GCSE Cell Biology, diffusion and osmosis: Presentation with quizzes. This PowerPoint contains 29 slides which cover: Cell organelles. A quiz of 18 questions on specialised cells. Definitions ad fill in the blank activities for diffusion and osmosis

Homeostasis: Presentation with activities for GCSE Biology and A Level Biology. This resource contains 63 slides which cover the following: Key terms and definitions. Thermoregulation Glucoregulation Osmoregulation. Negative feedback loops for each of the above. Details of receptors, the processing centre and effectors. Diagrams to illustrate the role of vasodilation and vasoconstriction. The role of ADH in osmoregulation. Feedback diagrams for students to complete.

Parasites and pathogenic bacteria suitable for A Level and BTEC Biology; Presentation and activities. This presentation contains 49 slides covering the following: Definitions of parasitism, macroparasites and microparasites. Many slides of images and information on different pathogenic bacteria and parasites which can be used as card sorts or brainstorming for to fit the questions in the PowerPoint. Pictures of pathogens to be matched up to the diseases which they cause. Categorising helminth worms into cestodes, nematodes and trematodes. Ideas for microscope observation. Video links and questions for: Lyme disease and toxoplasmosis, Lifecycle diagrams and questions for tapeworm and other infections.

Fungi and Viruses: Presentation and activities for GCSE, A Level and BTEC Biology. This resource contains 31 slides and gives definitions and examples of many different types of fungi and viruses. It provides structures of each, including structures of different types of viruses and a diagram of fungal hyphae for students to label, with answers. Also looks at different types of mycoses caused by fungi and includes video links and questions.

This resource contains a blank classification page for students to fill in the classification options with options and statements. Includes; mammals fish, amphibians, reptiles, birds, echinoderms, true worms, molluscs, flatworms, jellyfish, arthropods, crustaceans, arachnids, insects, centipedes and millipedes. Best printed out on A3 Two other resources are also attached: Pictures of animals for creating a dichotomous key and pictures of British tree leaves for creating a dichotomous key.

5 resources to cover the following, suitable for A Level Biology students. 1. Cell Biology: Organelles and specialised cells; This PowerPoint contains 79 slides that include an overview of all organelles needed on A Level Biology and similar courses. Contains quiz questions, a card sort and questions and answers for specialised cells. 2. The cell membrane and cell transport: This PowerPoint contains 41 slides to provide a detailed look at the cell membrane and cell transport. Includes diagrams of the plasma membrane to label, with answers,, Functions of components of the cell membrane, Cell transport, including diffusion, facilitated diffusion, active transport and osmosis, Isotonic, hypertonic and hypotonic comparison table to complete with answers. Contains a focus on water potential. 3. Cell Biology, diffusion and osmosis: Presentation with quizzes. This PowerPoint contains 29 slides which cover: Cell organelles. A quiz of 18 questions on specialised cells. Definitions ad fill in the blank activities for diffusion and osmosis 4. Microscopes: Microscopes: Labelling of light microscopes and difference between light and electron microscopes. Includes a sort activity and answers for the difference between light and electron microscopes. 5. Specialised cells: Students are asked to give the adaptations of a sperm cell, ovum and palisade cell; answers are given. This PowerPoint also looks at cells of the airways and root hair cells in more detail. A comparison table for different tissue types is provided for students to complete, full answers are given.

A PowerPoint presentation and activities suitable for KS3 and GCSE Biology. This PowerPoint includes 27 slides which cover: Famous Microbiologists: Ignaz Semmelweis Alexander Fleming Edward Jenner Louis Pasteur Also contains: Brainstorming activities, key word tables for students to fill in, video links and questions, a summary of fermentation in yeast, instructions on how to make bread using yeast, a leaflet task, a summary of pathogens and, antibodies and antigens and immunisations and ideas for practical microbiology experiments for the classroom.

Suitable for Perceptions of Science/ Science in Society topics Definitions Agents of biological warfare History of biological warfare Ethics of biological warfare Case Studies

24 PPT slides covering: Definitions of: Parasite Ectoparasite Endoparasite Vector - A recap some common vector borne diseases - What influences the spread of vector borne diseases -The broader social impact these conditions have. - Malaria, Leishmania, Lyme disease, Chagas disease. Schistosomiasis, Toxoplasmosis , Bubonic Plague and other vector bourne disease

82 PPT slides covering: Natural selection Homologous structures Analogous structures Taxonomy including examples of taxonomic groups with pictures Evolution and examples of natural selection including tasks on resistance of drugs and other examples. Darwin's theory of evolution through the mechanism of natural selection (step by step)

Includes 2 PPTs which cover; Classes of insects, Features of feeding Defence, Lifecycles Reproduction Behaviour Locust structure - Includes a quiz

PPT and booklet to include: Key words Pyramids of biomass Pyramids of number Quiz Bioaccumulation activity

262 PPT slides to cover: Types of habitat Animal adaptations Classification of animals Food preferences Choice chamber experiment Food chains and food webs Identification Keys Planning an environmental study Variation Evolution

A PPT of 13 slides covering: What is a pathogen? Types of pathogens How pathogens are spread Protection against pathogens - First line of defence

Microbiology booklet for Access and similar courses covering: Shapes of bacteria Growth of bacteria in the lab Gram positive and negative bacteria Antibiotics Aseptic Techniques

Bioaccumulation: 2 worksheets for students to complete along with a case study article. Suitable for GCSE Biology and similar courses.

Learning Objectives Understanding the impact of climate change on biodiversity and how to incorporate climate education into the secondary ​science curriculum. Understanding the impact of climate change on ecosystem services and how to incorporate climate education into the secondary ​science curriculum. 3.  Teaching the impact of greenhouse-gas emissions and the importance of working towards the U.K. target to reduce emissions to net zero by 2050. 4. Gaining familiarity with a range of activities which secondary schools can use to enhance sustainability education, including futuring exercises focused on adaptation planning. 5. Recognising the importance of developing a whole-school strategy for sustainability and climate change education and recognising opportunities to embed a deeper understanding of the issues. Includes 41 slides

Sustainable Ecology for Post 16 Learning outcomes Integrating the topics of rewilding, ecological restoration, agroforestry and regenerative agriculture into the post-16 curricula  Integrating the concept of nature-based solutions for climate mitigation and pollution prevention into the post-16 curricula  Integrating the topics of carbon cycling and sequestration into the post-16 curricula  Integrating topics associated with ecosystem functioning into the post-16 curricula  Integrating topics focusing on the human impacts on land-sea interactions, nutrient cycles and population genetics of a range of species into the post-16 curricula

Recognising opportunities to embed a deeper understanding of ecology, materialism and consumerism into the study of politics, philosophy, ethics and psychology in further education. Recognising opportunities to embed a deeper understanding of the perspectives of developed and developing countries into the study of geography and politics in further education. Gaining familiarity with examples of environmental crime and deviance related to the study of sociology in further education. Gaining familiarity with the concept of corporate social responsibility and environmental audits relevant to the business studies in further education. Understanding the science of climate change and sustainability, the sustainable development goals and the importance of working towards the U.K. target to reduce emissions to net zero by 2050, pertinent to the study of biology, geography, chemistry and physics in further education.

Learning Outcomes Understanding how to incorporate climate education into the primary science curriculum to provide a broader perspective on climate change Gaining insight into the measures the DfE is planning to transform sustainability and climate change education and address the climate crisis Being able to recognise opportunities within the primary science curriculum for teaching and learning about climate change Gaining familiarity with a range of activities which primary schools can use to enhance climate education within the science discipline Recognising the importance of developing a whole-school strategy for sustainability and climate change education to embed a deeper understanding of the issues