5th Year Exploring Our World: Global Connections and Local Landscapes

Students will identify and describe major landforms on Earth's surface, such as mountains, valleys, and plains.

Students will learn about the formation of igneous rocks from magma and lava, identifying common examples.

Students will investigate how sedimentary rocks form from compacted sediments and the stories they tell.

Students will explore how heat and pressure transform existing rocks into metamorphic rocks.

Students will synthesize their understanding of rock types by tracing the continuous rock cycle.

Students will investigate specific geological formations in Ireland, like the Burren or Giant's Causeway.

Students will learn about the factors influencing soil formation and identify different soil horizons.

Students will investigate how soil texture (sand, silt, clay) affects its ability to hold water and nutrients.

Students will trace the path of a river from its origin to where it meets the sea, identifying key stages.

Students will investigate how rivers erode the landscape, creating features like V-shaped valleys and waterfalls.

Students will learn how rivers transport sediment and deposit it to form features like meanders and floodplains.

Students will explore the unique landforms created where rivers meet the sea, focusing on deltas and estuaries.

Students will investigate the processes of evaporation and condensation as key stages in the water cycle.

Students will learn about different forms of precipitation and how water returns to the Earth's surface as runoff.

Students will learn that some water soaks into the ground and can be found in springs and wells.

Students will investigate how human activities, such as dam building and deforestation, affect the water cycle.

Students will identify and describe the key features and functions of urban areas.

Students will investigate common problems faced by people living in cities, such as traffic and pollution.

Students will identify and describe the key features and functions of rural areas.

Students will investigate problems faced by rural communities, including depopulation and limited services.

Students will examine how population is unevenly distributed across the globe and the reasons why.

Students will explore how people moving into (immigration) or out of (emigration) an area can change its population size.

Students will investigate the different age groups and genders within their local community and discuss why this matters.

Students will explore the concept of overpopulation and its potential impact on natural resources.

Students will identify and locate key mountain ranges in Europe, such as the Alps and Pyrenees, and their significance.

Students will identify and locate major European rivers like the Rhine and Danube and their importance for trade and culture.

Students will explore the different climate zones across Europe and the factors that influence them, like the Gulf Stream.

Students will learn about the historical context leading to the creation of the EU and its founding principles.

Students will learn about the Euro as a common currency used by many countries in Europe and its benefits for travel and trade.

Students will learn that European countries work together on shared goals, like protecting the environment or helping each other.

An in-depth look at Germany's geography, economy, and cultural contributions within Europe.

An in-depth look at France's diverse geography, rich culture, and agricultural importance.

Students will learn about the natural greenhouse effect and how it keeps Earth warm enough for life.

Students will investigate how human activities contribute to an enhanced greenhouse effect and global warming.

Students will observe and discuss changes in local weather patterns and how they might be part of bigger climate changes.

Students will explore the consequences of climate change, including rising sea levels and more frequent extreme weather events.

Students will learn about the formation and uses of non-renewable fossil fuels and their environmental impact.

Students will investigate how solar power works and its applications for electricity generation and heating.

Students will learn about wind turbines and how wind energy is converted into electricity.

Students will explore hydroelectric power (dams) and geothermal energy as renewable sources.

Students will understand the basic purpose of maps and globes and their differences.

Students will identify and understand the purpose of essential map elements.

Students will learn to recognize and interpret common symbols used on Ordnance Survey maps.

Students will learn to use four-figure grid references to locate features on simple maps.

Students will learn to identify hills and valleys on simple maps using shading or basic height indicators.

Students will explore basic functions of digital mapping tools like Google Maps and Google Earth.

Students will create simple maps of their classroom or school grounds, including key features and a basic legend.