Compare climates and communities across forests, grasslands, tundra and deserts and explain convergent adaptations.
Tę umiejętność sprawdza 7 zadań wzorowanych na arkuszach IB z lat 2024–2026.
Biologia IBPaper 1A, maj 2026, TZ2wzorowane1 pktzamknięteśrednie (szac.)
A region is warm throughout the year, receives frequent heavy rain and supports very high species diversity despite heavily leached soils. Which biome fits? A. Arctic tundra B. Tropical rainforest C. Boreal coniferous forest D. Cold desert
Biologia IBPaper 1A, maj 2026, TZ3wzorowane1 pktzamknięteśrednie (szac.)
Four representative biome climates are placed on the model diagram. Which best fits a temperate forest? A. A B. B C. C D. D
Biologia IBPaper 2, maj 2025, TZ2wzorowane2 pktotwarteśrednie (szac.)
A small mammal inhabits a hot desert. State two abiotic characteristics of this biome.
Biologia IBPaper 3, maj 2024, TZ2wzorowane1 pktotwarteśrednie (szac.)
The climograph represents a hypothetical terrestrial ecosystem. Identify the biome best supported by these data.
Biologia IBPaper 3, listopad 2024, TZ1wzorowane2 pktotwarteśrednie (szac.)
Identify two abiotic factors that can limit tundra plant growth.
Biologia IBPaper 3, listopad 2024, TZ2wzorowane2 pktotwarteśrednie (szac.)
The conceptual model relates terrestrial biomes to mean annual climate. Its boundaries are illustrative. (i) State the temperature range covered by the two desert regions together. (ii) State the precipitation range of tropical rainforest.
Biologia IBPaper 3, listopad 2024, TZ2wzorowane1 pktotwarteśrednie (szac.)
Two conceptual models compare nutrient stores and flows in biomes. Deduce which nutrient store is represented by Z, giving a reason.