Liquid Organic Kelp (Ecklonia maxima) (90%) and Protein Hydrolysate
PROMOTER OF general PLANT GROWTH
Liquid Organic Fertilizer 90 is an organic fertilizer that contains a blend of fish protein hydrolysate derived from an enzymatic process, kelp extract, and bioactive low-chain carbon molecule that supports plant growth, especially under abiotic stress. Protein hydrolysates are rich in essential amino acids that promote root and hair growth, shoot and leaf growth, and improve pollination and fruiting. Amino acids are easily absorbed by plant roots and leaves. Reduce the negative effects of stress such as drought, high salinity, excess water, and high temperatures. Using Liquid Organic Fertilizer 90 before, during, and after stress provides the plant with amino acids directly linked to stress in the body, boosting immunity and recovery. Liquid Organic Fertilizer 90 maintains plant moisture, keeping the body strong so photosynthesis continues despite stress. Some of the amino acids in Liquid Organic Fertilizer 90 are simple metabolites for tissue and chlorophyll production. This increases the plant's chlorophyll concentration, contributing to more photosynthesis. Amino acids have a chelating effect on micronutrients which improves their absorption and translocation within the plant. This results in better uptake and transportation of micro-nutrients. Additionally, protein hydrolysate containing amino acids can heighten microbial activity in the soil and optimize nodule development in legume crops.
Analysis:
Nitrogen ………………. 0.1645%
Phosphorus Potassium………………… 0.014%
Total amino acids ……………… 0.08 %
Protein ……………………. 1.036 %
Carbon ……………………….. 0.8%
Auxins …………………….. 255 mg/l
Alginic acid ………………….. 0.32%
Ecklonia maxima ……………………………… 90%
pH = 3.23
SG: (@20 °C) 1,05 ± 0,02
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|
crops |
number of treatments |
foliar |
fertigation |
time of application |
|
bubs and vegetables for fruit and vegetable as whole |
3 treatments |
200-250 ml/hl
|
2-2.5 l/ha |
1st: when plants are at 5-10 cm height. second and 3rd: at one-month intervals. or in the moment of stressful situation |
|
2-2.5 l/ha |
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|
beans |
3 treatment |
20 ml/ hl |
2-5 l/ha
|
1st: when plants have 6/7 leaves. 2nd: before flowering 3rd: during first bud growth. or in the moment of stressful situation |
|
strawberries |
4 treatments |
200-250 ml/hl |
2-5 l/ha
|
1st: during plant growth before flowering. 2rd: during setting 3th: during summer rest. or in the moment of stressful situation |
|
citrus fruits, fruit trees and nuts, olive |
3 treatments |
200 ml/hl |
7-10 l/ha
|
pre-flowering, setting-up, enlargement of the fruits and in all the cases of the plant stress |
|
avocado |
2 treatments |
150 ml/hl |
3 l/ha
|
1st: before flowering. 2nd: 35-40 days later. 3rd: one month later |
|
pineapple |
2 treatments |
75-100 ml/hl |
4 l/ha
|
1st: at the end of “true flowering”. 2nd: 30 days later. |
|
grapes |
3 treatments |
150 ml/hl |
4 liters/ha |
1st: at early flowering. 2nd: at the end of fruit setting. 3rd: grapes veraison |
|
cereals |
1-2 treatments |
2-3 liters / ha |
4 liters/ha |
between the end of tillering and the beginning of the rising stage when herbicide applied or in the case of stress |
|
industrial crops grains, sunflower, canola, cotton |
2 treatments |
50-150 ml/hl |
2-4 l/ha
|
1st: before flowering. 2nd and 3rd during filling period |
|
tea |
1 treatment |
150 ml/hl |
1.5 l/ha
|
every 7 days starting from pruning. |
|
tobacco |
1 treatment |
50-150 ml/hl |
200 cc / 100 m2 |
1st: before transplanting. 2nd and 3rd: at 3 week intervals |
|
flowers – ornamental plants |
1 treatment |
5 ml/ l |
200 cc / 100 m2 |
every 7-10 days starting from vegetative growth. for home gardens |
|
olive trees |
5-8 l |
1 liter |
5-8 liters / ha |
|
Size:1000 liters 