This year's 4Rs Field Day will feature a demonstration on UNL's newly developed web-based N tool, designed to increase efficiency of nitrogen use, as well as ease of record-keeping.

Nebraskans in the eastern part of the state have recently experienced good rainfall during April and early May. This was a much-needed relief, especially considering the dry winter with minimal rainfall/snowfall and the dry 2023 growing season. While rainfall is always welcomed, assessing whether the received rainfall was sufficient to recharge soil moisture to adequate levels is not an easy task. This information plays a crucial role in planning the first irrigation event of the season and estimating the duration until water deficit begins to affect crops in dryland fields.

Insights on how wet field conditions affect compaction and ways to mitigate compaction when field work can't be delayed.

Inspired by an extension event survey comment, Dr. Bijesh Maharjan, associate professor and extension specialist at the University of Nebraska-Lincoln Panhandle Research, Extension and Education Center, conceptualized the soil health cycle (SHC) as an iterative soil health management cycle to achieve agricultural sustainability.

Alfalfa is a tough perennial with established rooting depths down eight feet or more. Depending on deep soil profile moisture, some varieties can extend spring dormancy and survive up to 45 days without rainfall. However, forage yields drop dramatically, since alfalfa requires about six inches of root available water to produce one ton of forage per acre.