| Hint | Answer | % Correct |
|---|---|---|
| % known plant species commercially used for food | 1 | 100%
|
| % cotton of textile exports | 40 | 100%
|
| Algae grows... | 50-100x faster | 100%
|
| % textile of world exports | 7 | 100%
|
| % soybean used for plant food | 90 | 100%
|
| Features of BCA | Adapted | 100%
|
| HIV treatment (1:3) | AZT, Caribbean marine sponge | 100%
|
| Research | Biological control agents | 100%
|
| Research | Biomimetics | 100%
|
| Search for new medicines | Bioprospecting | 100%
|
| Vehicle biomimetics (3:3) | Bird bone structure, lighter stronger planes | 100%
|
| Structure biomimetics (3) | Bird wing bones | 100%
|
| Plane example + % lighter | Boeing 787 Dreamliner, 20% | 100%
|
| Control prickly pear cactus | Cactoblastis moth | 100%
|
| Benefits of algae | CCS | 100%
|
| Ultrasound biomimetics (3) | Cetacean sonar sound | 100%
|
| Tumour research | Chickens | 100%
|
| Wood sustainability: reduce... | Deforestation | 100%
|
| Chemotherapy research | Dogs, rodents | 100%
|
| Benefits of algae | Enclosed systems | 100%
|
| Selective breeding... | Enhances desirable characteristics | 100%
|
| Fibre sustainability | Environmental legislation | 100%
|
| Benefits of animals for physiological research | Environmental manipulation | 100%
|
| Fibre sustainability | Ethical sourcing | 100%
|
| Resources | Fibre | 100%
|
| Resources | Fuel | 100%
|
| Adhesion biomimetics (3) | Gecko toe pads | 100%
|
| Research | Genetic resources | 100%
|
| Wood sustainability: reduce... | Illegal logging | 100%
|
| Developmental research | Kangaroo pouches | 100%
|
| Vehicle biomimetics (2:2) | Kingfisher beak, bullet trains | 100%
|
| Oil sustainability | Less intensive land management | 100%
|
| Fibre sustainability | Less toxic substances | 100%
|
| Water-repelling biomimetics (1) | Lotus | 100%
|
| Architecture biomimetics (3:1) | Marine sponge exoskeleton, Gherkin | 100%
|
| Organ rejection research | Marine sponge proteins | 100%
|
| Medicine from poppies | Morphine | 100%
|
| Features of BCA | Natural enemy | 100%
|
| Resources | New Food | 100%
|
| Research | New medicines | 100%
|
| Resources | Oil | 100%
|
| Research | Physiological | 100%
|
| Hypertension treatment | Pit viper venom | 100%
|
| Adhesion biomimetics (2) | Plant burrs | 100%
|
| Features of BCA | Rapid reproduction | 100%
|
| Fibre sustainability | Recycled materials | 100%
|
| Benefits of algae | Saltwater | 100%
|
| Benefits of animals for physiological research | Short lifespans | 100%
|
| Features of BCA | Specific | 100%
|
| How to increase ladybird + beetle population | Suitable habitats | 100%
|
| Oil sustainability | Synthetic | 100%
|
| Cancer treatment (1:2) | Taxol, Yew tree | 100%
|
| Architecture biomimetics (2:1) | Termite mounds, ventilation | 100%
|
| Ultrasound: _____ travel until they hit a ______ _________, the _______ waves allow _______ to be calculated | Waves, density boundary, reflected, distance | 100%
|
| Control of spider mites | Western predatory mites | 100%
|
| Aspirin old source (now synthetic) | Willow trees | 100%
|
| Resources | Wood | 100%
|
| % WV from transpiration | 10 | 50%
|
| CWRs: _________ or ______ ______ wild species of cultivated crops | Ancestors, closely related | 50%
|
| CWR characteristics (2) | Appearance, taste | 50%
|
| Ecosystem services | Atmospheric composition | 50%
|
| Plants flower at night to attract... | Bats | 50%
|
| Ecosystem services | Biogeochemical cycles | 50%
|
| BCA fail in Australia | Cane toads, beetles | 50%
|
| _______ _____ in Madagascar is specialised to the _____ ____ | Darwin's Orchid, Sphinx Moth | 50%
|
| Herbit crabs live in... | Dead mollusc shells | 50%
|
| CWR characteristics | Disease resistance | 50%
|
| CWR characteristics | Drought resistance | 50%
|
| Domesticated crops often lack... | Genetic diversity | 50%
|
| Interspecies relationships | Habitat provision | 50%
|
| Potential CWR | Halophytic spinach | 50%
|
| Ecosystem services | Interspecies relationships | 50%
|
| Parasitic wasp... | Lay eggs in aphids | 50%
|
| BCA fail in Hawaii | Mongoose, rats | 50%
|
| Cane toad advantages | No natural predators | 50%
|
| Elephants are... (2) | Non-terretorial, Non-ruminants | 50%
|
| CWR characteristics | Nutrient uptake | 50%
|
| ___ ____ _____ increased by ___ by crossbreeding with wild _______ _______ variety | Oil palm yields, 25%, Central African | 50%
|
| Potential CWR | Perennial maize | 50%
|
| Cane toad advantages | Poisonous | 50%
|
| Interspecies relationships | Pollination | 50%
|
| Cane toad advantages | Range of foods | 50%
|
| Cane toad advantages | Range of habitats | 50%
|
| ___ are ________, so ________ turned to ____ _____ as an alternative food source | Rats, nocturnal, Mongoose, Nene geese | 50%
|
| ___ flowers are more attractive to ____ | Red, birds | 50%
|
| CWR characteristics | Salt tolerance | 50%
|
| Potential CWR | Sea kale | 50%
|
| Interspecies relationships | Seed dispersal | 50%
|
| Ecosystem services | Soil maintenance | 50%
|
| _________ has been ________ with wild _________ variety to protect it from the ______ virus | Sugarcane, crossbred, Indonesian, mosaic | 50%
|
| Centre of diversity name | Valivov centre | 50%
|
| Recent _____ varieties do not form strong links with _________ ____ | Wheat, mycorrhizal fungi | 50%
|
| CWR characteristics | Yield | 50%
|