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»» IMPORTANCE OF ZINC IN HUMAN AND PLANT FEEDING
Absence of zinc (Zn) in soil is a prevalent problem throughout the world. This absence is limiting plant production and results in important economic losses. In addition serious health problems have been seen in humans and animals feeding from vegetables grew in soil absent of zinc. Results of zinc absence in humans are short height, insufficient intelligence and sexual organ development, abnormal formation in central nervous system, hair losing, weak defense system of the body, and some skin
diseases.
Researches show that human body needs zinc at most in the first 12-18 month growth
period.
Recent researches show that an important amount of Turkish soils lack of zinc (Zn). This situation results in efficiency losses in various open field crops and mostly in paddy, wheat, corn and fruits. Additional zinc given to plants raises the efficiency between 25 % and 100 %.
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»» INSUFFICIENT ZINC IN PLANTS
In plants which grew in soils with insufficient zinc;
Root growth and germination is weak
• Fruit and seed formation is obstructed. |
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»» WHAT IS SUPER COMPOUND FERTILIZER?
Zinc (Zn) which is generally insufficient in the soils of Turkey is added externally. Zinc in SUPER TOROS COMPOUND fertilizer is in a form which can be easily taken by the
plant.
SUPER 20.20.0 of SUPER TOROS COMPOUND fertilizers can be used in areas lacking zinc especially in wheat and barley, and paddy, potato, beet, sunflower and other open field crops. SUPER 15.15.15 fertilizer can be used in fruit trees, vegetables, and products such as strawberries.
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Since SUPER TOROS COMPOUND fertilizers can supply enough zinc to crops, additional zinc fertilization is not
required.
By using SUPER TOROS COMPOUND fertilizers, there will be an increase in the yield and quality of crops which will contribute to a healthy diet for our community.
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Reduction in number of tillers in cereals.
• Lack of resistance to cold weather and diseases.
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Chlerosis in the interveinal area of the leaf and in old leaves, unevenly distributed clusters or rosettes of small stiff leaves at the end of the young shoots, short internooles and chlorotic areas in older
leaves.
Excessive phosphorus and lime content, low pH and moisture in soils may influence zinc uptake by plants grown in soils that have sufficient
zinc. |
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