Fertilizer recommendation for rabi cereal crops (AGRONOMY) WHEAT,BARLEY,OATS,QUINOVA

1. FERTILIZER RECOMMENDATION
FOR RABI CEREAL CROPS
Submitted by MOHAMMED ANFAS K T
anfasnellikuth@gmail.com
https://www.linkedin.com/in/mohd-anfas-5409431a0

2. WHEAT

3. WHEAT
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4. WHEAT
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Salient Features of Fertilizer Application of Wheat Crop
1. The response of wheat to organic manure is less as compared to
fertilizers but it
helps in improving structure of the soil and moisture holding
capacity.
2. The irrigated wheat crop with Mexican varieties gives good
response to N but
lower response to P and K.
3. The response to the application of nitrogen along with the
phosphorous is better than the application of N and P alone.

5. 5
4. Different agro climatic regions show different
response to fertilizer.
5. Indo-Gangetic alluvial soil gives better response to
fertilizers than black cotton soil of Maharashtra.
6. The response to the fertilizer is also depend upon
time of sowing spacing, seed rate, method of fertilizer
application, variety etc.
7. Drilling of fertilizer at 6 cm depth below the seed
gives better response than broadcasting.Agricultural

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8. Different type of Nitrogenous fertilizer give more
or less equal response but in some cases ammonium
sulphate nitrate has proved better than others.
9. Foliar application of urea in addition to part
application on through soil at sowing give good
response in case of rainfed wheat.

7. FERTILIZER RECOMMENDATION
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# Apply 12 kg K2O (20 kg muriate of potash) per
acre to soils testing low in potassium with adequate
moisture stored.
## Apply 8 kg K2O (10 kg muriate of potash) per
acre to soils testing low in potassium with low
moisture stored.

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BARLEY

10. BARLEY
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11. Barley nutrient requirements
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Barley nutrient requirements vary depending on the crop growth
stage. Find out which nutrients are most important and the roles of
nutrients at different barley growth stages.
Establishment
Nitrogen for early rapid growth.
Phosphate to supply the energy for early growth and development,
especially root mass.

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Tillering
Nitrogen for leaf development and size, increasing tiller number per plant.
Manganese for its role in the structure of photosynthetic proteins and
enzymes.
Stem Extension
Nitrogen for large leaves, rapid growth and development.
Phosphate to supply the energy for growth and development.
Potassium for plant water regulation and structural integrity.
Sulphur for yield and quality improvements.
Manganese for its role in the structure of photosynthetic proteins and
enzymes.
Zinc for enzyme reactions, nitrogen metabolism, and protein synthesis

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Flag Leaf and Grain Filling
Nitrogen for higher yields through green leaf duration, grain site
survival, grain size and protein levels.
Magnesium for green leaf duration .
Phosphate for dry matter remobilisation for yield improvements.
Boron for pollen viability

14. FERTILIZER RECOMMENDATION
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# Apply 6 kg K2O (10 kg muriate of potash) per acre to
soils testing low in this nutrient.
* Apply 45 kg urea per acre, if the recommended dose
of DAP is to be applied.

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OATS

16. OATS
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17. OATS
Roles of nutrients at different growth stages
Establishment
Nitrogen for early rapid growth.
Phosphate to supply the energy for early growth and
development, especially root mass.
Manganese for its role in the structure of photosynthetic
proteins and enzymes.
Zinc for enzyme reactions, early growth and vigour
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Tillering
Nitrogen for leaf development and size, increasing tiller number per plant.
Manganese for its role in the structure of photosynthetic proteins and
enzymes.
Stem Extension
Nitrogen for large leaves, rapid growth and development.
Phosphate to supply the energy for growth and development.
Potassium for plant water regulation and structural integrity.
Sulphur for yield and quality improvements.
Manganese for its role in the structure of photosynthetic proteins and
enzymes.
Zinc for enzyme reactions, nitrogen metabolism, and protein synthesis
Copper for enzyme activity, chlorophyll production and seed production

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Flag Leaf and Grain Filling
Nitrogen for higher yields through green leaf duration, grain site
survival, grain size and protein levels.
Magnesium for green leaf duration.
Phosphate for dry matter remobilisation for yield improvements.
Boron for pollen viability
Zinc for grain protein.

20. FERTILIZER RECOMMENDATION
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In single cut oats, apply 15 kg N (33 kg Urea) and 8 kg
P2O5(50 kg superphosphate) per acre at sowing and 15
kg N (33 kg Urea) 30-40 days afterwards. In two cut
variety, apply fertilizer to first cut as recommended for
single cut Oats and apply 20 kg N (44 kg urea) per acre to
second cut after sprouting.

21. QUINOA

22. QUINOA
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23. FERTILIZER RECOMMENDATIONS
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BIOILSA NPK 7.7.7. is a pelletizer organo‐mineral NPK fertilizer. It only
contains organic Nitrogen deriving from Agrogel® and it is allowed in
organic agriculture. It can be applied at sowing,
preferably incorporated in soil.
FERTIL N 12.5 is a pelletizer organic Nitrogen fertilizer that contains
exclusively organic Nitrogen deriving completely from Agrogel® and it is
allowed in organic agriculture. It can be applied at the panicle formation
(about 60 days after sowing) in order to provide Nitrogen during the
period of the highest demand. Its maximum efficiency can be obtained if
application is localized near the plant at a soil depth of 5‐10 cm.

24. THANK YOU
Submitted by MOHAMMED ANFAS K T
anfasnellikuth@gmail.com
https://www.linkedin.com/in/mohd-anfas-5409431a0