Used with a high ability year 11 class. - Covers intro to the topic, with key definitions. - Graphs to allow some analysis (e.g. comparing the main causes of death in developed vs less developed countries, comparisons between incomes within countries, and genders --> great for developing critical analysis and reasoning). - Case studies of Communicable diseases (including video links, and discussion of sociocultural and economic impacts) - Introduction to immune system --> I used plasticine and got them to make stop motion videos of phagocytes and lymphocytes, using their phone (worked really well!)

Used this powerpoint with my high ability year 12 class, alongside a number of worksheets (adapted from other TES authors, or using past exam questions). - Species and Taxonomy - Calculating diversity - Molecular techniques to investigate diversity - For the slides on courtship rituals I added a sound effect (Puppy Love, by Donny Osmond). For this to work on your computer you would need to save this song as an mp3 (using a youtube converter) and add it to the slide.

Resource used over a series of lessons with a high ability class - covering adaptations of leaves, pigments, and the light dependent and independent reactions. According to the new AQA A level syllabus. - first cover a simplified version of the Light Dependent Reaction (as per the textbook), and then went through the version no longer specified in the syllabus (photosystems and cyclic/non-cyclic) - can be tailored according to class ability.

Used over a series of lessons with a high ability year 13 class. - Aerobic respiration including glycolysis, link reaction, Krebs cycle, oxidative phosphorylation - Other respiratory substrates - Anaerobic respiration

Used with high ability year 13 class. Covers key definitions, Hardy-Weinberg, Natural selection and Speciation. Practical activity to demonstrate the example of Peppered Moths. I also used a circus activity with 15 questions on HW equilibrium. I laminated the questions on separate sheets, with the answer to the previous question on the back, and spread these around the room for students to have a go at.

Series of lessons to include: - monohybrid inheritance - dihybrid inheritance - codominance - multiple alleles - linked genes - epistasis