Dear Clemens Von, There are ...
Published by Prem Baboo, Researcher at www.researchGate.net
Dear Clemens Von,
- There are so many practices for utilizing saline water in irrigation. Dilution of it through canal water, mixing, blending and alternate use of these water with canal water and many more.
- keeping an optimal humidity level in our irrigated soil and try to maintain it can reduce the negative effects of water salts
- Dilution of ground water with fresh river water. Such methods are used in Central Asia.
- Rain water harvesting is the cheapest source to improve ground water quality. It could be ponds, recharge pits, recharge wells, percolation trenches, afforestation, etc. as per the site specific demand and availability of rain water. Comprehensive Watershed Management is the only cheapest solution under Indian Agro climatic conditions.
- Magnetic treatment of irrigation water: Its effects on vegetable crop yield and water productivity.
- HYDROSMART™ (Ionized Pty Ltd, Australia) is an electronic technology which treats irrigation water to optimize plant productivity. It frees nutrients by using only electrical frequencies. This technology also facilitates the removal of excess sodium and serves to maintain a favorable pH in the root zone. It has gained acceptance as a mainline water-treatment option in a wide range of agricultural and non-agricultural settings. The process used is Ion Cyclotron Resonance (ICR), which acts on hydrated minerals in irrigation water. To achieve this, an oscillating electrical field is generated by a circuit at specific frequencies. The electrical field is established through two antenna windings around a plastic pipe. The pipe is the same diameter as used for irrigation. This electrical field interacts with the earth's magnetic field to produce resonance, which is a vibrating system or external force that drives another system to oscillate with greater amplitude. Ion cyclotron waves were identified in 2013 by NASA's solar probe spacecraft called WIND as the main cause for the heating of solar wind as it rises from the sun's surface. Before this discovery, it was unclear why solar particles would heat up, instead of cool down, when speeding away from the sun's surface. Hydrated (partially dissolved) oppositely charged ions are associated with each other as minerals in irrigation water. Under the influence of resonance, these ions are propelled in opposite directions and therefore become separated from each other, effectively increasing hydration. Similarly, since water molecules possess a pair of equal and oppositely charged separate poles, they can be reoriented by the field and affected directly, again increasing hydration. Beneficial growth outcomes are consistent, so long as other strong electromagnetic fields (EMF) are kept distant, and only the earth’s magnetic field is present.
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