GPR determines material alteration or degradation by mapping changes in soil and natural biological materials such as wood. Applications include geological characterization of crop growing areas, precision farming, water content evaluation and bio counting. Another common use of GPR is mapping of drainage and irrigation piping. Further uses include mapping wood structures or wood products and derivatives.
Agriculture
Forestry
Agriculture
GPR sees use in high value crop management such as vineyards. The primary focus is on managing soil water content to provide optimal growing conditions. A corollary focus is on soil conditions, structure and character that affect water flow and drainage. While smart farming is a primary area of use, recreational areas such as golf course greens are another focus.
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Golf Green Management |
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Agricultural Drainage Tiles |
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Soil Water Content |
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Forestry
Employing GPR to examine the interior of trees and derived wood products and structures is a growing area of GPR applications. Uses range from examining variations in water content to looking for disease and rot. Recent concerns about buildup of carbon dioxide in the atmosphere has seen GPR used to improve knowledge about tree root zones. Another common application involves examining the state of utility poles.