The New-generation trace element nutrient mixed fertilizer

Increase in yields of
100 percent and more
possible with out any harm to the environment

Plant Power 2003® works on the whole Plant to help it grow stronger!

The Roots
For over ten years, scientists in many different countries have tried to breed plants with strong root formations, or to develop products which promote root growth.

Strong root development can make important contributions to environmental protection, for instance by regenerating over-fertilized soil, fixing dunes, mountain slopes, hill meadows or the banks of rivers and canals, as well as by regulating the ground water indry areas etc. The following photograph shows two genetically identical, young tomato plants. The root growth of almost all plants treated with Plant Power 2003® develops in a similar manner.

picture of roots click me

Above-average yields are only possible with above-average root formation!

Even in the case of cereals (wheat, rye, oats and barley),
farmers estimated an increase in root mass of approx. 40 - 70%.

The table below shows a few examples of how root mass increases
after treatment with Plant Power 2003®.

root graphclick me

The Leaves

There is no need to explain how important healthy leaf development is, particularly in open field agriculture, Substantial differences were also found here with the application of Plant Power 2003®. The following data were recorded with the previously mentioned strawberries of the Korona type shown on the graph.

Leaf mass graphclick me

In tropical countries, a well developed leaf mass for water intake and the provision of shade is a precondition for a good harvest. For instance, banana plants must have at least 7 leaves in order to produce a yield. On our test plantation in Costa Rica we achieved an average of 11 leaves. Experiment with genetically identical plants (Pictures below): .

Untreated control sample leafclick me PPleaf Treated with Plant Power 2003®


This is the visible difference in four days (experiment with genetically identical plants).

untreated banana Banana plants produce only one yield. The trunk is cut down after the haryest. The sapling develops to bear the fruit for the following harvest. These photographs also show genetically identical plants. Please note the height of the sapling. The genetically identical parent plants were planted on the same day.

PP banana In open field tests in Central America, yield increases of 80% were achieved with Plant Power 2003®. In practice, an even higher yield can be expected, as the fructification of the second crop was so far advanced that it could be harvested approx. 6 weeks earlier than the control plants.

Yields with Plant Power 2003®

Click on the different Plants to see the yield results!





Bush beans





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