| Hint | Answer | % Correct |
|---|---|---|
| Atmospheric oxygen % | 21 | 67%
|
| Atmospheric nitrogen % | 78 | 67%
|
| Negative - photosynthesis decreases | CO2 | 67%
|
| Positive - soil decomposition releases | CO2 | 67%
|
| Arriving solar radiation | UV | 67%
|
| Cryosphere effects of CC | Albedo | 50%
|
| Negative - low level clouds increase | Albedo | 50%
|
| Positive - melting decreases | Albedo | 50%
|
| Release of CFCs (2 words) | aerosol propellants | 33%
|
| What might ice cores contain? | Air bubbles | 33%
|
| Managing climate change | Alternative fuel sources | 33%
|
| CH4 production | Anaerobic respiration | 33%
|
| Cold temperatures form polar stratospheric clouds which provide a surface for chemical reactions with chlorine.... where? | Antarctica | 33%
|
| Managing climate change | Carbon Capture Storage | 33%
|
| Managing climate change | Carbon sequestration | 33%
|
| What CFCs dissociate ozone into | Chlorine and oxygen | 33%
|
| ClO | Chlorine monoxide | 33%
|
| CFCs | Chloroflurocarbons | 33%
|
| Release of CFCs (2 words) | cleaning solvents | 33%
|
| Environmental effects of CC | Climate | 33%
|
| Two step chlorine and oxygen equation PT1 | Cl + O3 -> ClO + O2 | 33%
|
| Two step chlorine and oxygen equation PT2 | ClO + O3 -> Cl + 2O2 | 33%
|
| Positive - forest and peat fires release | CO2 and CH4 | 33%
|
| Adapting to climate change | Coastal management | 33%
|
| CO2 production | Combustion | 33%
|
| Proxy data (2 words) | Coral skeletons | 33%
|
| Environmental effects of CC | Cryosphere | 33%
|
| Proxy data | Dendrochronology | 33%
|
| UV dissociates triatomic oxygen into diatomic and monatomic oxygen | Destruction of ozone | 33%
|
| NOx production | Fertilisers | 33%
|
| Adapting to climate change | Flood management | 33%
|
| UV dissociates diatomic oxygen, each monatomic oxygen reacts with a diatomic oxygen to create ozone | Formation of ozone | 33%
|
| How chlorine destroys ozone (5 words) | Free radicals react with oxygen | 33%
|
| Release of CFCs (2) | fridges, air con | 33%
|
| NOx production | High temperature combustion | 33%
|
| Environmental effects of CC | Humans and animals | 33%
|
| Polar Stratospheric cloud composition (6 words) | Ice crystals and NOx or SOx | 33%
|
| Positive feedback loop definition | Increases original stimulus | 33%
|
| Why is carbon footprint higher in the northern hemisphere? | Industry | 33%
|
| CH4 production | Landfill | 33%
|
| CH4 production | Livestock intestines | 33%
|
| Emitted solar radiation | Long length infrared | 33%
|
| Adapting to climate change | Managed retreat | 33%
|
| Ocean effects of CC | Melting | 33%
|
| Positive - melting releases (2 words) | Methane hydrate | 33%
|
| Protocol reducing CFC usage + year | Montreal Protocol 1987 | 33%
|
| Cryosphere effects of CC | Movement | 33%
|
| Arriving solar radiation | Near infrared | 33%
|
| Positive - soil decomposition releases | NOx | 33%
|
| Environmental effects of CC | Oceans | 33%
|
| Positive - cirrus clouds decrease (4 words) | Outgoing long length infrared | 33%
|
| Positive - melting releases (2 words) | Permafrost methane | 33%
|
| Release of tropospheric ozone | photochemical breakdown of NOx | 33%
|
| CO2 production | Ploughing | 33%
|
| Proxy data | Pollen | 33%
|
| What might ice cores contain? | Pollen | 33%
|
| Why is carbon footprint higher in the northern hemisphere? | Pollution | 33%
|
| What might ice cores contain? | radio-isotopes | 33%
|
| Negative feedback loop definition | Reduces original stimulus | 33%
|
| large scale waves due to reduces temperatures between polar and ferrel cells that affect the climate | Rossby waves | 33%
|
| Hypothesis suggesting CFCs deplete Ozone + year | Rowland Molina 1974 | 33%
|
| Cryosphere effects of CC | Snow | 33%
|
| The process of visible light converting into longlength infrared which warms the troposphere | The Greenhouse Effect | 33%
|
| Ocean effects of CC (2 words) | Thermal expansion | 33%
|
| Ocean effects of CC (2 words) | Thermohaline circulation | 33%
|
| Why is carbon footprint higher in the northern hemisphere? | Trade winds | 33%
|
| Adapting to climate change | Urban drainage | 33%
|
| How CFCs destroy ozone (5 words) | UV releases chlorine free radicals | 33%
|
| Arriving solar radiation | Visible | 33%
|
| Positive - evaporation increases | Water vapour | 33%
|