The study determines the impact of corn monocultures on soil fertility, based on a rural corn farm located in the Jipijapa canton. The problem lies in the monocultures of corn as an agricultural activity in the San Bembe community, which causes a deterioration in the fertility of agricultural soils. An experimental field methodology was applied by taking several soil samples to determine macro and micronutrient content, pH, textural class of the soils, moisture content, etc. Low values were obtained in the content of organic matter of the soils, and nutrients such as phosphorus, particularly. It was possible to conclude that the levels of organic matter and phosphorus are very low, which constitutes an indicator of degradation of these soil...
Maize has sustained the Zuni and other peoples of the arid American Southwest for more than four mil...
A study was undertaken to assess the soil nutrients status on selected maize growing areas and deter...
Monoculture corn (Zea mays L.) production may result in increased soil degradation through intensive...
The study determines the impact of corn monocultures on soil fertility, based on a rural corn farm l...
Abstract- Maize or Corn (Zea mays L.) is the most important cereal in the world after wheat and rice...
The availability of small areas for cultivation together with the technical and economic deficiencie...
The study attempted to attain the following objective: To evaluate the soil fertility management pra...
This research aims to find out the status of soil fertility and corn yields on the diversity of agri...
Specialization within agriculture has been a key factor in increasing farm income. The production sy...
The activities for other purposes in the paddy soil will cause soil damage and reduce the values of ...
Maize monoculture is still present worldwide. It is an adverse practice, with high input of agro-ch...
While corn productivity has been increased by the adoption of high-yield hybrids, there are concerns...
Keywords: farm diagnosis, farming systems, soil degradation, intercropping, maize, roselle, legumes...
The article presents data on the study of the main nutrition elements in the soil under maize crops,...
If the incorporation of organic matter from treated plots microbiological preparations can be signif...
Maize has sustained the Zuni and other peoples of the arid American Southwest for more than four mil...
A study was undertaken to assess the soil nutrients status on selected maize growing areas and deter...
Monoculture corn (Zea mays L.) production may result in increased soil degradation through intensive...
The study determines the impact of corn monocultures on soil fertility, based on a rural corn farm l...
Abstract- Maize or Corn (Zea mays L.) is the most important cereal in the world after wheat and rice...
The availability of small areas for cultivation together with the technical and economic deficiencie...
The study attempted to attain the following objective: To evaluate the soil fertility management pra...
This research aims to find out the status of soil fertility and corn yields on the diversity of agri...
Specialization within agriculture has been a key factor in increasing farm income. The production sy...
The activities for other purposes in the paddy soil will cause soil damage and reduce the values of ...
Maize monoculture is still present worldwide. It is an adverse practice, with high input of agro-ch...
While corn productivity has been increased by the adoption of high-yield hybrids, there are concerns...
Keywords: farm diagnosis, farming systems, soil degradation, intercropping, maize, roselle, legumes...
The article presents data on the study of the main nutrition elements in the soil under maize crops,...
If the incorporation of organic matter from treated plots microbiological preparations can be signif...
Maize has sustained the Zuni and other peoples of the arid American Southwest for more than four mil...
A study was undertaken to assess the soil nutrients status on selected maize growing areas and deter...
Monoculture corn (Zea mays L.) production may result in increased soil degradation through intensive...