| Hint | Answer | % Correct |
|---|---|---|
| Main processes | Absorption | 100%
|
| Common phosphorous fertiliser | Ammonium phosphate | 100%
|
| Sustainable management | Biological waste | 100%
|
| Importance | Bones | 100%
|
| Common phosphorous mining source | Calcium phosphate | 100%
|
| Sustainable management | Crop breeding programmes | 100%
|
| Fertilisers increase | Crop production | 100%
|
| Main processes | Decomposition | 100%
|
| Importance | DNA | 100%
|
| Fertilisers increase | Eutrophication | 100%
|
| Human influences | Fertilisers | 100%
|
| Human influences | Mining | 100%
|
| Fertilisers ________ ___________ in a ______ form | Mobilise phosphorous, soluble | 100%
|
| Main processes | Mountain building | 100%
|
| Why phosphorous can be a limiting factor | No gaseous reservoir | 100%
|
| Sustainable management | Organic fertiliser | 100%
|
| Decomposition: breakdown of ____________ _______ | Phosphorylated proteins | 100%
|
| Main processes | Sedimentation | 100%
|
| How plants absorb phosphorous (5) | Symbiotic mycorrhizal fungi hyphae networks | 100%
|
| Main processes | Weathering | 100%
|
| Importance | ATP | 0%
|
| Purpose of crop breeding | Increase absorption efficiency | 0%
|
| Why phosphorous can be a limiting factor | Low solubility | 0%
|
| Sustainable management | Soil conditions | 0%
|