Matt Stockton
faculty
- Professor Agricultural Economics University of Nebraska–Lincoln
- Courtesy Professor West Central Research & Extension Center University of Nebraska–Lincoln
Work
402 W State Farm Rd
North Platte
NE
69101-7751
US
Work
308-696-6713
On campus, dial 7-6713
QR Code for Matt Stockton
The Difference between Maximum Profit and Maximum Production
September 26, 2019
In this week's Cornhusker Economics Nebraska Extension Agricultural Economist Matt Stockton looks at corn yield response to N and provides an economic analysis of N application rates.
UNL TAPS Receives Outstanding Extension Program Award
July 15, 2019
The Western Agricultural Economics Association (WAEA) recently honored the UNL-TAPS program with the Outstanding Extension Program Award for demonstrably impacting the mindset and management practices of irrigators while engaging and educating a much broader audience.
View Corn Contest Plots at UNL-TAPS Field Tour June 27
June 8, 2017
Learn from some of the most successful corn growers in Nebraska at a June 27 UNL-TAPS field tour and project update at the West Central Research and Extension Center at North Platte.
Crop Sequence: A Long-Term Decision that Impacts Annual Profitability and Risk
April 6, 2017
An ag economist's comparison of the profitability of four crop sequence simulations: continuous corn, corn-soybean, continuous soybean, and corn-corn-soybean.
Stabilizing Your Farm's Financial Condition and Profitability
February 22, 2017
Nationwide farm net income has fallen for the last three years and appears to be on trend to keep falling. Interest rates are likely to increase, as the economy seems to be warming up, resulting in increased borrowing costs and tighter credit conditions. Cash rents fell by nearly 11% on average-quality farmland in 2016 and are on a trend to continue in the coming year.
Implementation of Cover Crops in Corn and Soybean Systems in Nebraska
November 29, 2016
A short review of cover crop research conducted at four University of Nebraska research fields (two irrigated, two dryland) to study the feasibility and impact of winter cover cropping on soil quality, soil water, and crop yields in corn-soybean systems. Objectives were to quantify cover crop emergence, fall and spring biomass production, soil water changes, soil chemical and physical property changes, and crop yields.
Biomass Production of Winter Annual Cover Crops in Corn and Soybean
August 11, 2016
Rye was the leading biomass producer in the first two years of a four-year study exploring whether winter cover cropping in no-till corn and soybean systems in Nebraska can benefit soil quality despite their short growing season.