Add to ORKGThe solubility of zinc (Zn) is less in soils with a pH above 7.5 than in soils with a lower pH. In Iowa there are several soil associations that contain high pH spots within fields where the surrounding soil pH is slightly acid. It is reasonable to expect that Zn availability, due to a difference in solubility, is different in the two areas. We now have the technology to differentially spread fertilizer within different areas of a field. The objectives of this study were to find grain yield responses to Zn fertilizers within fields, and define the soil characteristics in responsive areas
Of the agronomic crops, corn is especially sensitive to zinc deficiency. The major symptom of zinc d...
Current zinc (Zn) diagnostic methods for corn (Zea mays L.) are often based on soil DTPA (diethylene...
It was shown that zinc increased corn yields in North Dakota when applied immediately before or at p...
How does corn respond to application of zinc fertilizer on various Iowa soils? How can zinc be appli...
Two studies were conducted to determine corn response to zinc; one a field study and the other a gre...
Corn is the most responsive to zinc of all agronomic crops grown in Kentucky. Zinc deficiency can oc...
Corn yield responses to Zn fertilization were not obtained in any of 11 field experiments located on...
Zinc (Zn) is the micronutrient most often deficient for corn in Kentucky. This problem occurs every ...
This paper focuses on experiments that were conducted to determine the effect of zinc fertilizer and...
This study was conducted to determine corn response to three foliar-applied zinc sources. The study ...
Abstract: Maize yield is often limited by Zinc (Zn) deficiency. The objectives of this study were to...
Zinc deficiency in corn has been found in isolated instances in Kentucky during the past few years. ...
Where zinc deficiency in corn occurs on Kentucky soils it has been corrected by applying 3 to 6 poun...
Maize (Zea mays L.) is highly susceptible to zinc (Zn) deficiency. Different application strategies ...
The article presents the findings of six trial studies which were conducted to determine the effect ...
Of the agronomic crops, corn is especially sensitive to zinc deficiency. The major symptom of zinc d...
Current zinc (Zn) diagnostic methods for corn (Zea mays L.) are often based on soil DTPA (diethylene...
It was shown that zinc increased corn yields in North Dakota when applied immediately before or at p...
How does corn respond to application of zinc fertilizer on various Iowa soils? How can zinc be appli...
Two studies were conducted to determine corn response to zinc; one a field study and the other a gre...
Corn is the most responsive to zinc of all agronomic crops grown in Kentucky. Zinc deficiency can oc...
Corn yield responses to Zn fertilization were not obtained in any of 11 field experiments located on...
Zinc (Zn) is the micronutrient most often deficient for corn in Kentucky. This problem occurs every ...
This paper focuses on experiments that were conducted to determine the effect of zinc fertilizer and...
This study was conducted to determine corn response to three foliar-applied zinc sources. The study ...
Abstract: Maize yield is often limited by Zinc (Zn) deficiency. The objectives of this study were to...
Zinc deficiency in corn has been found in isolated instances in Kentucky during the past few years. ...
Where zinc deficiency in corn occurs on Kentucky soils it has been corrected by applying 3 to 6 poun...
Maize (Zea mays L.) is highly susceptible to zinc (Zn) deficiency. Different application strategies ...
The article presents the findings of six trial studies which were conducted to determine the effect ...
Of the agronomic crops, corn is especially sensitive to zinc deficiency. The major symptom of zinc d...
Current zinc (Zn) diagnostic methods for corn (Zea mays L.) are often based on soil DTPA (diethylene...
It was shown that zinc increased corn yields in North Dakota when applied immediately before or at p...