Table 3.
Effect of different concentrations of in aqueous solution on tick larvae after 24 h (n=100 larvae in 5 replicates)
| S | Material | 24 hours |
|---|---|---|
| 1 | Water only | 0 (0%)a |
| 2 | N. sativa aqu 1% | 0 (0%)a |
| 3 | N. sativa aqu 3% | 338 (67.6%)d |
| 4 | N. sativa aqu 5% | 500 (100%)g |
| 5 | N. sativa aqu 10% | 500 (100%)g |
| 6 | N. sativa aqu 20% | 500 (100%)g |
| 7 | N. sativa aqu 50% | 500 (100%)g |
| 8 | N. sativa aqu 100% | 500 (100%)g |
| 9 | Thyme aqu 1% | 0 (0%)a |
| 10 | Thyme aqu 3% | 145 (29.0%)b |
| 11 | Thyme aqu 5% | 251 (50.2%)c |
| 12 | Thyme aqu 10% | 342 (68.4%)d |
| 13 | Thyme aqu 20% | 417 (83.4%)e |
| 14 | Thyme aqu 50% | 426 (85.2%)e, f |
| 15 | Thyme aqu 100% | 435 (87.0%)e, f |
| 16 | Spinosadaqu 2μl/50ml | 446 (89.2%)f |
| 17 | Spinosad aqu20μl/50ml | 500 (100%)g |
| 18 | Spinosad aqu40μl/50ml | 500 (100%)g |
| 19 | Spinosadaqu 10% | 500 (100%)g |
| 20 | Spinosadaqu 25% | 500 (100%)g |
| 21 | Spinosadaqu 50% | 500 (100%)g |
aqu: Aqueous form
N: The total number of died larvae
%: Percentage of died ticks in relation to studied sample (500) of each group,
a,b,c,d,e,f,g:
Homogenous groups so that, similar letters are not-significantly different, while different letters are significantly different.