Year 6 Geography

Students will identify and interpret common Ordnance Survey map symbols and understand the importance of a map key.

Students will practice locating features on OS maps using four-figure grid references and understand their application.

Students will learn to use and interpret six-figure grid references for highly precise location identification on OS maps.

Students will calculate real-world distances using map scales and understand the implications of different scales.

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

Students will understand how Geographic Information Systems (GIS) combine different data layers to create comprehensive maps.

Students will learn about lines of latitude, the Equator, and how they determine distance from the poles.

Students will explore lines of longitude, the Prime Meridian, and their role in defining global positions.

Students will learn about different types of mountains (fold, fault-block, volcanic) and the processes that create them.

Students will investigate the unique adaptations of plants, animals, and humans living in high-altitude mountain regions.

Students will learn about the Earth's crust, mantle, and core, and the movement of tectonic plates.

Students will explore how volcanoes form, different types of eruptions, and their immediate and long-term effects.

Students will investigate the causes of earthquakes, how they are measured, and their impact on human settlements.

Students will study the Pacific Ring of Fire as a major zone of volcanic and seismic activity.

Students will trace the journey of water through evaporation, condensation, precipitation, and collection.

Students will learn about the conditions necessary for cloud formation and different types of precipitation.

Students will identify and locate major physical features of North America, including mountain ranges, rivers, and deserts.

Students will explore the diverse climates and associated biomes across North America, from tundra to tropical rainforests.

Students will investigate the distribution of major cities in North America and factors influencing population density.

Students will examine the environmental and social impacts of urban sprawl in North American cities.

Students will study the Great Lakes as a vital freshwater resource and its importance for industry and trade.

Students will explore the major agricultural regions of North America and the types of crops and livestock produced.

Students will investigate the distribution and extraction of energy resources in North America and the shift towards renewables.

Students will learn about the historical and contemporary geography of Indigenous peoples in North America and issues of land rights.

Students will trace the journey of a product, identifying the various stages and geographical locations involved in its production.

Students will investigate the environmental impacts of transporting goods across vast distances, including carbon emissions and pollution.

Students will learn about the core principles of Fair Trade and how it aims to ensure equitable conditions for producers.

Students will explore how their purchasing decisions can influence the lives of producers and the environment globally.

Students will investigate the geographical distribution of major fossil fuel reserves and the methods used for their extraction.

Students will explore the geography of solar and wind energy, identifying suitable locations and their environmental benefits.

Students will investigate the geographical requirements and benefits of hydroelectric and geothermal power generation.

Students will understand how the distribution and control of energy resources influence international relations and conflicts.

Students will identify the main sources of plastic waste and differentiate between various types of plastic pollution.

Students will investigate the devastating effects of plastic pollution on marine life and ocean health.

Students will explore different waste management strategies globally and the geographical challenges of recycling.

Students will understand the natural greenhouse effect and how human activities are enhancing it, leading to global warming.

Students will investigate the causes of rising sea levels and their geographical consequences for coastal communities and island nations.

Students will explore the link between climate change and the increased frequency and intensity of extreme weather events.

Students will investigate the causes and geographical distribution of deforestation and its effects on climate and biodiversity.

Students will examine innovative urban planning strategies aimed at creating more environmentally friendly and livable cities.

Students will conduct a survey of land use in their local area, categorizing different types of land use (residential, commercial, green space).

Students will research how land use in their local area has changed over time using historical maps and photographs.

Students will conduct surveys to gather opinions on how people perceive their local area and its amenities.

Students will use simple methods to measure and record air quality indicators in different parts of the local area.

Students will conduct a noise survey, mapping areas of high and low noise pollution in the local neighborhood.

Students will evaluate the quantity and quality of green spaces in their local area and their importance for well-being and biodiversity.

Students will learn and apply various methods for collecting geographical data during fieldwork, including tally charts, sketches, and photographs.