This contains a fully resourced, differentiated lesson on the world’s growing urban population (urbanisation). The main part of the lesson involves drawing a line graph to show the increase in the world’s urban population (based on World Bank Data Set) and describing the pattern using data, an interactive peer sharing task on the reasons for the growth in the urban population (they do this by explaining one reason they are allocated in the grid, with pointers to help them, and then share the information with their peers, big emphasis is placed on helping each other to develop their explanations), and lastly a written exercise assessing how influential they believe these reasons have been. To describe how the world’s urban population is growing. To explain the reasons for the growth in the urban population. To assess the importance of these reasons.

This contains a fully resourced, differentiated lesson on the process of longshore drift. The main activities include a class discussion, video note taking task and a group drama activity. This lesson can easily be used by non-specialists as all answers are included. Learning Objectives: To understand the forces of transportation and deposition. To explain the process of longshore drift. To analyse how human activity can affect this process.

This contains a fully resourced, differentiated lesson on the factors that make a good site for a settlement. The main part of the lesson involves a brief written exercise to consider the factors that are important when considering the site of a settlement, then an interactive group task (involving dice!) where students create the location of a site of a settlement and have to discuss its advantages and disadvantages, and lastly decide whether it is an appropiate site for a settlement or not. Learning Objectives: To describe the factors that can influence the site of a settlement. To explain the advantages and disadvantages of these factors. To evaluate whether these factors make it an appropriate site or not.

This contains a fully resourced, differentiated lesson on how land is used in urban areas, paying particular attention to the Burgess Model. The main part of the lesson involves students drawing a sketch of the Burgess Model accompanied by a written paragraph describing what it shows, then working in pairs to study visual information sheets of each zone (CBD, Inner City, Inner Suburbs, Outer Suburbs) to explain the characteristics of each zone - this involves a very enquiry based approach and a heavy emphasis on them having to justify their answers based on the visual evidence provided). Learning Objectives: To describe the different zones that can be found in urban areas. To explain how these zones can be used and why they are located there.

This contains an end-of-unit test that can be used to assess progress on the core content in a Settlement unit, aimed primarily at KS3 level. This test covers the following topics: settlement hierarchies, services, factors that can affect the site of a settlement, functions of a settlement, Burgess model and urban land use, urbanisation. It can easily be adapted to suit your own school’s local Geography if desired.

This contains a fully resourced, differentiated lesson on settlement functions. The main part of the lesson involves a simple matching exercise of the different settlement functions, then complete a grid shading exercise of the different indicators of the various functions that a settlement can hold (they are required to justify what they consider the most important indicator for each function as part of this). Learning Objectives: To describe the different functions a settlement can have. To explain the indicators of each type of settlement function. To explore how the function of a settlement can be dependent upon the physical environment.

This contains a fully resourced, differentiated lesson on why the world is increasingly urban. The main part of the lesson involves a Quiz-Quiz trade task to define the key terms linked to the 'Urban Futures' unit, followed by a task where they plot a line graph to describe the overall trends in urbanisation between richer and poorer countries, and lastly a task where students have to develop explanations as to why urbanisation is faster in poorer countries than richer countries. Learning Objectives: To identify key terms linked to the ‘Urban Futures’ unit. To describe how the rates of urbanisation vary globally. To explain reasons for these trends.

This contains a fully resourced, differentiated lesson on the processes that occur in the interior of the earth and at plate boundaries. The main part of the lesson involves annoating a diagram with the key properties of each interior layer of the earth, working in pairs to produce a revision tool on one of the plate boundaries and then peer teaching to produce a set of notes on all four types of plate boundary. Learning Objectives: To describe the structure of the earth. To explain the processes that operate at tectonic plate boundaries.

This contains a fully resourced, differentiated lesson on why tectonic plates move. The main part of the lesson involves a mapping task where students plot the main tectonic and earthquake plate boundaries and describe its distribution, then use a clip to order statements in order to explain the process of continental drift, followed by image analysis to deduce forms of evidence for this movement. Learning Objectives: To describe the global distribution of earthquake and volcanic activity. To explain how the process of continental drift causes tectonic plate movement. To investigate the evidence for this movement.

This contains a fully resourced, differentiated lesson on the impacts of the Haiti earthquake, 2010. The main part of the lesson involves students using a map to describe the cause of the earthquake, colour code the impacts of the earthquake and explain the effect they would have, then working in pairs to justify the importance of certain factors in contributing to the devastating nature of the Haiti earthquake. Learning Objectives: To describe the cause of the Haiti earthquake. To explain the effects of the Haiti earthquake. To assess why the earthquake caused so much devastation.

This contains a fully resourced, differentiated lesson on how plants and animals have adapted to their physical environments - focusing on Africa. Following an extended starter activity where students design their own species of dog, the main part of the lesson involves students completing a table to explain how a variety of plants and animals have adapted to the landscape in which it resides, and a creative task where they design their own plant or animal that is adapted to living in a grassland landscape. Learning Objectives: To explain how plants and animals have adapted to the physical landscape of Africa. To design your own plant or animal that is capable of surviving in this landscape.

This contains a fully resourced, differentiated lesson on the the difference between weather and climate. In the main part of the lesson students complete a range of short written and discussion exercises to understand this distinction, such as listing the different elements that comprise the weather using visual cues for assistance and writing a short paragraph to describe the weather outside using this terminology. Learning Objectives: To identify the elements that make up the weather. To describe the current weather using geographical terminology. To understand the difference between weather and climate.

This contains a fully resourced, differentiated lesson on climate graphs. In the main part of the lesson students work produce their own climate graph aided by the written instructions and photographs on the Powerpoint Presentaton, with a written exercise at the end where they are required to extract information from the graphs including figures and trends. Learning Objectives: To be able to construct a climate graph. To extract information from the graph and use it to explain climate. To compare the climate of two locations using evidence.

This contains a fully resourced, differentiated lesson on the the water cycle. In the main part of the lesson students have to move around the room to gather information about different stages of the water cycle, and then writing a short story about a rain droplet’s journey around the water cycle. Learning Objectives: To describe the key processes associated with the water cycle. To explain the stages of the water cycle. To analyse factors that affect the water cycle.

This lesson requires students to make their own presentations on the Jurassic coastline, focusing on the landforms associated with 'hard&' coastlines.

This is a simple task where students have to classify features into physical or human categories. A simple starter designed for my less able students, it can also be used as a re-cap or introductory activity.

This is a decision making exercise where students have to decide how they are going to protect the coastal settlement of 'Broadchurch'. Feedback on this particular task would be appreciated.

This is a lesson on the quality of life in shanty towns, and the ways in which it can be improved. There is a big focus on independent learning in this lesson. Shanty town, problems in shanty towns, solutions, quality of life.

This lesson covers why cities grow and some of the problems it can cause. Urbanisation, push factors, pull factors, urban areas, urban problems, growing cities

A lesson which explores the concept of poverty and the reasons behind it, in particular focusing on the rural regions. This lesson was designed in addition to the GA China SOW.