Chapter 5 - Soil Health
5.1 Litmus paper for soil pH and liming
| 5.1.pdf |
5.2 Cover crops to prevent bare soil and erosion
| 5.2.pdf |
5.3 Shallow trenching to prevent erosion, conserve water
| 5.3.pdf |
5.4 Contour farming on hillsides to prevent erosion
| 5.4.pdf |
5.5 Living grass barriers to prevent erosion
| 5.5.pdf |
5.6 Cover crop during the transition from dry to wet seasons
| 5.6.pdf |
5.7 Vetch in the dry season to prevent erosion
| 5.7.pdf |
5.8 Adding organic nutrients to home gardens
| 5.8.pdf |
5.9 Covering manure from rain during storage
| 5.9.pdf |
5.10 Livestock sheds and collecting urine to add to manure
| 5.10.pdf |
5.11 Compost improvement
| 5.11.pdf |
5.12 Microdosing of manure
| 5.12.pdf |
5.13 Treating seeds with manure
| 5.13.pdf |
5.14 An indigenous biofertilizer (Panchakavya)
| 5.14.pdf |
5.15 Using worms to create manure (vermicomposting)
| 5.15.pdf |
5.16 Synthetic nitrogen fertilizer raises yields
| 5.16.pdf |
5.17 Microdosing of synthetic fertilizers
| 5.17.pdf |
5.18 Split application of synthetic fertilizers
| 5.18.pdf |
5.19 The number of applications of fertilizer is based on soil type
| 5.19.pdf |
5.20 Leaf colour change to diagnose fertilizer needs
| 5.20.pdf |
5.21 Legumes produce organize nitrogen fertilizer
| 5.21.pdf |
5.22 Legumes reduce need to purchase nitrogen fertilizer
| 5.22.pdf |
5.23 How to diagnose whether legumes are producing fertilizer
| 5.23.pdf |
5.24 Rhizobia bacteria imoculants
| 5.24.pdf |
5.25 Crop rotation with a legume (bean) reduces fertilizer needs
| 5.25.pdf |
5.26 Crop rotation with a pulse (lentil) reduces fertilizer needs
| 5.26.pdf |
5.27 Pigeon pea for degraded soils
| 5.27.pdf |
5.28 Azolla-Anabaena symbiosis in rice paddies
| 5.28.pdf |
