis technologies, honed through involvement in all phases of the Software Development Lifecycle (SDLC). From meticulous requirements gathering to precise analysis, innovative design, rigorous development, thorough testing, and successful implementation, he has consistently delivered exceptional results.
Throughout his career, he has taken on multifaceted roles, from leading technical project management teams to owning solutions that drive operational excellence. His conscientious and proactive approach is unwavering, whether he is working independently or collaboratively within a team. His ability to connect with colleagues on a personal level underscores his commitment to fostering a harmonious and productive workplace environment.
Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
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- 2. When it’s hot , water from the sea, rivers and lakes evaporates.
- 3. When it’s hot , water from the sea, rivers and lakes evaporates. EVAPORATION
- 4. The water vapour condenses and forms clouds.
- 5. The water vapour condenses and forms clouds. CONDENSATION
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