This puzzle uses key terms that are essential for students studying this topic in A-level geography. It can be used for a homework assignment, classwork or a quiz. I am also selling a 2nd version of this using different key terms. Answer key is included.

This is a very visual PowerPoint presentation (27 slides) on we can manage the impacts of flooding from rivers. It is the last in a series of 6 power point presentations that covers the whole unit on rivers for Cambridge IGCSE. The learning objectives for this power point is: Explain what can be done to manage the impacts of river flooding

This is a very visual PowerPoint presentation (31 slides) on the opportunities and hazards that rivers presents to people. It is the 5th in a series of 6 PowerPoint presentations that covers the whole unit on rivers for Cambridge IGCSE. The learning objectives for this power point is: Demonstrate an understanding that rivers present hazards and offer opportunities for people

This is a very engaging PowerPoint presentation (52 slides) on river landforms (lower course & revision). It is filled with animations and revision questions covering previous material in the PowerPoint. It is the 4th in a series of 6 PowerPoint presentations that covers the whole unit on rivers for Cambridge IGCSE. The learning objectives for this power point is: Describe and explain the formation of landforms associated with erosion, transportation and deposition

This is a very engaging PowerPoint presentation (41 slides) on river landforms (upper & middle course). It is filled with animations and questions and it includes a short video clip. It is the 3rd in a series of 6 PowerPoint presentations that covers the whole unit on rivers for Cambridge IGCSE. The learning objectives for this power point is: Describe and explain the formation of landforms associated with erosion, transportation and deposition

This is a very visual PowerPoint presentation (28 slides) mainly on the river processes of erosion, transportation and deposition. It is the 2nd in a series of 6 PowerPoint presentations that I created that covers the whole unit on rivers for Cambridge IGCSE. Download and try out my 1st PowerPoint on rivers for free. The learning objectives for this power point is: Demonstrate an understanding of the work of a river in eroding, transporting and depositing

This is a very visual PowerPoint presentation (41 slides) on river drainage basin systems. It is a good introduction to the unit on rivers and is the 1st in a series of 6 PowerPoint presentations that covers the whole unit on rivers for Cambridge IGCSE. This PowerPoint is **free ** so that others can sample my work without paying any money before deciding on purchasing my other PowerPoints if they wish to do so. Over the coming months I will be uploading material for IGCSE and A-level geography. The learning objectives for this power point is: Explain the main hydrological characteristics and processes which operate within rivers and drainage basins

This is a mind map to help students make connections between various types of plate boundaries and the processes involved that created various landforms. I use this for my AS (CIE Cambridge curriculum) geography students for the rocks & weathering unit but it could also be used as a refresher activity for A2 students who are learning about hazardous environments. It could be used as a revision tool or be used for a homework assignment or even a quiz. Student answer sheet, word bank and answer key (3 pages) are included in this document. The cover image is only a partial view of the blank student answer sheet (1st page). This exercise satisfies most of the following learning objectives: Understand the different types of plate boundaries, why they occur and the processes that operate there: divergent (constructive), conservative, convergent (destructive) Understand processes such as subduction and sea floor spreading Describe and explain the landforms formed at boundaries, such as: fold mountains, ocean ridges, rift valleys, ocean trenches, volcanic island arcs, accretionary wedges