• Corpus ID: 93462017

The use of organic biostimulants to reduce fertilizer use, increase stress resistance, and promote growth

@inproceedings{Sivaramakrishnan1997TheUO,
  title={The use of organic biostimulants to reduce fertilizer use, increase stress resistance, and promote growth},
  author={S. Sivaramakrishnan},
  year={1997}
}
High quality organic biostimulants can stimulate plant growth, providing excellent growth and yield, with up to a 50% reduction in fertilizer use. These compounds are essentially, a stress vitamin mix for plants. They were developed for use in tissue culture of refractive or sensitive tissue explants. Research and practice has shown that these compounds can work under soil conditions, as well as in tissue culture. They work best on plants under water, cold, nutrient, and/or biotic stress. In… 

Figures from this paper

ENHANCING MINERAL NUTRIENT AVAILABILITY AND CORN PRODUCTIVITY WITH BIOSTIMULANTS BY LOGAN
Biological products are a diverse part of the agricultural market that is booming with new products every year. There are many categories of biological products with a large variety of uses; however,
Effect of N Pro technology and Seactiv complex on growth, yield quantity and quality of ‘Szampion’ apple trees
TLDR
Evaluation of growth, yield quantity and quality of 'Szampion' apple trees fertilized according to two following programs showed that introduction of the fertili- zation programs based on marine algal extracts had significant effect on total yield, one fruit weight, firmness and sugar extract content in apple tree 'SZampion' fruits.
Enhancement of ammonium and potassium root influxes by the application of marine bioactive substances positively affects Vitis vinifera plant growth
The enhancing effect of three marine bioactive substances (MBS) – EXT1116, NA9158 and 251104 – on the absorption of ammonium and potassium by the root system and the growth of potted grapevine (Vitis
Marine Bioactive Substances (IPA Extract) Improve Foliar Ion Uptake and Water Stress Tolerance in Potted "Vitis vinifera" Plants.
The effect of marine bioactive substances (IPA extract) on K + and Ca 2+ fluxes and water stress tole- rance was evaluated on potted Vitis vinifera plantlets. Different foliar treatments were
Humectants as Post-plant Soil Amendments: Effects on Growth and Physiological Activity of Drought-stressed, Container-grown Tree Seedlings
One-year-old seedlings of red maple (Acer rubrum L.) and yellow poplar (Liriodendron tulipifera L.) were treated with Hydretain ES™(HydES) or EcoSential™(EcoS) applied as a soil drench. A progressive
Type of Bio-Stimulant and Application Method Effects on Stem Quality and Root System Growth in L.A. Lily
TLDR
The three bio-stimulants gave performances similar among them and higher than the water only according to some of the parameters: the crop cycle came early, the leaves resulted more expanded in the lamina and greener, the flower buds had a higher diameter; the root system showed a higher length development.
Preliminary studies on the eff ect of bioactive substances of Hypnea musciformis (Wulf.) Lamour. on the growth of seedlings in green gram, Vigna radiata L.
TLDR
The effect of seaweed liquid fertilizer (SLF) of Hypnea musciformis (wulf.) Lamour on seed germination and biochemical constituents of Vigna radiata L.
Drought Stress and Paper Birch (Betula Papyrifera) Seedlings: Effects of an Organic Biostimulant on Plant Health and Stress Tolerance, and Detection of Stress Effects With Instrument-Based, Noninvasive Methods
We conducted a progressive-drought greenhouse experiment, using potted paper birch (Betula papyrifera) seedlings in their third year of growth, to investigate whether a commercially available organic
Pengaruh Aplikasi Biostimulant terhadap Pertumbuhan dan Produksi Selada (Lactuca sativa L.)
Lettuce is a type of vegetable that is very popular with the people of Indonesia. It contains healthy nutrients including minerals, vitamins, antioxidants, potassium, iron, folate, carotene, vitamin
...
...

References

Antioxidants in Higher Plants
TLDR
The chemistry and protective potential of sulfhydryl and hydroxyl compounds are emphasized and how tools of molecular biology may further clarify antioxidant function and response to stress are discussed.