| Crop |
Sponsor |
Location |
Results |
Comment |
| Citrus - Grafted | Department of Agriculture and PTNT | Hanoi, Socialist Republic of Vietnam | Two months after ECO-GROW treatment the diameter of the trunks were larger with the trees taller. Average Growth: EG 0.23cm Control 0.21cm
Height: EG 7.17cm Control 6.90cm | EG Tcal. 0.27
Control Tcal.0.11 |
| Litchi - Grafted | Department of Agriculture and PTNT | Hanoi, Socialist Republic of Vietnam | Two months following commencement of trial. ECO-GROW treated trees average growth - diameter 0.32cm, height 7.86cm Control 0.29cm and 7.65cm respectively. | Tcal EG 1.66 Tcal Control 0.56. |
| Maize | CIRAD Laboratories | Montpellier, France | 34 days after seeding ECO-GROW treated vs untreated in the field.
Root weight; EG 22.4gms Control 11.4gms. Leaf weight EG 143.0gms Control 65.7gms Leaf numbers EG 8.7 Control 7.5 Total height EG 107.8cm Control 82.2cm Root numbers EG 23.0 Control 17.3 | Report concludes; A strong general growth from maize in the field when EG applied with increased N and K concentrations. |
| Persimmon - Grafted | Department of Agriculture and PTNT | Hanoi, Socialist Republic of Vietnam | After two months treatment with ECO-GROW the average growth was reported:
Trunk diameter, EG 0.19cm Control 0.01cm. Height EG 17.65cm Control 16.55cm | Monitoring over 30 trees. |
| Potato | Commercial farmer | Indonesia
| The commercial crops each side of the treated sections yielded 6 bags/row. The ECO-GROW treated area yielded 8 bags/row. Less seed potatoes were produced and the size was larger from the ECO-GROW treated area. The eyes and indentations on the potatoes were shallower and a structural improvement in the soil was observed at harvest. 25% yield increase. | ECO-GROW was applied to potatoes 20-30cm tall on 3 boom spray passes |
| Potatoes | Mr. Abdulrahman Al Hakbani with support from NADEC (The National Agricultural Development Company, Riyadh, Kingdom of Saudi Arabia | Riyadh, Kingdom of Saudi Arabia | An increase in yield of 8% reported from field trials of ECO-GROW treated potatoes over control. After 37 days the report comments - the potato tops from ECO-GROW treated area were visually larger than from the control area.
| At harvest, 10-13 nodules on average per plant from ECO-GROW treated potatoes compared to 8-10 nodules per plant from control potatoes. |
| Rice | Commercial grower | Myanmar | Increased number of grains per plant were evident in the ECO-GROW field. Production was 13.1 MT per hectare compared to the control field that harvested only 7 MT. | Basmati rice |
| Rockmelon | Commercial grower | Queensland, Australia | Counts were 20% more fruit from the ECO-GROW treated rows compared to the control rows. | A good uniform size and shape was evident and reduced levels of nitrogen fertilisers applied to all of the crop.
|
| Tomato | Commercial farmer | Malaysia | After 5 days the ECO-GROW plot had clear advantages in growth over the chemical treatment. During the cycle the flowering was much better and production was up 35%, with 5 cuts of 1st class quality and 1 cut 2nd class. The chemical had only 2 cuts of 1st class. Also we observed less incidence of weeds | Product applied 20 days after planting with no chemical fertilisation. |
| Tomato | Bangladesh Agricultural Research Institute Horticulture Research Centre | BARI, Joydebpur, Gazipur, Bangladesh | ECO-GROW influenced the plant height, number of fruit/plant, fruit weight, yield/plant and yield/ha. The highest yield of 74.16 MT /ha. The effect that application of ECO-GROW had on yield has never been seen before was reported by sponsor. | Application of ECO-GROW on 7 replicated trial plots with fertiliser 63kg N, 200kg P, 150kg K per ha. |
| Wheat | CIRAD Laboratories | Montpellier, France | The ECO-GROW treated wheat plants revealed leaf area increased rapidly until about 58 days after seeding and then approached a plateau. ECO-GROW treated wheat showed better results on poorer soils and in all cases the treated plants produced a greater root mass. Increased leaf area in wheat in the phytotron on both poor and rich soils. Increased N uptake in wheat from ECO-GROW treatment. | A strong promotion of wheat root growth in sand and nutrient solution culture were reported. |
