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TLE - Ex Situ - Statistics
General Stats
-
This quiz has been taken 9 times
7 since last reset
- The average score is 3 of 75
Answer Stats
| Hint | Answer | % Correct |
|---|---|---|
| CBR criteria | Is in-situ conservation being successful? | 100%
|
| CBR criteria | Is keeping a captive population realistic? | 100%
|
| CBR criteria | Is the population threatened? | 100%
|
| Tigers can occupy... | 100km2 | 0%
|
| Orcas can travel... | 100 miles /day | 0%
|
| Panda bamboo requirement | 12-38kg | 0%
|
| Since ____, most _______ _______ have died in their _____ or _______ | 1964, captive dolphins, teens, twenties | 0%
|
| The ____ ___ ________ overwinters in ___ ____ | Alcon Blue Butterfly, ants nests | 0%
|
| Importance of habitat size | Animal size | 0%
|
| Benefits of artificial insemination | Animals living far apart | 0%
|
| Methods of increasing breeding success | Artificial insemination | 0%
|
| Post-release monitoring types | Auto-photography | 0%
|
| Threats to breeding | Breeding conditions | 0%
|
| Threats to breeding | Breeding habitats | 0%
|
| Habitat factors | Breeding sites | 0%
|
| ______ ___ ______ often have parents born in ______ so they may not have ____ ______ _________ | Captive born offspring, captivity, learnt natural behaviours | 0%
|
| CBR | Captive Breeding and Release | 0%
|
| _______ _____ __________ carry for _____ __________ | Common Eland Antelopes, Bongo Antelopes | 0%
|
| Difficult relationships (3) | Complicated, specific, symbiotic | 0%
|
| Importance of breeding habitats | Courtship displays | 0%
|
| Methods of increasing breeding success | Cryopreservation | 0%
|
| Benefits of artificial insemination | Dangerous mating | 0%
|
| Inbreading can lead to... | Deformity | 0%
|
| Cryopreservation degradation | Dehydration | 0%
|
| Inbreading can lead to... | Disability | 0%
|
| Methods of increasing breeding success | Embryo transfer | 0%
|
| Importance of enrichment | Encourage species appropriate behaviour | 0%
|
| Captive population difficulties | Enrichment | 0%
|
| Benefits of embryo transfer | Few breeding females | 0%
|
| Captive population difficulties | Finances | 0%
|
| Habitat factors | Food and water supplies | 0%
|
| Types of post release support | Food provision | 0%
|
| Captive population difficulties | Food requirements | 0%
|
| Giraffe enrichment | Foraging | 0%
|
| Seed bank example +location | Global Seed Bank, Svalbard | 0%
|
| Types of post release support | Gradual release | 0%
|
| Captive population difficulties | Group dynamics | 0%
|
| Captive population difficulties | Habitat size | 0%
|
| Types of release | Hard | 0%
|
| Inbreeding can increase... | Harmful recessive genes | 0%
|
| Threats to released individuals | Hunting | 0%
|
| Threats to breeding | Hybridisation | 0%
|
| Threats to breeding | Inbreeding | 0%
|
| Difficult food requirements | Insectivorous bats | 0%
|
| Ex-situ is required when... | In-situ is impossible or insufficient | 0%
|
| Importance of habitat size | Instinct to roam | 0%
|
| Captive population difficulties | Interspecies relationships | 0%
|
| Cryopreservation degradation | Intracellular ice formation | 0%
|
| CBR criteria | Is release likely to be successful? | 0%
|
| CBR criteria | Is there a genetically diverse captive population? | 0%
|
| Habitat factors | Legal protection | 0%
|
| Benefits of embryo transfer | Long pregnancies | 0%
|
| Habitat factors | Low predation | 0%
|
| Methods of increasing breeding success | Micro-propagation | 0%
|
| Seed bank example +location | Millenium Seed Bank Sussex | 0%
|
| Method to help flamingos breed | Mirrors | 0%
|
| There is no ______ ________ to weed out the ______ ________ | Natural selection, weaker individuals | 0%
|
| Importance of breeding habitats | Nesting | 0%
|
| Benefits of artificial insemination | Partners not accepting | 0%
|
| Difficult food requirements | Plankton-eating fish | 0%
|
| Threats to released individuals | Predation | 0%
|
| Threats to released individuals | Recognising food | 0%
|
| Importance of group dynamics | Reflect natural behaviours | 0%
|
| ____ is important for ______ ____ _____ as it can become ________ in the wild | SCNT Atlantic Black Poplar, hybridised | 0%
|
| Habitat factors | Size | 0%
|
| Importance of breeding habitats | Social grouping | 0%
|
| Threats to released individuals | Social groups | 0%
|
| Types of release | Soft | 0%
|
| Methods of increasing breeding success | Somatic Cell Nuclear Transfer | 0%
|
| Threats to breeding | Species interactions | 0%
|
| Importance of breeding conditions | Stimuli | 0%
|
| Captive population difficulties | Stress | 0%
|
| Post-release monitoring types | Tagging | 0%
|
| Micro-propagation is a type of... | Tissue culture | 0%
|
| Post-release monitoring types | Tracking | 0%
|
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