| Hint | Answer | % Correct |
|---|---|---|
| GM disadvantages | Allergies | 100%
|
| GM disadvantages | Antibiotic resistant bacteria | 100%
|
| Sexual methods | Artificial insemination | 100%
|
| Crossbreeding example | Ayrshire, Zebu | 100%
|
| GM examples | BT crops | 100%
|
| Sexual advantages | Cheaper | 100%
|
| Sexual methods | Crossbreeding | 100%
|
| High density reduces... | Disease resistance | 100%
|
| Monoculture advantages | Easier management | 100%
|
| Sexual methods | Embryo transfer | 100%
|
| Asexual disadvantages | Fewer offspring | 100%
|
| GM disadvantages | Food chain transfer | 100%
|
| Sexual disadvantages | Generations | 100%
|
| Asexual reproduction | Genetically identical offspring from a single parent | 100%
|
| Sexual advantages | Genetic diversity | 100%
|
| Manipulation type | Genetics | 100%
|
| GM disadvantages | Gene transfer | 100%
|
| GM examples | Golden Rice | 100%
|
| Zebu features | Heat tolerance | 100%
|
| Limousin features | High muscle growth | 100%
|
| Merino features | High quality wool | 100%
|
| Asexual advantages | High survival rate | 100%
|
| Monoculture advantages | High yield | 100%
|
| GM advantages | Individual desirable characteristics | 100%
|
| High density reduces... | Individual yields | 100%
|
| GM disadvantages | LEDC impacts | 100%
|
| Selective breeding example | Limousin cattle | 100%
|
| Monoculture disadvantages | Low biodiversity | 100%
|
| Selective breeding example | Merino sheep | 100%
|
| Asexual methods | Micropropagation | 100%
|
| GM advantages | No unwanted characteristics | 100%
|
| CWR crossbreeding example | Oil Palm, Central Africa CWR | 100%
|
| Sexual methods | Outbreeding | 100%
|
| High density increases... | Overall yields | 100%
|
| Crop density | Planting | 100%
|
| Manipulation type | Population density | 100%
|
| Manipulation type | Population structure | 100%
|
| Asexual advantages | Predictable | 100%
|
| GM examples | Roundup Ready Soya | 100%
|
| Sexual methods | Selective breeding | 100%
|
| Conventional _______ _______ can only introduce ____________ within the ___ ___ of ______ ______ that can produce ______ _______ | Selective breeding, characteristics, gene pool, related species, fertile offspring | 100%
|
| Asexual methods | Somatic Cell Nuclear Transfer | 100%
|
| Monoculture disadvantages | Spread of disease | 100%
|
| Livestock density | Stocking | 100%
|
| CWR crossbreeding example | Sugarcane, Indonesia CWR | 100%
|
| Sexual disadvantages | Unpredictable | 100%
|
| Asexual methods | Vegetative propagation | 100%
|
| GM disadvantages | Expensive | 0%
|
| Ayrshire features | High milk yield | 0%
|
| Asexual disadvantages | No genetic variation | 0%
|
| GM advantages | Reduce chemical use | 0%
|
| Asexual advantages | Replace valuable individuals | 0%
|
| Monoculture disadvantages | Surplus | 0%
|