Joe Luck
faculty
- Professor Biological Systems Engineering University of Nebraska–Lincoln
- Assoc Director Eastern NE Research & Extension Center University of Nebraska–Lincoln
Work
402-472-1488
On campus, dial 2-1488
QR Code for Joe Luck
Faculty Bio
Twitter: @joeluck_unl
Tips for Integrating Annual Forages into Your Production System
June 23, 2023
During a free webinar next Thursday, UNL specialists will discuss planting dates, seeding mixes, expected forage production and timing of forage availability for various scenarios of planting forages on cropland.
Older Tractors Still a Danger in Agriculture
June 23, 2023
Tractor overturns are the leading cause of fatal injuries on U.S. farms, resulting in an average of about 130 deaths each year.
‘Fire Up Your Farm and Family Finances!’ Webinar
June 23, 2023
University of Illinois in Urbana-Champaign's Paul Stoddard offers actionable steps to empower you to build a better financial future for your farm and family throughout this free webinar.
Mending the Stress Fence
June 22, 2023
Learn how to better identify common stressors, recognize stress symptoms and manage stress.
Wheat Streak Mosaic Disease Complex Found in the Southern Panhandle
June 22, 2023
Severe symptoms of the wheat streak mosaic disease complex were observed in a field in Kimball County, Nebraska on June 15.
This Week on N Field: Resicore XL Herbicide
June 22, 2023
Nebraska Extension Weed Management Specialist Amit Jhala shares details about the new corn herbicide Resicore XL, including proper use and how it differs from the original Resicore formula.
This Week on N Field: Residual Herbicides in Soybean
June 22, 2023
It's important for Nebraska growers to apply pre-emergence residual herbicides in soybean — find out why in this new episode of N Field Observations.
How to Determine the Chemigation Injection Pump Setting for a Center Pivot with the End Gun Off and On
June 18, 2024
The key to knowing the correct setting for a chemigation pump is to first determine how many acres per hour the pivot will cover at the desired irrigation application depth or rate.