Biology Learning Journey Risk Assessment Applying Describe maths

Biology Learning Journey Risk Assessment Applying Describe maths to and scientific explain concepts patterns Assessing impact of Writing methods IDEAL Understanding scientific concepts Drawing graphs and Analysis of Understanding Identify, Drawing relationships analysing graphical secondary data Modelling scientific variables between science conclusions describe, data concepts explain, and society apply, link History of genetics Cloning Fossils Genetic engineering Selective breeding Protein synthesis Variation Genetic disorders Sex inheritance RP 8 Plant hormones Meiosis The genome Sexual and asexual reproduction Biodiversity Farming Trophic Pyramid of techniques levels biomass hn olo Global warming Deforestation Waste and land use management ec 7) Ecology Abiotic and Carbon Biotic factors cycle Sustainable food production Factors affecting food security Transfer of Biomass RP 9 Sampling Balancing Controlling water and blood nitrogen Diabetes glucose Thermoregulation The Brain levels RP 7 Reflexes Homeostasis 11 YEAR 5) Homeostasis and Response Gene expression and mutations DNA structure RP 10 Decomposition of milk ot Food chains Water cycle Bi Evidence for evolution Classification ev & 6) anc variation olu rit tio e h , n n I e Evolution by natural selection Theories of evolution- Speciation Darwin Sustainable fishing Environmental change Extinction Antibiotic resistant bacteria Exam & Post – 16 Destination gy Communities Ethics of genetic engineering Year 11 Year 7 Understanding and Applying Scientific Skills Fertility and IVF Contraception Menstrual cycle Problems Structure and Endocrine with the eye of the eye function of the system nervous system Response to exercise Metabolism Anaerobic respiration Vaccinations RP 5 p. H affect on enzymes Enzymes Heart Lungs Blood 2) Organisation Digestive system Specialised exchange surfaces Blood vessels RP 4 Food tests Noncommunicable disease RP 3 Osmosis Active Transport Chromosomes Cell specialisation Diffusion ll Ce y 1) og ol Bi Stem cells RP 1 Microscopy 10 Prokaryotic and eukaryotic cells Plant tissues and organs Drug development Pathogens RP 6 Effect of Light on Photosynthesis Plant defence 3) Infection & Response Diseases and symptoms Natural selection Preservation and extinction YEAR Cell division: mitosis Cancer Lifestyle and disease Monoclonal antibodies Bio 4) en erg eti s c Aerobic respiration Uses of Glucose Rate of photosynthesis Photosynthesis Human Antibiotics and RP 2 Testing reaction defense Painkillers antimicrobials systems Plant disease Testing leaves for starch Variation Photosynthesis equation Photosyn thesis Evolve Atmosphere and food chains Adaptation and evolution Maximizing photosynthesis Plant adaptations Unicellular organisms Diffusion and osmosis Microscopy Organelles Specialised cells Plant and animal cells YEAR Digestive system YEAR Bacteria and enzymes in digestion g Livin rld Wo Adaptation Food chains and webs The menstrual cycle Classification Variation Animal diets Puberty Fitness Skeleton Food and Digestion 8 Energy in food chains Healthy diet Alcohol Health and Fitness Bones and joints Food tests Muscles Fertilisation and implantation Reprodu ction Development of a fetus Reproductive systems Drugs Levels of organisation 7 life processes Aerobic respiration Exercise Respiratio n Lungs Wind pollination Effects of smoking Plant reproduction Core Biology Insect pollination Seed dispersal 9 Anerobic respiration in yeast and mammals YEAR 7