Water Saver

(2 Reviews)

SKU: 2000
Category: Plants and Ground
Manufacturers: NG

Save more than 60% water and improve floor quality

22,50 €

incl. 19% VAT , plus

Delivery time: 2 - 3 Workdays (DE - int. shipments may differ)

Description
Reviews

Makes dry soils fertile!

The application of BIO-energetic soil activator changes the binding capacity of atmospheric moisture in the soil through a BIO-energetic effect.

Applicatin:

Drive the earth activator into the ground at a distance of 2 meters. The depth of insertion of the rod depends on what you plan to do with the field, with the meadow , or with the plot. We recommend 10 cm depth of insertion of the rod into the soil for meadow and grassy areas. In the case of arable land and land that will be planted, the depth of insertion is 20 to 30 cm (below the plow line). If the area is planted with trees, a rod must be driven 10 cm into the ground next to each tree. It takes about 2 to 3 months until the effect of the soil activator is completely distributed in the soil.

One steel rod (diameter: 1 cm, length approx. 20 cm) has an effect in an area of 4 m².

A test field in Yemen showed that the seeds did not grow as fast as artificially irrigated areas, but the seeds on the test field grew without artificial water supply!

Field report for water saving pen created on June 21, 2018.

Geographical location
We live on the Mieminger Plateau at an altitude of 900 m. The plateau is characterized by the Mieminger chain (up to 2800 m). This means that weather conditions from north to northwest are always pushed away. For the summer this results very often in low precipitation. The area belongs to the northern limestone Alps. The soil is stony or sandy. Any precipitation seeps away very quickly, the surface dries out quickly.

Use of the water saving pen
We used the water saving pen for the first time in November 2017. We used two pens for each of the large raised beds (1.4 x 4.6 m) and one pen for each of the smaller raised beds (1.4 x 2.6 m).

The weather situation in winter 2017/2018
The winter was very long this time (four months). There was enough snow, which remained until the end of March due to the low temperatures and the few warm days. Only then did the snow start to melt.

Remnants of snow 19.02.18

The weather situation from April 2018
The spring from April 2018 was characterized by very little precipitation, high temperatures up to 30° and surprisingly much wind for our area.
That is, the soil has received virtually no moisture from rain after the snow melted; the high temperatures and wind have additionally dried out the soil.

Soil: 07.05.18

There were occasional smaller downpours of ten to a maximum of 20 minutes, but they were not sufficient for deeper soil moisture. Monthly precipitation statistics of a private weather station in liters

Nov 17	Dez 17	Jän 18	Feb 18	Mär 18	Apr 18	Mai 18	Jun 18
43	64	63	36	47	21	15	57

Locally, our area had 75-82% less precipitation than annual average for this time of year!

The nature of the soil
In an average spring, when the snowmelt was over and the precipitation was insufficient, from the beginning of May after the thawing of the soil usually appears like dust. This so-called dust depth went about 20-25 cm until finally a moist soil was felt.
This year it was noticeable that the soil presented itself as follows:- on the surface to a depth of about 3 cm was a dry layer and below it began already soaked soil.

Earth layers 07.05.18

We deliberately watered relatively few this spring to try out the effect of the water saver as much as possible. We watered the tomatoes briefly only every 3rd day during the dry periods this early summer. The young plants were watered two or three times after planting and then we left them to their "fate". The usual irrigation by means of a beaded hose buried in the raised bed could not be used = the rainwater tanks (about 3000 liters) were almost empty this spring! The drought this early summer has also shown in the fact that until July 21 I had to mow the lawn only twice, because it simply did not grow. We also mulched the raised beds starting in mid-May. But the moisture as mentioned before still remained from 3 cm depth. This year the garden presents an extremely high and dense growth for this time of year.

Garden 1 & 2 17.07.18

Of course, the temperatures have also contributed to the fact that we could harvest, for example, the first fruits of tomatoes already at the end of June, which were normally ready for harvest only at the beginning of August.
The first rains, which have relatively soaked the soil, have come only 1 x each from mid-June and now from mid-July.

Experience & Results
We are convinced that in this particularly dry and very warm early summer, the water saving pen has extremely fulfilled its intended effect in our raised beds. We have never had such a moist soil with such good growth until now!!! About the described energetic transformation of the soil we can not yet say much, because we use the water saving pen only for eight months. The first positive signs are particularly vigorous growth, but we would like to announce more precise results only after a year of use.

Conclusion:
We can recommend for all those who are willing to think outside the box to try something so "crazy" to bridge the increasingly long and frequent dry periods without using and wasting drinking water in the garden and still achieve a bountiful harvest for their own health.

Africa

Benno Kehl does active association work in Africa and has used the Watersaver on a maize plantation here. Quote "We have equipped a field in Africa Burkina-Faso on the outskirts of the village Korsimoro with the earth rods". We are very excited about the result." For the first time in three years, corn is thriving in the barren soil.

Overview of conventional irrigation systems

As you can see in the following table, the Water-Saver offers many advantages compared to the well-known irrigation systems, such as no ongoing costs, no evaporation loss, applicable to all soils and terrains, and many more.

	Surface irrigation	Subsurface irrigation	irrigation	Drip Irrigation
Evaporation loss	high	low	high	low
Infiltration loss	middle	high	low	low
Water use efficiency	40% - 50%		60% - 70%	80% - 90%
Risk of salinization	low	high	high	low
Risk of silting	middle	low	high	middle
Methane outgassing	yes	no	no	no
Installation costs	low	low to middle	high	high
Suitable Floors	heavy soils, no slope	no slope, impermeable Subsoil	all floors, no to little slope	all floors, any slope
Possible Crop types	Water-logging tolerant plants e.g. rice	all	all	Permanent crops, e.g. wine, olives, fruit and vegetable cultivation

Item information	Value
Item weight:	0,11 kg

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Total entries: 2

Funktioniert
Geduld, klappt aber super.

andreas h , 21.09.2023 Verified purchase Voucher received

Geduld nötig
Ich habe zwei Stäbe, die entsprechend den Anweisungen eingeschlagen wurden.
Nun braucht es Geduld, um den Unterschied feststellen zu können.
Ich bin sehr gespannt.

Heidi Z , 16.10.2023 Verified purchase Voucher received

Total entries: 2

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