This booklet is designed to follow up work undertaken on a river field trip. It includes a range of skills based questions involving methods, site selection data presentation, analysis and conclusions. Each section includes a GCSE mark scheme to assess the students work. These resources can be adapted to be used with fieldwork activities undertaken at a range of locations.

This lesson aims to revise the key geomorphic preocesses. Answer slides are included within the PowerPoint and all resources are at the end of the PowerPoint. Processes revised include marine/erosion, sub-aerial/weathering, mass movement, waves, wave refraction, sediment cells and LSD. resources included are definition revision cards, landform revision homework sheets. wave characteristic classification and mass movement interpretation.

This lesson has a card sort for the water and carbon cycles at the start to remind students how to classify the different parts of the cycle. After that students are introduced to negative feedback loops. there is an example, then students are required to develop two of their own. Next students are required to develop flow charts to explain the human impacts o the carbon and water cycles. An example for urbanisation has been included for them. the students should develop their own for framing and forestry. They can use the OCR textbook to help them to do this. Resources are included at the end of the PowerPoint.

This is a debate / decision making exercise and should take place over a three of lessons, two to plan and one to undertake the debate. Firstly, there are two video clips about the oil industry in Prudhoe Bay, Alaska in order to develop the students sense of place. Next, based on a geofile (website for access supplied) students should evaluate the advantages and disadvantages of oil and gas production and consumption in Prudhoe Bay. After that students are split into 4 groups. Each group is given a character card with details about their viewpoint and a writing frame. Using the writing frame and geofile students should develop a speech about their views on oil and gas production and exploration in Prudhoe Bay. This will take 2 lessons. In the third lesson the groups should give their presentations. whilst speaking sheets are provided to take notes on the viewpoints of others and writing down questions to ask them. After every speech undertake a discussion activity based on what has been said. Then debate the two key questions once everyone has spoken. Next the students will be asked to suggest compromises and work towards and agreement, before final voting. At the end pupils will be asked to complete and opinion line task for both the questions and to feedback the reasons for their opinions. To increase student engagement each student is assigned two other students to observe using the engagement tally chart, they should record the student’s engagement at 3 points in the lesson. At the end of the lesson the students can give feedback to the students that they have observed. There are also ask and answer stickers for the studnets to stick on themseves. they can take these off once the have asked/answered a question. I have added an essay question at the end of the powerpoint which could be planned in the lesson and completed for homework. There are planning sheets and fact sheets to help the students to produce high quality essays. All resources are included at the end of the PowerPoint.

This lesson will focus on students producing high quality explanatory written work. To start students explain the greenhouse effect and global warming to one another in pairs. Next they discuss why sea level has risen over the last 20 years. The prediction on the next slides shows students what their answer is likely to be and how you plan to develop and improve their answers during the lesson. Next split the students into 8 groups of 3-4. Give each group a resource and ask them to read it and interpret the images in silence for 2 minutes. They then discuss it as a group to develop the understanding of the weaker students. Finally, they use the writing frame to produce a high quality PEE paragraph. This is repeated for each of the 4 resources/effects of global warming. Next there are some exemplar examination questions for pupils to discuss / attempt. The plenary is a ‘pimp my answer’ activity. There is a poorly written answer, which they have to improve form memory to make it amazing. All resources are included at the end of the PowerPoint.

This fieldwork booklet is designed to link in with the People of the UK GCSE topic. It includes index of decay and environmental quality surveys, UK crime app statistics, accompanied by site descriptions. It also has a multi-cultural survey based in Leeds City Market. There is a survey about the buses, which is a sustainable transport strategies. All the survey sites are identified on the front cover. They have been chosen to allow students to study the CBD and financial district. This fieldwork booklet also links in with my other GCSE lessons based on Leeds

Included are a range of urban fieldwork data collection sheets that can easily be used in any urban environment. They include index of decay, housing density, housing age, counter-urbanisation.

In this lesson pupils will learn about the geology of the river Eden, Cumbria. The lesson incorporates maps, photos and diagrams to help the pupils to develop their understanding. They record their information on a work sheet about the river landscape. They are the required to use their notes on river management (human activity) and river landforms to complete the rest of the river landscapes work sheet. There are a range of examination questions based on the sample assessment materials to show the pupils how they could be asked about the landscape. There is also a mark scheme and a quiz with answers.

The lesson includes causes, effects, prevention, prediction and responses to the volcano. Firstly, the students are introduced to Mount Ontake and its tectonic setting. there is a gap fill activity for the students to complete, which forms an explanation of how the eruption occurred. Next there are two clips of the eruption occurring to build up a sense of place and an awareness of the size, scale and form of the eruption. Next is a series of photos of the eruption and a classification activity involving case study facts (answers included). This is followed by a series of clips and information about prediction, prevention and solutions. Finally there is a case study quiz to test the students knowledge of the facts. All resources are included at the end of the PowerPoint.

Students will learn how to interpret height on maps using layer colouring, spot heights and contour lines. It will also help them to draw cross sections of contour maps. Firstly the students are introduced to the different ways in which height can be shown on maps. Then they will complete the layer colouring activity in the map skills booklets, answers are included in the lesson PowerPoint. Next students will undertake two activities that involve matching contour lines to hill shapes to help develop their understanding of relief. After that there are 3 cross-section activities to complete in the map skills booklets, answers are included in the lesson PowerPoint.

The lesson introduces students to reading and giving 4 figure grid references. Firstly, the pupils are introduced to giving and reading four figure grid references, with examples to work through included on the PowerPoint and in the map skills booklet. On slide 15 there is a grid of different symbols, which can be used to test the pupils understanding using white boards. Next there is a 40 question grid reference quiz, with answers linked to the Cambridge OS map. I have included a copy of the map. I enlarged these to 2cm = 1km and made laminated set to use with the class. I have also included a pacman template which I use to help the pupils with their 4 and six figure grid references. The quiz is also in the map skills booklet. Finally there are two more extension quizzes relating to the Cambridge map.

This lesson includes details of the Mercalli and Richter scale, with activities including ranking, living graph, map analysis, seismic trace analysis and table analysis. the lesson updates both scales, with current scales being widely used nationally and globally including the Moment magnitude scale, the JMA seismic intensity scale and PAGER. The lesson also incorporates faulting and examination questions.

This lesson allows pupils to develop their understanding of headland and bays formation. It incorporates photos, geology maps and writing frames. There is a mark scheme for students to peer / self assess their answers. the plenary is a Swanage OS map quiz with answers.

The lesson includes information on all elements of prediction, prevention and responses. The main focus is on Haiti and Sendai earthquakes but there is additional information about other earthquake areas. There is a note taking sheet and information sheets, which the pupils can use to take notes. The next activity is a recall activity. Pupils are asked to recall what Haiti and Sendai do to modify losses and vulnerability. Finally there is an essay question and plan which the students can edit and improve on in order to plan their answers.

This includes two lessons. In the first lesson students will research into strategies implemented to reduce the impact of the oil and gas industry on the water and carbon cycles. The second will involve students giving presentations, with PowerPoint presentations and information sheets. The students are split into six groups, each with a strategy such as insulated ice and gravel pads. They split up the three tasks (presentation, speech and information sheet) within their group and are given information about what to research and how they will be marked. All resources for students to use for note taking are included at the end of the PowerPoint.

This lesson contains a worked example followed by a series of exercises where the students can practice and apply their knowledge. Included within the PowerPoint are worksheets for the students to fill in and a full set of answers, including worked calculations. I designed these to be used either as homework tasks or as an introductory lesson / skill practice lesson. They are also designed to encourage the students to memorise the formulae as these will not be included in the exam papers even at GCSE level.

This lesson contains a worked example followed by a series of exercises where the students can practice and apply their knowledge. Included within the PowerPoint are worksheets for the students to fill in and a full set of answers, including worked calculations. I have also included two questions featuring dispersion diagrams to calculate interquartile range. I designed these to be used either as homework tasks or as an introductory lesson / skill practice lesson. They are also designed to encourage the students to memorise the formulae as these will not be included in the exam papers even at GCSE level.

This lesson starts by asking students to identify the UKs major imports, exports and trading partners. Next, students are introduced to the terms trade and trade deficit. After that the students are given a cartoon of the changes to farming over time. They are asked to consider how the location of the farmer’s trade has changed, which leads to a definition of globalisation. This is consolidated by asking students to think about items they have bought from other countries recently. Next, the students are asked to produce a map of the UKs top 10 trading partners for imports and exports, using data provided and to describe the data. After that there is a scaffolded explanation task. Students should complete the ideas column in small groups or pairs, hopefully this will spark discussion and sharing of knowledge from ideas box, the teacher can answer further questions as they arise. Next, the students should complete their own explanations using the final 3 columns (one has been scaffolded for the students). The plenary asks the students to consider the impact of Brexit on the UKs trade. All resources are included at the end of the PowerPoint.