The Solar Corridor Model: To Maximize Organic Crop Production.

Using a different approach; we will propose an organic crop production model that:       

1. enables the mature chloroplasts to maximize the catalytic value of solar radiation 

2. encourages appropriate microbiological biodiversity  

3. reduces the potential for soil erosion.

We call it the Solar Corridor Model.

We propose a paradigm shift in how we select varieties

and how we develop the architectural properties of the crop canopy. 

We select varieties on a site specific basis with a new emphasis on reproductive sink response to the new Solar Corridor production environment.

Our canopy morphology and resulting micro climate enables a more uniform vertical distribution of incident sunlight to all leaves that contain potentially productive chloroplasts. This increases both the rate and duration of photosynthesis, a most basic component of the organic production process. On a site suitable for north and south rows, using a corn variety with phenotypic characteristics similar to Prairie Stream 702, a 10 inch wheat drill and 30 inch corn equipment; one version of the system would have 30 inch swaths of wheat and seedling clover and alternating 30 inch fallow strips every 60 inches with a row of corn in the center of the fallow strip. The plant spacing between corn plants would be reduced as appropriate, on a variety specific basis. If weed control is achievable in twin rows they would offer our preferred row configuration. East & west rows call for specific changes to above example. Our preliminary results and interdisciplinary implications will be addressed with subsequent research priorities identified and proposed .