|For more production - Excellent quality - longevity|
The olive manages well on various soils , except very acidic soils . Perfectly adapted to the soils on higher areas with low fertility , only necessary , proper fertilization . Responds excellently to fertilization with nitrogen , especially in soils with average fertility . Nitrogen affect positive as the growth , and so the fruit . Can indirectly reduce the phenomenon of barren year . The demand for increased amounts of nitrogen , appearing in two periods : from early growth to tiying the fruit ( March-May ) and during the hardening of fetal bone ( July-August ).
Lack of nitrogen causes a small increase and decrease production . Otherwise , too much nitrogen can cause poor resistance to cold and disease . Olives have a great need for potassium , especially in years with higher productivity . Sufficient amounts of potassium , gives higher production and tree becomes more resistant to disease , ice and drought . Of specific importance of the micronutrients feeding the olives have pine . Lack of boron can occur in a variety of soils , such as the little sandy , acidic , calcium , and occurs most often in young trees .
|Needs of nutrients in olive peer tree)|
|NITROGEN (Ν)||PHOSPHORUS(Ρ2Ο5)||CALIUM (Κ2Ο)||BOR (Β)|
|1 - 1,5 KG||0,2 - 0,4 KG||1 - 1,5 KG||45 - 75 FRAMS|
|Suggestions for fertilization|
Το Το fertilizer should be crossing the surface of the soil covered with shade . The olive responds excellently to fertilization with nitrogen , despite the difference of opinion , it seems that high production and excellent quality , the olive and need regular fertilization with potassium , especially after years of great fertility . For prevention and treatment , lack of boron , proposed mainly by boron fertilization , or in combination with spraying . Selecting the appropriate type of primary fertilizer depends on the ratio between the required nutrients . The dosage depends on the age , nutritional status and productivity of trees . Fertilizing valuable advisers , is the analysis of soil and leaves.
|Fertilizer type||Dose (kg/tree)||Notes|
|MAGNIVOR (20-5-10-(8)+2MgO+0,5B)||3-5||Where there are relatively sufficient phosphorus and calium|
|POLYBOR (12-12-18-(12)+0,5Β+micro nutritient elements)||3-5||Where there is need of great enrichment Calium, pine and micronutrient elements|
|FILOVOR (20-6-12-(7)+0,5Β+ micro nutritient elements)||3-5||For growing presence of nitrogen, boron and micronutrient elements.|
|ORGANOFERT- 12 (12-12-12-(15)+10% - organic)||4-6||For uniform fertilization Ν/Ρ2Ο5/Κ2Ο = 1/1/1 with improved assimilation of nutrients and organic matter retention of the soil .|
|ORGANOFERT 8 (8-10-14-(11)+15% (organic material)||4-6||Boosted source potassium .The other properties are the same as previous , but enhancing effect on soil organic matter .|
|11-15-15-(14)||3-5||Traditionally fertilization with possible occurrence of boron deficiency .|
|OLIFERT (19-6-15-(4)+2MgO+0,5B)||3-5||For high enrichment with nitrogen , potassium , magnesium and bor.Recommended for flat surfaces (fields ) and olive plantations with high yielding potential.|
|21-7-14-(6)+0,5MgO+0,3B||3-5||Enrichment of high nitrogen, potassium, magnesium and boron. Recommended for flat surfaces (fields) and olive plantations with high yielding potential.|
|NITROKAN EXTRA (27-0-0+4MgO+0,2B)||1-2||Rich source, rapid assimilation of nitrate nitrogen and magnesium.|
|-FERTAMON 25 (25-0-0-(16))||1-2||Selection of nitrogen ammonium nitrate|
|SULFUR AMMONIUM (21-0-0-(24))||1-2||Selection of ammonium nitrogen enhances the absorption of micronutrients.|
|We suggest fertilization that will satisfy the needs of trees, with the aim of producing excellent quality.|