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Field Soil Sampling Articles & Analysis
11 articles found
Crop Rotation Sustainable crop rotation reduces soil erosion, weed management, and disease suppression while boosting soil biodiversity, water quality, and wildlife, increasing productivity and environmental sustainability. ...
Through precision soil collection and sampling, field mapping, and variable rate technology, you can start to understand your field’s potential and adjust your management plan accordingly. In soil sampling, for example, data not only provides insights into past performance; it also ...
ByGrowers
Those are valid questions and can all be answered with the right soil samples. Soil sampling can answer those nutrient questions, flag changes in soil fertility, allow you to be proactive about what you put on your fields, and save on your bottom line. How? That is where precision ...
ByGrowers
With anywhere from five-to-seven zones in a field, all with differing soil characteristics and topography, each must be treated very differently. ...
SoilOptix makes a high-speed sensor that mounts on the front of tractors, Jeeps, trucks or ATVs and collects data from gamma rays that are emitted from the soil. Running at 10 to 12 miles per hour in 40-foot swaths, data is collected every three to five feet, providing 335 data points for every acre in the field. Physical soil ...
The primary method of providing this ground truth is to conduct intensive field campaigns with manual surface soil moisture sampling measurements, which utilize gravimetric sampling, soil moisture probes, or both, to estimate the volumetric soil water content. Soil moisture ...
Laboratory experiments were conducted on the mixed soil samples where different proportions of treated soil were added to commonly available field soils of Brunei Darussalam. The stabilising effects on the field soil samples were determined in terms of change in ...
The study was conducted within 23 fields that had marked variability in soybean growth. Remote sensing of soybean canopies was used to help identify 10 to 16 sampling areas within each field. Soil samples were analyzed for pH, CCE, and SCN population densities. Grain samples were used to ...
The study was conducted within 23 fields that had marked variability in soybean growth. Remote sensing of soybean canopies was used to help identify 10 to 16 sampling areas within each field. Soil samples were analyzed for pH, CCE, and SCN population densities. Grain samples were used to ...
The high volume of data generated from groundwater sampling, soil sampling and other field activities is often difficult to manage. ...
Strain identification in situ is an important factor in the monitoring of microorganisms used in the field. In this study, we demonstrated the use of sequence-characterized amplified region (SCAR) markers to detect genomic DNA from Trichoderma harzianum 2413 from soil. ...