Primary school teachers can find loads of free and paid resources for teaching weather and climate. These include lesson plans, hands-on activities, video tutorials and printable worksheets that fit the UK National Curriculum. Teaching weather and climate helps children make sense of the natural world while building observation skills and scientific thinking. LearningMole, a UK educational platform, creates curriculum-aligned video resources and activities for primary learners aged 4 to 11.
Michelle Connolly, founder of LearningMole and a former primary teacher with over 15 years in the classroom, says, “weather topics naturally engage children because they can observe and experience the concepts firsthand, making abstract ideas like the water cycle much more tangible.” You’ll find engaging primary education weather study resources that help children develop critical thinking as they explore topics from cloud formation to seasonal changes. PBS LearningMedia offers weather and climate lessons with interactive resources for all grade levels.
Teaching either Key Stage 1 or Key Stage 2? Having quality resources makes planning smoother and keeps pupils interested. From learning about types of precipitation to finding out how meteorologists gather data, the right materials bring weather science alive in your classroom.
Key Takeaways
Weather means the atmospheric conditions happening right now in a certain place. Climate is about patterns of weather measured over many years in a region.
Both ideas help us make sense of the world, from picking clothes in the morning to thinking about global environmental changes.
Weather is what you feel when you step outside today. It covers temperature, rainfall, wind speed, cloud cover and sunshine in a specific place at a certain time.
Weather shifts all the time, even in one day. Maybe you wake up to frost but need only a light jumper by lunch. Rain could pour for an hour, then clear to bright sunshine.
Teachers can help pupils get weather by making simple observations. Recording daily conditions like temperature and rainfall gives hands-on learning opportunities that link lessons to real life.
The main elements of weather are:
Climate describes the usual weather patterns in an area over at least 30 years. It tells you what weather to expect in a place during different seasons, not what’s happening today.
The UK has a temperate maritime climate. We get mild temperatures, rain throughout the year and rarely see extreme heat or cold. Other places have very different climates, like tropical areas with wet and dry seasons or polar regions with long, freezing winters.
Climate zones depend on things like latitude, distance from the sea and altitude. Areas near the equator get more sunlight all year, making them warmer. Mountains are colder than lowlands at the same latitude.
Climate change means long-term shifts in temperatures and weather patterns around the world. When pupils understand the difference between daily weather and long-term climate, they see why scientists track patterns over decades, not just single storms or hot days.
Weather and climate mainly differ in timescale. Weather describes conditions over hours, days or weeks. Climate shows patterns over decades or centuries.
You can’t decide climate from just one season’s weather. One cold winter doesn’t change a region’s climate. One hot summer doesn’t prove climate change is affecting a place. Scientists use years of data to spot climate trends.
| Weather | Climate |
|---|---|
| Short-term (hours to weeks) | Long-term (30+ years) |
| Specific location and time | Regional patterns |
| Changes often | Changes slowly |
| What you wear today | What clothes you own |
Think of it like this: climate is what you expect, weather is what you get. If you live in Manchester, you expect rain most of the year (that’s climate), but you can’t say if it’ll rain next Tuesday (that’s weather).
This difference matters when you talk about environmental topics with primary pupils. Weather varies naturally year to year, but climate shows the bigger picture of how conditions behave over time.
A thermometer measures temperature in degrees Celsius. A rain gauge tracks rainfall. A weather vane shows wind direction.
These three tools give primary learners a solid start for observing weather.
A thermometer checks how hot or cold the air is in degrees Celsius. Most classroom thermometers use coloured liquid in a glass tube that rises when it’s warm and drops when it’s cool.
You can place thermometers in different spots around school and compare results. Try one in sunlight, one in shade, and one indoors. Key Stage 1 children can record these readings on a simple chart.
Digital thermometers work well for younger pupils because they’re easier to read than old mercury ones. Check temperatures at the same time each day for fair comparisons. Morning readings at 9am fit nicely into the school routine.
When teaching weather instruments, ask your class to guess if today will be warmer or cooler than yesterday. This gets them thinking about temperature patterns over time.
A rain gauge measures how much precipitation falls in one spot, marked in millimetres. You can make a simple one with a clear plastic bottle, scissors, and a waterproof marker.
Cut the top off the bottle about 5cm from the cap. Drop some small stones in the bottom for weight, then flip the top upside down to make a funnel. Use a ruler and marker to draw millimetre lines up the side.
Put your gauge outside away from buildings and trees. After each rainfall, empty it and record the amount in a weather diary. Building weather observation tools mixes science and maths as pupils measure and compare data.
Year 2 and Year 3 classes can track rainfall over a month and make bar charts to show which days were wettest.
A weather vane shows where the wind blows from, not where it’s headed. The arrow points to the wind’s source, which meteorologists use to guess weather changes.
To make one, grab a plastic straw, cardstock, a pencil with an eraser, a drawing pin, and a small paper cup. Cut two triangles from the card and tape them to each end of the straw. Push the drawing pin through the middle of the straw into the pencil eraser so it spins.
Mark north, south, east, and west on your cup before standing the pencil inside. Set it outside and see where the arrow points. Winds from the north usually bring colder UK weather, while southerly winds feel warmer.
LearningMole has free video tutorials showing how meteorologists use these instruments to predict weather across seasons.
Water falls from the sky in four main ways. Rain drops down as liquid, snow floats as ice crystals, sleet bounces as frozen raindrops, and hail crashes down as ice balls.
Rain forms when water droplets in clouds grow heavy enough to fall. It starts with water vapour rising and cooling in the atmosphere. As it cools, vapour condenses around dust or pollen to make cloud droplets.
These droplets bump together and combine. When they reach about 0.5 millimetres wide, they get heavy enough to fall as rain.
Rain happens most when air stays above freezing. In the UK, rain is the most common precipitation all year. Different clouds make different rain patterns, from light drizzle to heavy downpours that can drop several centimetres in just a few hours.
Snow appears when water vapour freezes straight into ice crystals inside clouds colder than 0°C. These crystals form around dust, then grow as more vapour freezes onto them. Each snowflake has six sides because of how water molecules stick together when freezing.
Temperature changes how snow looks and feels. Very cold air makes dry, powdery snow. If it’s just below freezing, snow feels wetter and heavier.
For snow to reach the ground without melting, the air must stay at or below 2°C from cloud to ground. Teaching about weather often includes looking at how temperature at different heights decides what falls. In the UK, snow is most likely from December to March, especially up north and in higher places.
Sleet happens when snowflakes fall through a warm air layer, melt into raindrops, then refreeze as they hit cold air near the ground. These tiny, see-through ice balls bounce on windows and pavements and make a tapping sound.
The main difference between sleet and freezing rain is when they freeze. Sleet freezes before landing, but freezing rain stays liquid until it hits cold surfaces. Sleet needs a warm layer sandwiched between two cold ones.
Sleet often makes roads slippery and dangerous. It usually appears in winter when temperature layers in the air shift quickly. Teachers find students often mix up sleet and hail, but sleet pellets are smaller and form in a different way.
Hail forms inside big thunderstorm clouds called cumulonimbus. Strong upward winds throw ice pellets up and down in the cloud. Each trip adds a new ice layer, so the hailstone grows.
If you cut a hailstone in half, you’ll see rings like a tree trunk. Each ring shows one trip through the cloud. Hailstones can be tiny (5 millimetres) or huge (over 15 centimetres) in wild storms.
Hail falls when it gets too heavy for the winds to hold up. Unlike other forms of precipitation, hail only forms in warm weather when thunderstorms build. In the UK, hail turns up most from March to October, but any strong thunderstorm can make it. Big hailstones can damage crops, cars, or buildings a lot more than small ones.
Teachers can grab structured lesson plans that match the National Curriculum. These come with ready-to-use worksheets and practical experiments.
These resources cover key weather topics, from how clouds form to basic climate patterns. They keep primary pupils interested with hands-on activities.
Your lesson plans should link directly to Key Stage 1 and 2 science goals. PBS LearningMedia has free interactive resources that fit curriculum standards and include videos.
The Met Office supplies free curriculum-linked resources for UK schools. Many lesson plans come in both English and Welsh.
These activities show students how weather shapes daily routines, food growing, and personal safety. Use them as single lessons or weave them into longer projects.
Most resources give you teacher guides explaining what pupils should learn and achieve in each year group.
Worksheets let students record what they notice and check their understanding of weather ideas. You’ll find printable materials about the water cycle with diagrams for labelling and colouring.
Many worksheets focus on one topic, like measuring temperature, spotting cloud types, or noticing seasonal shifts.
Try resources that mix reading tasks with investigations. Some worksheets ask students to track weather for a week or a month.
Others offer word searches, matching games, and fill-in-the-blanks to help pupils learn words like evaporation, condensation, and precipitation.
Hands-on experiments make tricky weather ideas more concrete for pupils. Weather activities for the classroom work from early years up to Year 6 and get children learning outdoors.
You might build a simple rain gauge, make cloud models, or show how heat changes water.
Educational resources with video demos walk you through safe experiment setups. Students can explore how wind forms using fans and paper strips or watch condensation on cold containers.
These activities encourage predictions, careful watching, and drawing conclusions, all part of the scientific method.
Students build real science skills when they measure temperature, track rainfall, and notice changes in clouds or wind over time.
Weather journals help children build the habit of observing and recording data properly. Pupils can make simple journals with notebooks or printed templates, jotting down the date, time, and weather each day.
Ask your class to record what they see, feel, and measure at the same time daily. This routine helps them spot how weather shifts and creates a solid data set for later.
Lots of teachers like doing morning observations as part of the daily routine.
A basic weather journal entry might include:
LearningMole has video resources showing how children can start and keep weather journals in ways that suit their age. You’ll find templates for both Key Stage 1 and Key Stage 2.
Measuring temperature and rainfall gives students real experience with scientific instruments and numbers. An outdoor thermometer in the shade gives reliable readings in Celsius.
Rain gauges are fun because pupils can see and measure the water. You can buy simple rain gauges or help children make their own using clear containers with marked lines.
Put the gauges in open spots away from buildings and trees for best results.
Set up a class data table for students to log their readings. This helps them spot trends and compare different days or weeks.
Teachers often use this data in maths lessons for graphing, finding averages, and comparing numbers.
Spotting patterns in their data helps children see the difference between daily weather and longer-term climate. After a few weeks, students can look back and find trends, like how mornings usually feel or what weather turns up most.
Guide your class to ask questions about their findings. Does it rain more on certain days? Do temperatures go up during the term? These questions boost critical thinking and fit with the National Weather Service’s approach.
Charts and graphs turn numbers into clear pictures. Bar charts work for comparing rainfall by week, while line graphs show temperature changes over time.
Making these visuals supports both science and maths for primary learners.
Learning to spot and name clouds helps primary pupils understand weather and make simple predictions. Cumulus clouds are usually the easiest place to start, and outdoor activities turn these ideas into something real.
Clouds form when water vapour rises, cools, and turns into tiny droplets or ice crystals. These gather together and create the white or grey shapes you see above.
Different cloud types appear at different heights and hint at different weather. Stratus clouds sit low and often bring drizzle.
Altocumulus clouds show up in the middle and look like grey or white patches. Cirrus clouds float high and look thin and wispy, made mostly of ice.
Teaching cloud spotting fits well into Key Stage 1 and 2 science. You can start with cloud watching activities where children lie back and sketch what they see.
Cumulus clouds look fluffy, like cotton wool or cauliflower, with flat bottoms and rounded tops. They pop up on sunny days when warm air rises and cools.
These clouds sit low or mid-level, usually between 600 and 2,000 metres up.
Fair weather cumulus clouds mean pleasant days. Darker cumulonimbus clouds warn of storms or heavy rain.
Teaching pupils the differences helps them predict the weather just by looking up.
You can show cloud formation indoors with a jar of warm water, ice cubes, and a quick spray of aerosol. This simple trick shows how cooling turns vapour into droplets.
LearningMole has videos that explain cumulus and other clouds through fun animations.
Take your class outside with printable cloud charts that show real cloud photos. Children can tick off what they see or sketch clouds in their journals.
Regular observations over a week help them notice changes and patterns.
Try making a cloud graph where pupils vote for their favourite cloud and record daily sightings. You might also make clouds using shaving cream in glasses of water, adding food colouring for rain.
Singing cloud songs to familiar tunes helps memorise names. Picture books about clouds work well for younger children.
Older pupils can research how meteorologists use satellites to track cloud movement and forecast weather across the UK.
The water cycle moves water between Earth’s surface and the air by evaporation, condensation, and precipitation. Sunlight and gravity keep water travelling through these stages.
The water cycle has four main parts that move water around Earth. These steps repeat over and over, so we call it a cycle.
Evaporation happens when the sun heats water in oceans, rivers, or lakes. The water turns into vapour and rises up.
This invisible gas floats upward because warm air is lighter.
Condensation starts when water vapour cools in the sky. The vapour turns back into tiny droplets, making clouds. You see this when your bathroom mirror fogs up after a shower.
Precipitation is when water falls from clouds as rain, snow, sleet, or hail. Droplets in clouds get bigger and heavier until gravity pulls them down.
Collection means water gathers in rivers, lakes, or oceans, ready to evaporate again. Some water sinks into the ground, and some runs over the surface.
The sun powers the water cycle by heating water and causing evaporation. Without sunlight, water would stay put.
Evaporation rates change with temperature and weather. Hot, sunny days mean more water turns into vapour. Plants also release vapour through their leaves, called transpiration.
Air temperature changes how much water vapour the air can hold. Warm air holds more moisture than cold air.
When warm, moist air rises and cools, condensation starts and clouds appear.
Precipitation patterns shift from place to place and season to season. Some spots get loads of rain, others stay dry.
The climate crisis speeds up the water cycle, causing more evaporation and more extreme weather like floods or droughts.
Water cycle activities make tricky ideas easier for students to see and understand. You can run simple demos in class with everyday items.
Make a mini water cycle using a clear plastic bag, some water, and a sunny window. Fill the bag with water, seal it, and tape it up. You’ll spot water evaporate, condense on the bag, and drip back down like rain.
Build a water cycle terrarium in a big jar with soil, plants, and a lid. Water the soil and close the jar. Watch water evaporate, condense on the glass, and fall back as tiny drops.
LearningMole has free videos showing the water cycle for Years 3 to 6, making these steps much clearer.
Ice cube experiments work too. Put ice cubes in a warm bowl, watch them melt, and talk about where the water goes as it disappears.
Meteorology gives primary pupils a way to get hands-on with weather science. They learn from experts, imagine future careers, and try activities that make atmospheric science feel real.
Meteorologists can really change the way pupils think about weather. The Met Office offers free curriculum-linked resources that mix expert meteorology with fun activities for primary learners.
These resources show pupils how weather forecasters gather information and make predictions. You can show your class the tools meteorologists use, like barometers, anemometers, and rain gauges.
Many weather services share educational materials that explain forecasting in simple terms. STEM learning resources include videos of real meteorologists at work. Pupils get to see how classroom learning connects to actual jobs.
Weather forecasting needs maths, science, and communication skills. Some pupils love spotting patterns or working with data, and meteorology might catch their interest.
Meteorologists do more than appear on TV. They help keep planes safe, support farmers, and work with emergency services during storms. Climate scientists look at long-term weather to understand changes on Earth.
You can talk about what qualifications meteorologists need. Most have degrees in atmospheric science, physics, or environmental studies. This helps pupils see a link between what they study now and what they could do later.
Hands-on activities help young learners understand meteorology. Set up a classroom weather station so pupils can collect daily weather data and spot patterns.
Popular meteorology activities include:
You can use weather and climate teaching resources to support lessons. These activities fit with Key Stage 1 and 2 science goals.
Pupils often enjoy tracking weather over several weeks and sharing what they find. This builds observation skills and scientific thinking, making meteorology feel relevant to their lives.
The atmosphere sits above us in layers, pressing down and creating air pressure. This pressure changes all the time and shapes the weather we see every day.
Understanding air pressure helps children make sense of why weather changes, from sunshine to storms.
The atmosphere wraps around Earth like an invisible blanket. It’s a mix of gases: nitrogen, oxygen, carbon dioxide, and more.
There are five main layers, but primary pupils usually focus on the troposphere. That’s the lowest layer, about 10 kilometres high, where all our weather happens.
Air has weight, even though we can’t see it. The air above us pushes down on everything. That push is what we call air pressure.
You can show air pressure with easy classroom experiments, like the balloon in a bottle trick. If you trap air in a bottle, it’s hard to blow up a balloon inside because the air pushes back.
Primary school weather stations can include a barometer to measure air pressure. Children can track how pressure changes during the week.
Air pressure shifts cause different weather. High pressure means clear skies and calm. Low pressure usually brings clouds, rain, and wind.
Warm air rises and leaves low pressure behind. Cool air sinks, making high pressure areas. Air moves from high pressure to low pressure, and that’s what creates wind.
Weather forecasters use maps with high and low pressure systems to guess what weather will come next. These maps help us see why weather changes.
Children in Key Stage 2 can practise reading simple weather maps and spotting high or low pressure symbols.
Teachers often say hands-on activities work well for this topic. Try using water in containers to model how air moves between pressure areas. It makes a tricky idea much clearer for young learners.
Teaching children about climate change helps them see why Earth is warming up and what they can do. The main causes are burning fossil fuels and cutting down forests, but children can make a real difference by saving energy and wasting less.
Climate change happens when certain gases trap heat in the atmosphere, raising temperatures. Burning fossil fuels like coal, oil, and gas for cars, heating, and factories releases carbon dioxide.
Cutting down forests makes it worse. Trees soak up carbon dioxide, so losing forests leaves more gas in the air.
Volcanic eruptions add gases too, but people create much more. Farming animals and growing rice release methane. Making things like plastic and cement adds even more greenhouse gases.
These gases act like a blanket, trapping heat and making Earth warmer year by year.
Pupils can help at school and at home. Turn off lights when you leave a room and unplug chargers you aren’t using. Walk, cycle, or take the bus instead of always going by car.
At School:
At Home:
Talking to family and friends spreads awareness. You could write to local leaders to ask for protection of different biomes and wild places nearby.
Small choices every day really do add up. Bring reusable bags when shopping and pick products with less packaging. Use a reusable water bottle instead of buying plastic ones.
Recycling properly matters. Sort rubbish into the right bins for paper, plastic, glass, and metal. Put food scraps in compost bins, not the regular bin.
Save energy by wearing a jumper indoors instead of turning up the heating. Close curtains at night to keep heat in. Choose second-hand clothes and toys when you can.
Growing your own vegetables cuts down on the energy used to transport food. Even a few herbs on a windowsill help. Make bird feeders or bug hotels to support wildlife in your garden or local park.
Teachers and parents often want practical answers about weather and climate teaching resources. They look for quality worksheets, hands-on activities, and free materials that match the UK National Curriculum for Key Stage 1 and 2.
Building a classroom weather station is one of the most hands-on ways to teach meteorology. Set up rain gauges, thermometers, wind vanes, and barometers so children can collect real data each day.
Weather diaries help pupils track changes over weeks or months. Children record temperature, cloud types, wind direction, and rain, then look for patterns in what they see.
Cloud spotting turns science into an outdoor detective game. Your class can learn to spot cumulus, stratus, and cirrus clouds and try to guess the weather from what they see.
The water cycle comes alive with simple experiments. Try putting warm water in a clear container, cover it with cling film, and place ice cubes on top to show evaporation, condensation, and rain happening right in front of them.
Teaching weather and climate activities can include making climate zone models. Pupils build different environments to represent tropical, polar, temperate, and desert regions around the classroom.
LearningMole has curriculum-friendly videos and teaching materials for UK primary schools. The platform offers free science videos on weather for children aged 4-11.
Scholastic’s weather activity sheets include printable worksheets that mix science with maths and literacy. These resources help you link weather themes across subjects.
National Geographic Kids offers primary resources about different weather and its impact on the world. The materials encourage children to think about how weather shapes their environment.
K5 Learning provides worksheets on weather forecasting, data analysis, and weather safety. These free resources work well for Year 3 and Year 4 pupils.
PBS LearningMedia offers free interactive resources for all primary year groups. You’ll find videos, lesson plans, and activities you can use in class right away.
Weather Wiz Kids answers common weather questions in language children understand. The site lets children explore meteorology by themselves or with a teacher.
NASA’s Climate Kids website has activities about Earth’s systems, the water cycle, and climate patterns. There are games and interactive tools to help younger learners.
Many educational sites offer free accounts with limited access. You can try some materials before deciding if a paid subscription is worth it.
Daily weather observation sheets let children track temperature, rainfall, wind speed, and cloud cover. These worksheets often have space for drawings, measurements, and simple predictions for Key Stage 1 and 2.
Weather and climate worksheets cover seasons, climate zones, and weather words. You’ll find resources that combine science with literacy, like labelling diagrams and reading activities.
Data analysis worksheets teach pupils to read weather maps, understand bar graphs of rainfall, and compare temperatures from different places. These support maths and science together.
Extreme weather worksheets introduce hurricanes, droughts, and floods in a way children can understand. They include safety tips along with science explanations.
Climate change worksheets for upper Key Stage 2 explain the difference between weather and climate. They help Year 5 and 6 pupils see long-term patterns without making things too complicated.
LearningMole gives UK teachers curriculum-aligned resources for science topics like weather and meteorology. These materials suit both classroom teaching and home education for primary-aged children.
The Met Office Education portal shares UK-specific weather resources matched to National Curriculum requirements. Their lesson plans use local weather data and examples from British climate patterns, which makes lessons feel more relevant for pupils.
Royal Meteorological Society creates educational resources with help from weather professionals and teachers. You’ll find practical investigations, careers information about meteorology, and links to real weather monitoring equipment.
Primary education weather study resources mix hands-on activities with scientific terminology in ways children can grasp. These materials let you build weather units that last several weeks.
TES Resources collects thousands of lesson plans made by UK teachers. You can filter by Key Stage, curriculum area, and resource type to find what fits your class.
You can find plenty of educational websites that offer downloadable PDF packs with several lessons bundled together. These usually cover weather instruments, different atmospheric conditions, types of precipitation, and seasonal changes in clear, structured units.
PDF downloads for weather station setup guides often include illustrated steps for building instruments from things you probably have at home. You can make your own barometers, anemometers, and rain gauges without spending much money.
Printable cloud identification charts, available as PDFs, work well for classroom posters. These show cumulus, stratus, cirrus, and other cloud types, so children can use them during outdoor observations across the school year.
Meteorology vocabulary sheets, designed for primary pupils, define words like precipitation, condensation, evaporation, and atmospheric pressure. These PDFs usually have pictures and easy explanations, which really help English language learners and native speakers.
Complete weather topic packs bring together worksheets and investigation plans. Some also include assessment materials.
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