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Home | Products | Seaweed Extract >> Liquid seaweed extract fertilizer, Liquid kelp, Liquid organic fertilizer, Liquid lawn fertilizer Liquid NPK plant fertilizer |
Brand name: Saosis Seaweed
We manufacture organic liquid seaweed extract fertilizer and
granular
seaweed extract fertilizer from soluble brown seaweed extract, derived from vegitative seaweed concentrate. |
We are an ISO 9001:2008 certified manufacturer and exporter. Saosis organic liquid seaweed extract fertilizer and granular seaweed extract fertilizer is derived from Kelp. Saosis liquid seaweed fertilizer contains sufficient amount of oceanic bio-active matter such as Phycocolloid, Mannitol etc apart from natural plant regulating factors such as Oligose, Polyphenol, Trehalase, Cytokinin, Betaine, Lignin, Protein, Amino ,
at least two gibberellins and antibiotics. Saosis liquid Seaweed extract contains sufficient amount of plant growth nutrition for complete organic farming. |
Seaweed is a microorganism that grows in oceans, lakes, rivers and other bodies of water and is comprised of algae . Algae is a plantlike organism that doesn't contain actual roots, flowers, leaves and stems, but does contain the green pigment known as chlorophyll. This allows the organisms to grow through the process of photosynthesis. Seaweed can include members of green, red or brown algae families, and there exist around 10,000 species within many marine habitats around the world.
Seaweed improve the water-holding characteristics of soil and help the formation of crumb structure. They do this because the alginic acid in the seaweed combines with metallic radicals in the soil to form a polymer with greatly increased molecular weight, of the type known as cross-linked. One might describe the process more simply, if less accurately, by saying that the salts formed by alginic acid with soil metals swell when wet and retain moisture tenaciously, so helping the soil to form a crumb structure.
The substances secreted by soil bacteria in the presence of seaweed include organic chemicals known as polyuronides. Polyuronides are chemically similar to the soil conditioner alginic acid, whose direct effect on the soil we have already noticed, and themselves have soil-stabilizing properties. This means that to the soil-conditioning agent which the soil derives from undecomposed seaweed -- alginic acid -- other conditioning agents are later added: the polyuronides, which result from the decomposition of seaweed.
Auxins in seaweed include indolyl-acetic acid, discovered in seaweed in 1933 for the first time. Two new auxins, as yet unidentified, but unlike any of the known indolyl-acetic acid types, were also discovered in 1958 in the Laminaria and Ascophyllum seaweeds used for processing into dried seaweed meal and liquid extract. These auxins have been found to encourage the growth of more cells -- in which they differ from more familiar types of auxin which simply enlarge the cells without increasing their number. One of the auxins also stimulates growth in both stems and roots of plants, and in this differs from indolyl-acetic acid and its derivatives, which cause cells to elongate but not to divide. The balanced action of this seaweed auxin has not been found in any other auxin.
Seaweed contains all known trace elements but not all are available forms are exceptable to the plants. This problem can be overcome by chelating -- that is, by combining the mineral atom with organic molecules.
With liquid extract, this ability to chelate can be taken a stage further than happens naturally with seaweed and seaweed meal.
Plants treated with seaweed products develop a resistance to pests and diseases, not only to sap-seeking insects such as red spider mite and aphides, but also to scab, mildew and fungi. Such a possibility may seem novel, but it is in keeping with the results of research in related fields. The control of plant disease by compounds which reduce or nullify the effect of a pathogen after it has entered the plant is an accepted technique. It is in this way that streptomycin given as a foliar spray combats fireblight in apples and pears, and antimycin and malonic acid combat mosaic virus in tobacco. |
Saosis liquid seaweed extract fertilizer makes contributions to the garden that few other natural fertilizers can brag about. First off it doesn't smell as bad as manure! Others include the following:
- Being rich in bio-activators (the ingredients for healthy decomposition) Saosis seaweedis great for compost piles as it assists in speeding up the decay of other organic matter.
- Saosis seaweed contains large traces of potassium and natural hormones making it a hearty fertilizer that strengthens roots and a plant's overall system.
- It lowers vulnerabilities against diseases
- Its smell repels many unwanted pests and insects though it unfortunately also makes earthworms temporarily run for the hills, which is noteworthy because worms are important contributors to soil composition. However, they don't disperse for long and in the end the benefits of applying fresh seaweed out way this temporary situation.
- As mulch Saosis seaweed stops weeds dead in their tracks and keeps soil moist.
- Because Soasis seaweed comes from the ocean it doesn't introduce unwanted seeds to the new environment like other mulches may.
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| Nitrogen |
N |
0.5 to 2% |
| Phosphorus |
P2O5 |
3 to 5% |
| Potassium |
K 2O |
14 to 16% |
| Calcium |
Ca |
0.15% min |
| Magnesium |
Mg |
0.3 to 0.6% |
| Sulphur |
S |
1 to 3.0% |
| Zinc |
Zn |
100mg / L max |
| Copper |
Cu |
4 ppm to 20 ppm |
| Iron |
Fe |
0.1 to 0.4% |
| Manganese |
Mn |
20 ppm to 60 ppm |
| Alginic Acid |
|
15 to 17% |
| Mannitol |
|
15 to 17% |
| Amino acids |
|
1.5 to 2% |
| Sodium |
Na |
1% min |
| Boron |
B |
50 to 200 ppm |
| Hydrargyrum |
Hg |
5mg / L max |
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Saosis organic liquid seaweed extract fertilizer is made from soluble brown seaweed extract derived from vegetable seaweed
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Brown seaweeds, which are the ones used in agriculture and horticulture, not only contain vitamins common to land plants, but also vitamins which may owe their origin to bacteria which attach themselves to sea plants, in particular vitamin B12. There is still some doubt about this -- B12 may be contained in the seaweed, although in some cases it is in associated bacteria. Vitamins known to be present in the brown seaweeds include vitamin C (ascorbic acid), which appears in as high a proportion as in lucerne. Vitamin A is not present, but its precursor, beta-carotene, is, as well as fucoxanthin, which may also be the precursor of Vitamin A. B group vitamins present are B1 (thiamine), B2 (riboflavin), B12, as well as pantothenic acid, folic acid and folinic acid. Also found in brown seaweeds are vitamin E (tocopherol), vitamin K, and other growth-promoting substances. The unusual nature of the vitamin E in seaweed should be stressed. It has valuable characteristics (put technically, a complete set of isomers) found only in such seed oils as wheat germ oil.
The brown colour of these algae results from the dominance of the xanthophyll pigment fucoxanthin, which masks the other pigments, Chlorophyll a and c (there is no Chlorophyll b), beta-carotene and other xanthophylls. Food reserves are typically complex polysaccharides, sugars and higher alcohols. The principal carbohydrate reserve is laminaran, and true starch is absent (compare with the green algae). The walls are made of cellulose and alginic acid, a long-chained heteropolysaccharide.
There are no known unicellular or colonial representatives; the simplest plant form is a branched, filamentous thallus. The kelps are the largest (up to 70 m long) and perhaps the most complex brown algae, and they are the only algae known to have internal tissue differentiation into conducting tissue; there is, however, no true xylem tissue as found in the 'higher' plants.
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The precise effects of the Saosis Seaweed on a given insect species are often difficult to pinpoint.
plants treated with saosis seaweed products develop a resistance to pests and diseases, not only to sap-seeking insects such as red spider mite and aphides, but also to scab, mildew and fungi. Such a possibility may seem novel, but it is in keeping with the results of research in related fields. The control of plant disease by compounds which reduce or nullify the effect of a pathogen after it has entered the plant is an accepted technique. It is in this way that streptomycin given as a foliar spray combats fireblight in apples and pears, and antimycin and malonic acid combat mosaic virus in tobacco. The subject of controlling plant disease by introducing substances into the plant itself is known as chemotherapy.
As far as chemotherapy through seaweed is concerned, the annual report for 1963 of the Institute of Seaweed Research stated that trials in which soil-borne diseases of plants were reduced by adding seaweed products to the soil were the first recorded instance of the control of disease by organic manure. 'Hitherto', the report ran, 'the majority of agricultural scientists believed that the value of organic manures was restricted to their nitrogen-phosphorus-potassium content, with perhaps some additional value as soil conditioner. This new discovery challenges this over-simplified view of the value of organic manures, and has initiated a new appraisal of this very complex problem.'
The reason why seaweed and seaweed products should exert some form of biological control over a number of common plant diseases is unknown. Soil fungi and bacteria are known to produce natural antibiotics which hold down the population of plant pathogens, and when these antibiotics are produced in sufficient quantities they enter the plant and help it to resist disease. The production of such antibiotics is increased in soil high in organic matter, and it may be that seaweed still further encourages this process. |
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Postal address:
The Manager (QC)
Saosis Biotech Private Limited
P.O: Jagannathpur, Barbaria, Barasat,
Kolkata, West Bengal, India
Pin code: 700126
Email: info@saosis.com
Contact number: +91 9830609065 |
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