| 1. | Pedestal erosion |
| 2. | Volume of soil lost from a rill or gully can be compared with the volume of the deposited soil |
| 3. | Plastic-lined catchpits |
| 4. | Simple demonstration plots in Zimbabwe |
| 5. | A rotating nozzle simulator |
| 6. | A large Australian simulator which can be picked up by crane in one piece and moved to another plot |
| 7. | Rotating boom simulator |
| 8. | Microplots in Malawi |
| 9. | Microplot at IITA, Nigeria |
| 10. | Microplots in Hungary |
| 11. | Removable plot boundaries in Zimbabwe |
| 12. | A plot to measure the effect of grazing in South Africa |
| 13. | Concentric tanks make the emptying of small runoff events simpler |
| 14. | A multi-slot divisor in Korea |
| 15. | A V-notch divisor in Zimbabwe |
| 16. | A divisor of drilled holes in Zimbabwe |
| 17. | A multi-pipe divisor in Indonesia |
| 18. | A multi-pipe divisor in Nigeria |
| 19. | A simple flow-splitter in Thailand |
| 20. | Splitting flow in sequence in Thailand |
| 21. | A system with three tanks and two divisors in Zimbabwe |
| 22. | The Coshocton sampling wheel in Taiwan |
| 23. | Measuring streamflow with a current meter in Botswana |
| 24. | A broad-crested V weir at IITA in Nigeria with downstream apron |
| 25. | The approach to the weir and gantry for current meter measurements and sediment sampling |
| 26. | A non-standard weir in Java on a stream with a heavy bedload |
| 27. | A Parshall flume with free outfall and one level recorder |
| 28. | A Parshall flume with partly submerged outflow and two water level recorders |
| 29. | Field construction of a Parshall flume using a reusable metal framework |
| 30. | An H flume in Zimbabwe |
| 31. | A WSC flume for measuring small flows |
| 32. | Modern commercial pumping sampler (Rock and Taylor) |
| 33. | Components of the pumping sampler developed by Hydraulics Research Wallingford |
| 34 | Wallingford pumping at an HL flume in the Philippines |
| 35. | A simple sampler for measuring total load in small channels on cultivated land |
| 36. | A field scale simulator from Israel |
| 37. | A laboratory dropper simulator |
| 38. | Trailer-mounted drop simulator from Venezuela |
| 39. | Preparing plots for the simulator |
| 40. | A rotating disc rainfall simulator |
| 41. | Rotating nozzle simulator developed at Silsoe College |
| 42. | The Silsoe College rainfall simulator in China |
| 43. | The failure of a terrace system in Tanzania |
