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McIntosh, C
Miller, R
Tautges, N
McClintick-Chess, J
Moore Kucera, J
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Authors
Miller, R
Stark, J
Love, S
McIntosh, C
Miller, R
Moore Kucera, J
Walsh, O
Marshall, J
McClintick-Chess, J
Blanscet, S
Jackson, C
Walsh, O
McClintick-Chess, J
Blanscet, S
Tautges, N
Topics
Soil Fertility and Soil Health Testing
Type
Oral
Year
2021
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Authors

Filter results7 paper(s) found.

1. Soil Test Interpretation: Saturated Paste, EC, SAR and CEC

Soils of neutral to alkaline pH of the Western United States often contain elevated levels of soluble salts and / or higher concentrations of sodium.  Elevated concentrations of soluble salts limit crop growth and sodium may impact water management.  Competent agricultural management of these soils is dependent on laboratory analysis of: soil soluble salts and there composition and the irrigation water soluble salt constituents.  Soil analysis based on the saturated... R. Miller

2. Biological and Chemical Drivers of Nutrient Dynamics in the Rhizosphere: Applications for Crop Management

The rhizosphere (soil volume around plant roots) is a "hot spot" of plant-microbe- soil interactions, and biological and chemical dynamics in this region play a large role in plant access and uptake of nutrients. Crop plants can influence these dynamics in the rhizosphere to facilitate availability and uptake of nutrients, and can form symbiotic or antagonistic relationships with rhizosphere soil microbes, who either facilitate or compete with plants for nutrient... N. Tautges

3. Soil Biological Indicators of Soil Health for Soil Health Assessments

Soil is one of our nation's most valuable resources that provides life-sustaining functions. Billions of organisms live belowground and perform critical soil processes to support plant, animal, and human health aboveground. By shifting our view of soils from an inert growing material to a biologically diverse and active ecosystem, we can help create more sustainable farms, ranches, and forests to provide the food and fiber for our rapidly growing population while protecting land, air and water... J. Moore kucera

4. Precision Sensing for Improved Wheat Production

Improving nitrogen (N) use efficiency (NUE) from current 35-40% is important for growers’ sustainability and environmental quality. Unmanned Aerial Vehicles (UAVs) are proposed as an alternative to traditional field scouting for making crop management decisions. Precision sensors and cameras mounted on the UAVs provide high quality images which can be used to make fertilizer recommendations in-season based on crop nutrient status. A study was conducted at 5 locations in Southern Idaho in... O. Walsh, J. Marshall, J. Mcclintick-chess, S. Blanscet, C. Jackson

5. Plant Available Silicon Application in Winter Wheat

Many studies throughout the world has shown that various crops have positively responded to silicon (Si) application in terms of plant health, nutrient uptake, yield, and quality. The study’ objective was to evaluate the effect of Si application rate and time on winter wheat growth and development, grain yield and grain quality. Results suggest that application of plant available silicon at 50% rate at either emergence or Feekes 5 appears to be more advantageous in terms of winter wheat... O. Walsh, J. Mcclintick-chess, S. Blanscet

6. Reliability of Soil and Plant Analyses for Making Nutrient Recommendations

Nutrient management is dependent on the collection of soil and plant samples for analytical testing and assessment. The quality of the analytical test are subject to bias and precision of the measurements made by the testing laboratory. Failure to understand lab analyses uncertainty can lead to over confidence in the management recommendation. Test uncertainty varies by soil and plant test methods utilized and by performance capability of the testing laboratory. Generally soil methods that provide... R. Miller

7. Evaluation of N Uptake Analysis As a Tool for Determing Potato N Status

Plant tissue testing has become the primary method for evaluating nitrogen availability for potatoes during the growing season. This study was conducted to determine if plant N uptake rates referenced to absorbed solar radiation could also be used as a tool to quantitatively assess plant N status of different potato varieties. Nitrogen fertilizer, as NH4NO3 (34-0-0), was applied to Russet Burbank, Gem Russet, Bannock Russet and Summit Russet at three rates (0, 100, or 300 kg N/ha) using two... J. Stark, S. Love, C. Mcintosh