| Nutrient Intake ID | Crop ID | Fertiliser | Application Time | Application Rate Unit | Amount Max | Amount Mean | Amount Min | Notes | Metadata ID |
| 2 | Proso Millet | Nitrogen | Vegetative | kg/ha | 40.00 | 30.00 | 20.00 | NULL | 8,650 |
| 3 | Proso Millet | Phosphorus | Vegetative | kg/ha | NULL | 20.00 | NULL | NULL | 8,650 |
| 4 | Proso Millet | Potassium | Vegetative | kg/ha | 20.00 | 10.00 | 0.00 | NULL | 8,650 |
| 5 | Job's Tear | Nitrogen | Reproductive | kg/ha | 180.00 | 160.00 | 140.00 | Specific application time is not stated. | 8,653 |
| 6 | Job's Tear | Phosphorus | Reproductive | kg/ha | NULL | NULL | 90.00 | Specific application time is not stated. | 8,653 |
| 7 | Job's Tear | Potassium | Reproductive | kg/ha | NULL | NULL | 135.00 | Specific application time is not stated. | 8,653 |
| 8 | Hyacinth Bean | NPK 15:15:15 | Vegetative | kg/ha | NULL | NULL | 15.00 | The plant can fix nitrogen. | 8,654 |
| 9 | Quinoa | Nitrogen | Vegetative | kg/ha | 201.75 | 184.94 | 168.13 | It stated that that maximum yields are possible when 150 to 180 lbs N/acre are available. | 8,652 |
| 10 | Gemsbok Bean (Tylosema esculentum) | Nitrogen | Vegetative | kg/ha | NULL | NULL | 20.00 | NULL | 8,655 |
| 11 | Gemsbok Bean (Tylosema esculentum) | Phosphorus | Vegetative | kg/ha | NULL | NULL | 40.00 | NULL | 8,655 |
| 12 | Niger Seed | Nitrogen | Germination | kg/ha | 20.00 | 15.00 | 10.00 | NULL | 8,643 |
| 13 | Niger Seed | Phosphorus | Germination | kg/ha | 20.00 | 15.00 | 10.00 | NULL | 8,643 |
| 14 | Niger Seed | Nitrogen | Vegetative | kg/ha | 20.00 | 15.00 | 10.00 | NULL | 8,643 |
| 15 | Chinese Spinach | Nitrogen | Vegetative | kg/ha | NULL | NULL | 150.00 | NULL | 8,657 |
| 16 | Chinese Spinach | Phosphorus | Vegetative | kg/ha | NULL | NULL | 25.00 | NULL | 8,657 |
| 17 | Chinese Spinach | Potassium | Vegetative | kg/ha | NULL | NULL | 50.00 | NULL | 8,657 |
| 18 | Jicama Yam Bean | NPK 12:24:12 | Pre-planting | kg/ha | 400.00 | 350.00 | 300.00 | It is followed by 200 kg/ha of ammonium sulphate when the plants begin to climb. P. erosus can fix nitrogen. | 8,659 |
| 19 | Okra | Nitrogen | Germination | kg/ha | NULL | NULL | 25.00 | NULL | 8,601 |
| 20 | Okra | Phosphorus | Germination | kg/ha | NULL | NULL | 8.00 | NULL | 8,601 |
| 21 | Okra | Potassium | Germination | kg/ha | NULL | NULL | 25.00 | NULL | 8,601 |
| 22 | Okra | Nitrogen | Vegetative | kg/ha | NULL | NULL | 25.00 | NULL | 8,601 |
| 23 | Taro (Cocoyam) | Nitrogen | Vegetative | kg/ha | 80.00 | 60.00 | 40.00 | Application time is not specified. | 8,635 |
| 24 | Taro (Cocoyam) | Phosphorus | Vegetative | kg/ha | 30.00 | 22.50 | 15.00 | Application time is not specified. | 8,635 |
| 25 | Taro (Cocoyam) | Potassium | Vegetative | kg/ha | 100.00 | 75.00 | 50.00 | Application time is not specified. | 8,635 |
| 26 | Chayote | Nitrogen | Vegetative | lbs/acre | 500.00 | 400.00 | 300.00 | NULL | 8,661 |
| 27 | Chayote | Phosphorus | Germination | lbs/acre | NULL | NULL | 50.00 | NULL | 8,661 |
| 28 | Chayote | Potassium | Germination | lbs/acre | NULL | NULL | 25.00 | NULL | 8,661 |
| 29 | Chayote | Potassium | Vegetative | lbs/acre | NULL | NULL | 25.00 | NULL | 8,661 |
| 30 | Love-Lies-Bleeding | NPK 15:15:15 | Vegetative | kg/ha | NULL | 100.00 | NULL | Noted that, the fertilizers were applied by ring method, 5cm radius and about 2cm deep around the Amaranthus plant at the rate of 100 kg N/ha. | 8,662 |
| 31 | Swamp Cabbage | NPK 15:15:15 | Vegetative | t/ha | NULL | NULL | 0.50 | Applied at second and third week. | 8,663 |
| 32 | Winged Bean | NPK 12:12:17+2TE | Vegetative | kg/ha | NULL | NULL | 1,125.00 | Applied when plants are 3, 5 and 8 weeks old. The plant has exceptional nitrogen-fixing properties. | 8,665 |
| 33 | Finger Millet | Potassium | Vegetative | kg/ha | 50.00 | 40.00 | 30.00 | NULL | 8,664 |
| 34 | Finger Millet | Phosphorus | Vegetative | kg/ha | 40.00 | 33.00 | 26.00 | NULL | 8,664 |
| 35 | Finger Millet | Nitrogen | Vegetative | kg/ha | 60.00 | 50.00 | 40.00 | NULL | 8,664 |
| 36 | Asystasia | NPK 15:15:15 | Vegetative | NULL | NULL | NULL | NULL | NULL | 8,666 |
| 37 | Purple Amaranth | NPK 10:10:20 | Vegetative | kg/ha | NULL | 400.00 | NULL | NULL | 8,668 |
| 38 | Malabar Spinach | NPK 10:10:20 | Pre-planting | kg/ha | NULL | NULL | 250.00 | NULL | 8,638 |
| 39 | Malabar Spinach | NPK 10:10:20 | Vegetative | kg/ha | NULL | NULL | 250.00 | NULL | 8,638 |
| 40 | Malabar Spinach (Basella rubra) | NPK 10:10:20 | Pre-planting | kg/ha | NULL | NULL | 250.00 | Basella rubra is synonym to Basella alba. | 8,638 |
| 41 | Malabar Spinach (Basella rubra) | NPK 10:10:20 | Vegetative | kg/ha | NULL | NULL | 250.00 | Basella rubra is synonym to Basella alba. | 8,638 |
| 42 | Blue Clitoria | NPK 18:18:5 + 1.5 MgO | Vegetative | kg/ha | NULL | 90.00 | NULL | Clitoria ternatea is an N-fixing legume and can be used as a ley legume and as green manure. | 8,696 |
| 43 | Celosia | NPK 15:15:15 | Vegetative | kg/ha | NULL | 400.00 | NULL | NULL | 8,702 |
| 44 | Foxtail Millet | Nitrogen | Vegetative | kg/ha | NULL | 44.00 | NULL | Because foxtail millet is fast growing and produces more biomass than annual rye, it is sometimes the preferred choice for restoration of mine lands or steep slopes. | 8,705 |
| 45 | Foxtail Millet | Phosphorus | Vegetative | kg/ha | NULL | 22.00 | NULL | Because foxtail millet is fast growing and produces more biomass than annual rye, it is sometimes the preferred choice for restoration of mine lands or steep slopes. | 8,705 |
| 46 | Teff | Nitrogen | Vegetative | kg/ha | 60.00 | 42.50 | 25.00 | On light soils the following applications are recommended: 25–40 kg N per ha; on heavy clay soils 50–60 kg N per ha. | 8,707 |
| 47 | Teff | Phosphorus | Vegetative | kg/ha | 18.00 | 14.00 | 10.00 | On light soils the following applications are recommended: 10–18 kg P per ha; on heavy clay soils 10–15 kg P per ha. | 8,707 |
| 48 | Fonio | NPK 15:15:15 | Vegetative | kg/ha | 60.00 | 45.00 | 30.00 | NULL | 8,713 |
| 49 | Mashua | Nitrogen | Germination | kg/ha | NULL | NULL | 80.00 | Application time is not specified. | 8,703 |
| 50 | Mashua | Phosphorus | Germination | kg/ha | NULL | NULL | 160.00 | Application time is not specified. | 8,703 |
| 51 | Mashua | Phosphorus | Germination | kg/ha | NULL | NULL | 80.00 | Application time is not specified. | 8,703 |
| 52 | Machurian Wild Rice | Nitrogen | Vegetative | kg/ha | NULL | 40.00 | NULL | NULL | 8,723 |
| 53 | Machurian Wild Rice | Phosphorus | Vegetative | kg/ha | NULL | 80.00 | NULL | NULL | 8,723 |
| 54 | Machurian Wild Rice | Potassium | Vegetative | kg/ha | NULL | 40.00 | NULL | NULL | 8,723 |
| 55 | Winged Bean | Nitrogen | Vegetative | kg/ha | 80.00 | 60.00 | 40.00 | In low-input systems, there is potential to grow winged bean on a relatively wide range of soils, because of its propensity to nodulate with different Rhizobia and its efficient nitrogen-fixation activity. | 8,724 |
| 56 | Black Nightshade | Nitrogen | Vegetative | kg/ha | NULL | 125.00 | NULL | NULL | 8,731 |
| 57 | Black Nightshade | Phosphorus | Vegetative | kg/ha | NULL | 75.00 | NULL | NULL | 8,731 |
| 58 | Black Nightshade | Potassium | Vegetative | kg/ha | NULL | 75.00 | NULL | NULL | 8,731 |
| 59 | Marrow | Nitrogen | Pre-planting | kg/ha | NULL | 150.00 | NULL | One half before planting, the other half 30 days later. | 8,740 |
| 60 | Marrow | Phosphorus | Pre-planting | kg/ha | NULL | 150.00 | NULL | One half before planting, the other half 30 days later. | 8,740 |
| 61 | Marrow | Potassium | Pre-planting | kg/ha | NULL | 300.00 | NULL | One half before planting, the other half 30 days later. | 8,740 |
| 62 | Avocado | Nitrogen | Vegetative | kg/ha | 250.00 | 200.00 | 150.00 | NULL | 8,741 |
| 63 | Avocado | Phosphorus | Vegetative | kg/ha | 40.00 | 32.50 | 25.00 | NULL | 8,741 |
| 64 | Avocado | Potassium | Vegetative | kg/ha | 290.00 | 230.00 | 170.00 | NULL | 8,741 |
| 65 | Passionfruit | Nitrogen | Vegetative | kg/ha | NULL | 250.00 | NULL | NULL | 8,743 |
| 66 | Passionfruit | Phosphorus | Vegetative | kg/ha | NULL | 50.00 | NULL | NULL | 8,743 |
| 67 | Passionfruit | Potassium | Vegetative | kg/ha | NULL | 80.00 | NULL | NULL | 8,743 |
| 68 | Black Mulberry | NPK 15:15:15 | Vegetative | kg/ha | NULL | 167.00 | NULL | NULL | 8,802 |
| 69 | Bitter Gourd | Nitrogen | Vegetative | kg/ha | NULL | 50.00 | NULL | NULL | 8,805 |
| 70 | Bitter Gourd | Phosphorus | Vegetative | kg/ha | NULL | 75.00 | NULL | NULL | 8,805 |
| 71 | Bitter Gourd | Potassium | Vegetative | kg/ha | NULL | 60.00 | NULL | NULL | 8,805 |
| 72 | Yautia | NPK 15:15:15 | Vegetative | NULL | NULL | NULL | NULL | Compound fertilizer (NPK 15-15-15) was applied at a rate of 100g per plant to cocoyam (Xanthosoma sagittifolium) | 8,806 |
| 73 | Smooth Loofah | Nitrogen | Vegetative | kg/ha | NULL | 84.00 | NULL | NULL | 8,809 |
| 74 | Smooth Loofah | Phosphorus | Vegetative | kg/ha | NULL | 291.00 | NULL | NULL | 8,809 |
| 75 | Smooth Loofah | Potassium | Vegetative | kg/ha | NULL | 134.00 | NULL | NULL | 8,809 |
| 76 | Lesser Yam | Nitrogen | Vegetative | kg/ha | NULL | 50.00 | NULL | NULL | 8,810 |
| 77 | Lesser Yam | Potassium | Vegetative | kg/ha | NULL | 120.00 | NULL | NULL | 8,810 |
| 78 | Potherb Fameflower | NPK 15:15:15 | Vegetative | kg/ha | 400.00 | 250.00 | 100.00 | NULL | 8,814 |
| 79 | Cabbage-tree | NPK 300:300:150 | Vegetative | NULL | NULL | NULL | NULL | NULL | 8,815 |
| 80 | Breadfruit | NPK 7:10:5 | Vegetative | NULL | NULL | NULL | NULL | Depending upon the age of the plant N.P.K MIXTURE (7:10:5) 1 to 2 kg / plant can be applied. | 8,816 |
| 81 | African Cabbage | NPK 17:17:17 | Vegetative | kg/ha | NULL | 300.00 | NULL | NULL | 8,817 |
| 82 | Guava | NPK 13:13:21 | Vegetative | NULL | NULL | NULL | NULL | N.P.K 13:13:21 – 50 grams per plant as basal application,100 grams per plant at two months after transplanting thereafter 400 grams per plant per year. | 8,820 |
| 83 | Moringa | Nitrogen | Reproductive | kg/ha | NULL | 120.00 | NULL | NULL | 8,838 |
| 84 | Moringa | Phosphorus | Reproductive | kg/ha | NULL | 100.00 | NULL | NULL | 8,838 |
| 85 | Moringa | Potassium | Reproductive | kg/ha | NULL | 100.00 | NULL | NULL | 8,838 |
| 86 | Indian Mulberry | Nitrogen | Reproductive | kg/ha | NULL | 50.00 | NULL | NULL | 8,852 |
| 87 | Indian Mulberry | Phosphorus | Reproductive | kg/ha | NULL | 225.00 | NULL | NULL | 8,852 |
| 88 | Indian Mulberry | Potassium | Reproductive | kg/ha | NULL | 50.00 | NULL | NULL | 8,852 |
| 89 | Pitahaya | NPK 15:15:15 | Vegetative | kg | NULL | 0.50 | NULL | NULL | 8,859 |
| 90 | Pitahaya | NPK 13:13:21 | Reproductive | kg | NULL | 2.00 | NULL | Application after 3rd year, every 2-3 months | 8,859 |
| 91 | Vegetable Fern | NPK 12:12:17+2TE | Reproductive | NULL | NULL | NULL | NULL | NULL | 8,865 |
| 92 | Pitahaya | Nitrogen | Vegetative | g | 180.00 | 110.00 | 40.00 | As far as fertilizer does in concerned 40g Nitrogen and 60 Potassium should be applied to one year old plant. These doses should be increased at same rate. Four and onwards 180 g Nitrogen, 120 g Phosphorus and 180 g Potassium should be applied to each tree | 8,861 |
| 93 | Pitahaya | Potassium | Vegetative | g | 180.00 | 120.00 | 60.00 | As far as fertilizer does in concerned 40g Nitrogen and 60 Potassium should be applied to one year old plant. These doses should be increased at same rate. Four and onwards 180 g Nitrogen, 120 g Phosphorus and 180 g Potassium should be applied to each tree | 8,861 |
| 94 | Pitahaya | Phosphorus | Vegetative | g | NULL | 120.00 | NULL | As far as fertilizer does in concerned 40g Nitrogen and 60 Potassium should be applied to one year old plant. These doses should be increased at same rate. Four and onwards 180 g Nitrogen, 120 g Phosphorus and 180 g Potassium should be applied to each tree | 8,861 |
| 95 | Pomegranate | Nitrogen | Vegetative | gm/tree | NULL | 625.00 | NULL | NULL | 8,867 |
| 96 | Pomegranate | Phosphorus | Vegetative | gm/tree | NULL | 250.00 | NULL | NULL | 8,867 |
| 97 | Pomegranate | Potassium | Vegetative | gm/tree | NULL | 250.00 | NULL | NULL | 8,867 |
| 98 | Fava (Faba) Bean | NPK 15:15:15 | Pre-planting | kg/ha | 100.00 | 75.00 | 50.00 | Use balanced NPK for initial growth. Adjust based on soil test results. Ensure even distribution for uniform growth. | 9,794 |