This contains a fully resourced, differentiated lesson on the Beatitudes. In the main part of the lesson students complete a think-pair-share exercise to define air pressure, use one of two sources to create their own diagrams to explain the processes involved in low and high pressure systems, and colour code a table with whether each weather element is typically associated with low or high pressure systems. Learning Objectives: To describe what air pressure is. To explain the movement of air in a low and high pressure system. To analyse their associated weather conditions.

This contains a fully resourced, differentiated lesson on how headlands and bays form. The main part of the lesson involves a critical thinking exercise where students have to theorise how headlands and bays form from the diagram provided, then following a class discussion/teacher explanation they produce to a labelled diagram to explain how they form, which is followed by a group activity where students have to use a set of clues to assess in detail the influence of geology which leads to their formation. Learning Objectives: To explain how headlands and bays form. To assess the importance of geology in its formation.

This contains a fully resourced, differentiated lesson on how we can we protect communities from coastal erosion. The main part of the lesson involves a fact-hunting exercise where students compile a table with how each methods works as well as its advantages and disadvantages, followed by a a written exercise where students rank each defence in terms of its percieved effectiveness and justify their choices. Learning Objectives: To explain how various defences protect the coast. To assess the effectiveness of different forms of coastal defences.

This contains a fully resourced, differentiated lesson on the three types of weathering that can affect coastal environments. The main part of the lesson involves a teacher-led introduction on the definition of weathering using visual images to promote whole class discussion, a card sort activity on how each type of weathering works, and a photo analysis activity where students have to justify the type(s) of weathering they believe are operating in each image. Learning Objectives: To identify what is meant by weathering. To describe the different ways in which the coastline is weathered. To interpret signs of weathering from the physical landscape.

This contains a fully resourced, differentiated lesson on the types and actions of waves in coastal environments. The main part of the lesson involves a simple matching-up exercise of key terms, a self-imagining and written task on the difference between swash and backwash, and lastly producing a set of diagrams on the differences between constructive and destructive waves. Learning Objectives: To define key terms related to waves. To describe how waves breaks and exits on a typical coastline. To explain the differences between constructive and destructive waves.

This contains a fully resourced, differentiated lesson on coastal erosion. The main part of the lesson involves students producing their own labelled diagrams to show the different ways in which the waves erode the coastline, then do a class quiz-quiz trade (QQT) activity on the factors that affect coastal erosion then complete a written exercise afterwards. Learning Objectives: To describe the different ways in which the coastline is eroded. To explain the different factors that can affect the rate of coastal erosion.

This contains a fully resourced, differentiated lesson on the different types, and importance of using, renewable energy. The main part of the lesson involves an extended note taking task on the different types of renewable energy, and a written exercise where students evaluate the effectiveness of these sources. Learning Objectives: To describe how different forms of renewable energy work. To explain the advantages and disadvantages. To evaluate the effectiveness of these energy sources.

This contains a fully resourced, differentiated lesson on whether wind is a good source of energy. The main part of the lesson involves students using a video clip to order statements that correctly describe how wind turbines generate electricity, a card sort activity organising cards into advantages and disadvantages of the energy source followed by a ranking exercise, finished by students working in groups to write speeches and engage in a town hall meeting to discuss whether a wind farm development should be allowed to go ahead or not (based on a local case study). There is enough material here to last approximately 2 hours. Learning Objectives: To describe how wind turbines generate electricity. To explain the advantages and disadvantages of using wind energy. To explore different viewpoints towards the use of wind energy. To evaluate whether wind is a good source of energy

This contains a fully resourced, differentiated lesson on the factors that contribute towards creating a good site for a wind turbine. The main part of the lesson involves students producing a spider diagram outlining different factors that make a good site for a wind turbine (predominantly physical factors), completing an environmental impact assessment for two sites in order for students to gain an appreciate of the environmental factors that can influence the siting of wind turbines, and students making hypotheses as to which area of the school site would make the best site for a wind turbine. Learning Objectives: To outline the factors that make a good site for a wind turbine. To explain the environmental factors that can affect the site of a wind turbine. To construct your own hypothesis for a school wind turbine project.

This contains a fully resourced, differentiated lesson on the sequence of events that leads to the formation of stumps. The main part of the lesson contains a critical thinking exercise where students have to indicate what order they believe the images should be organised in (leading to the formation of a stump), a statement ordering task, and a small group exercise where students construct a model coastline out of plasticine showing how a stump forms. Learning Objectives: To explain the sequence of formation leading to a stump. To recreate this process through the construction of a labelled model.

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 set of lessons in order to carry out a microclimate survey around a school environment, although it could be adapted to suited others. The first lesson helps students to prepare for their microclimate survey, paying particular attention to how two major pieces of equipment work and to construct hypotheses for their survey. The second lesson involves students going around a school environment, in groups, collecting their microclimate data. Differentiated recording sheets are provided for students. The third lesson involves students writing up their report to show the results of their survey. I hope you find these resources helpful.

This contains a fully resourced, differentiated set of lessons in order to carry out a survey around a school environment to decide the best site for a new wind turbine (you will need to amend the material slightly so it is suited to your own school). It can act as end-of-unit assessment on energy. The first lesson helps students to prepare for the wind turbine survey, paying particular attention to the physical and environmental factors that can influence the location of wind turbines. The second lesson involves students going around a school environment, in groups, collecting their wind turbine data. Recording sheets are provided for students. The third lesson involves students writing up their report to show the results of their survey.