| Hint | Answer | % Correct |
|---|---|---|
| Main processes | Combustion | 100%
|
| Main processes | Photosynthesis | 100%
|
| Human influences on photosynthesis | Afforestation | 0%
|
| Sustainable management | Afforestation matching | 0%
|
| Sustainable management | Alternative energy sources | 0%
|
| CCS storage | Aquifers | 0%
|
| Increased __________ CO2 = increased _______ CO2 = increased _________ ____ = increased _________ ___ = _____ ______________ | Atmospheric, dissolved, carbonic acid, hydrogen ions, ocean acidification | 0%
|
| Decomposer example (2) | Bacteria, fungi | 0%
|
| Detritivore example (2) | Beetles, earthworms | 0%
|
| Human activities | Biomass movement | 0%
|
| Biospheric | Biomolecules | 0%
|
| Fossilisation (6 words) | Calcifying marine life die and lithify | 0%
|
| Hydrospheric | Carbonate ions | 0%
|
| Lithospheric | Carbonate rocks | 0%
|
| Sustainable management | Carbon Capture Storage | 0%
|
| Human activities | Carbonic acid | 0%
|
| Sustainable management | Carbon sequestration | 0%
|
| Photosynthesis: __________ captures ____ _______ to convert low-energy substances into ___-______ ____________ | Chlorophyll, light energy, high energy carbohydrates | 0%
|
| Main processes | Complex food webs | 0%
|
| Human influences on biomass movement | Composting | 0%
|
| Human influences on biomass movement | Crop harvesting | 0%
|
| Crysospheric (5 words) | Dead organic matter in permafrost | 0%
|
| Human influences on photosynthesis | Deforestation | 0%
|
| Human influences on biomass movement | Deforestation | 0%
|
| Hydrospheric | Dissolved CO2 | 0%
|
| Human activities | Dissolved CO2 | 0%
|
| Respiration: ______ captured during photosynthesis is used to ____ _________ _________ | Energy, drive metabolic processes | 0%
|
| Current carbonic acid | Equilibrium with dissolved CO2 | 0%
|
| Lithospheric | Fossil fuels | 0%
|
| Main processes | Fossilisation | 0%
|
| Gasification: converts fuel to ______ _________ and CO2, releasing only _____ ________ when burnt | Gaseous hydrogen, water vapour | 0%
|
| Pre-combustion CCS | Gasification | 0%
|
| Atmospheric | Gasous carbon | 0%
|
| Human activities | GHGs | 0%
|
| Post-combustion CCS | Graphene adsorption | 0%
|
| Post-combustion CCS | High pressure membrane filtration | 0%
|
| Fossilisation (5 words) | Incomplete anaerobic decomposition and compression | 0%
|
| Human influences on anaerobic respiration | Landfill sites | 0%
|
| Human influences on anaerobic respiration | Livestock intestines | 0%
|
| Human influences on photosynthesis | Marine pollution | 0%
|
| CCS storage | Oil fields | 0%
|
| Biospheric | Organic matter | 0%
|
| Pre-combustion CCS | Oxy-fuel combustion | 0%
|
| Sustainable management | Peat bog conservation | 0%
|
| Human activities | Photosynthesis changes | 0%
|
| Human influences on aerobic respiration | Ploughing | 0%
|
| Lithospheric | Pure carbon | 0%
|
| Oxy-fuel combustion: Combustion with ____ _______, so only CO2 and _____ ________ are released | Pure oxygen, water vapour | 0%
|
| How marine pollution affects photosynthesis | Reduces phytoplankton | 0%
|
| How marine pollution affects photosynthesis | Reduces sequestration | 0%
|
| Main processes | Respiration | 0%
|
| Human activities | Respiration | 0%
|
| Human influences on anaerobic respiration | Rice padi fields | 0%
|
| CCS storage | Secondary oil recovery | 0%
|
| Human influences on biomass movement | Sewage discharge | 0%
|
| Sustainable management | Soil organic matter | 0%
|