Interpret and correctly format the genus and specific epithet in a binomial name.
Tę umiejętność sprawdza 6 zadań wzorowanych na arkuszach IB z lat 2022–2026.
Biologia IBPaper 1A, maj 2026, TZ1wzorowane1 pktzamkniętełatwe (szac.)
A survey records Betula pendula, Quercus robur, Betula pubescens and Quercus petraea. What can be deduced from these names? A. All four plants belong to one species B. Betula pendula and Betula pubescens share a genus C. Quercus robur and Betula pendula share…
Biologia IBPaper 1B, maj 2025, TZ3wzorowane1 pktotwarteśrednie (szac.)
Identify the number of genera represented among the four named species.
Biologia IBPaper 1A, listopad 2025, TZ1wzorowane1 pktzamkniętełatwe (szac.)
The names of four mammals are shown. Which pair belongs to the same genus? P: Panthera pardus Q: Neofelis nebulosa R: Panthera onca S: Leopardus pardalis A. P and R B. Q and S C. P and S D. R and S
Biologia IBPaper 2, listopad 2023, TZ1wzorowane16 pktotwarteśrednie (szac.)
(a) Outline how new heritable traits can arise and become more common in a population over time. (b) Explain how polyploidy can cause the abrupt origin of a new plant species. (c) Suggest advantages of scientific species names.
Biologia IBPaper 2, listopad 2023, TZ2wzorowane16 pktotwarteśrednie (szac.)
(a) Outline how new heritable traits can arise and become more common in a population over time. (b) Explain how polyploidy can cause the abrupt origin of a new plant species. (c) Suggest advantages of scientific species names.
Biologia IBPaper 2, listopad 2022wzorowane16 pktotwarteśrednie (szac.)
Evolutionary relationships can be investigated using populations, chromosomes and molecular evidence. (a) Outline how adaptive radiation provides evidence for evolution. (b) Describe polyploidy and its possible role in speciation. (c) Explain how a newly…