BCS Written Zoology study plan

Draw and label the cell cycle and organelle functions from memory, then check against a textbook and correct errors

Solve 20 genetics problems on Mendelian ratios, linkage and probability, writing out each cross

Build a one-page comparison table of the 10 major invertebrate phyla using body plan, symmetry, coelom and larval type

Define 40 taxonomy terms (holotype, synonymy, paraphyly, priority) in a personal glossary with examples

Explain DNA replication, transcription and translation step by step to a study partner or recorder without notes

Perform 15 molecular biology calculations covering GC content, codon degeneracy and PCR product size

Construct a dichotomous key that separates 8 local animal specimens or pictured taxa

Summarise the rules of zoological nomenclature and apply them to correct three deliberately flawed species names

Diagram the nephron, alveolus and cardiac cycle and annotate the regulatory hormones at each site

Compare endocrine axes (hypothalamus-pituitary-thyroid, adrenal, gonadal) in a table showing feedback type and target

Trace cleavage through gastrulation and neurulation for frog, chick and mammal, listing one difference per stage

Answer 12 short physiology questions under timed conditions and mark them against model answers

Explain osmoregulation in freshwater, marine and diadromous fishes with direction of water and ion movement

Describe metamorphosis and its hormonal control in amphibians and insects

Identify the extraembryonic membranes and their functions in amniotes

Write 300 words on how a named teratogen disrupts a specific developmental stage, citing the mechanism

Calculate population size estimates using mark-recapture and quadrat data, and state assumptions

Apply Hardy-Weinberg to five allele-frequency problems, including selection and drift scenarios

Compare r- and K-selection and life-history trade-offs using three named species

Classify 15 conservation status cases against IUCN Red List criteria categories

Explain speciation modes (allopatric, sympatric, polyploidy) and give one empirical example of each

Summarise island biogeography and metapopulation theory and apply them to a reserve-design scenario

Describe three biodiversity survey methods and state the bias of each

Write a 400-word argument on a named conservation conflict, presenting both sides and a recommendation

Compare pond, cage and raceway aquaculture systems on stocking density, water quality and species suitability

Outline the life cycle and control measures for three parasites of public health or aquaculture importance

Explain innate versus adaptive immunity and the antibody response curve after first and second exposure

Describe wildlife census techniques (transect, point count, camera trap) and select one for a stated objective

Design a small research project with hypothesis, controls, sampling plan and one statistical test justified

Explain PCR, gel electrophoresis and ELISA principles and one limitation of each

Review all earlier deliverables and rewrite the five weakest explanations from memory

Complete a full timed mock paper across all nine domains and record per-domain scores