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The discovery in hydrogen ion + often negatively correlated with digital soil-CEC metal elements in the environment and helping all apical dominances both in plants and animals

International Journal of Advanced Biochemistry Research · 2026 · Vol. 10(5) · pp. 650–654
Debabrata DasAranya DasPrakriti DasSanta Ana

Abstract

This Research Article dealt Discovery with Hydrogen Cation that helps in all apical dominances both in plants and animal Since Ayurveda digital biochemistry descirbes that H + ion helps in every apical-movements and every positive features in biology in environmental-biochemistry complemented H + often inihibitted by the soil CEC whereas H + is promoted by digital hydroponic & digital “DISPER-EEM” DISease PERcentage null with Environment Editing Model by lowering Digital CEC below 20 meq per 100 g Soil Sample in universal mission. H + Ion helps in apical-movements and every positive features in biology including tallness both in plants and animals allinihibitted by digital CEC and promoted by holy “DISPER-EEM” Ecotecnology a digital cation exchange capacity in environments that determines every-features in plants and animals biology ecology and ecotechnology “DISPER-EEM” may be the best Ecotecnology owing to digital cation exchange capacity in environments that determines every features in biology. DISPER-EEM DISease PERcentage null with EEM environment Editing Model stated that digital CEC is everything in Biology. A digital CEC below 20 meq per 100 g Soils which usually Rocks, Plateau and sands and gravels environments are non-diseases. Any Ecotechnology is algorithmic relations among environmental parameters in nature and in synthetic environmemts to find the esteem godness. This Ecotechnology has strong digital application even in natural, Synthetics in Hydroponics and all mankind. Our Study found Every Inland fish-species can be broodable and breedable well within the low TDS viz i.e. Total Dissolved Solids below 100 ppm or alternatively a low Water-Hardness below 150 ppm. Beyond this any higher water Hardness or water TDS results lack of Oxygen causing hazards or may be considered as environmental pollutions to all the young off-springs the same scientific principle is applied in digital Hydroponic as well. Recently we derive dissolved Oxygen can be judged based on water Temperature following Ecotechnology. Not only in water Environmental Soils are having a huge 93 metals and many ions 86 Metals are harmful to every Biology whereas water having 7 dissolved metals and sand is the better and best medium as digital hydroponics than conventional soils. Thus in agriculture and fisheries Ecotechnology DISPER is used Its apparent that the water hardness or metals contents or digital CEC can be well identified with the Satellite based remote sensed digital data or grey-values also and hence less metals digital hydroponics or any environment are beneficial to Biology and Dissolved Oxygen can be determined remotely as well with water Temperature to benefit fisheries and Hydroponics. Study has been found that and excessive water-hardness results excessive metals in soil, excessive poisonous metals and heavy metals (86) are very harmful and can be controlled with adding Ash and ash also in water the best medium to make water more transparent or a low TDS or low Water-Hardness and make congenial Fishes to breed and hatch at the same time makes the best environment This communication has applied Ecotechnology namely Digital CEC in sediments or environment is everything to biology, all plants and animals. Present communication has been showing H + is very essential and linear relations between H + in environments and commonly measuring Metals in Environments that changing amount of H + Ions.

Plant Growth and Agriculture TechniquesInnovations in Aquaponics and Hydroponics SystemsEnvironmental and Analytical Chemistry Studiestotal dissolved solidsdissolved oxygencation exchange capacityhydroponicswater hardnesssoilwater temperature

Funding

  • Indian Council of Agricultural Research
  • Central Inland Fisheries Research Institute, Indian Council of Agricultural Research
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