Soil Health

radish exhibiting signs of compaction

Living Roots: Fighting Soil Compaction with Biology and Diversity

A recent study by Anthony Bly of South Dakota State University found that no-till fields managed with diversified crop rotation, cover crops, and livestock integration had 57% porosity and an internal water movement rate of 4.7 inches per hour. Soil from conventionally tilled fields had 49% porosity and an internal water movement rate of only 0.8 inches per hour.
Read More

[Podcast] Leveraging Climate Intelligence for Better No-Till Results

Himanshu Gupta, CEO and founder of ClimateAi, joins us to talk about how his company measures heat risk and drought risk and turns those into what he calls the planting risk index, a metric that can help growers make better operational decisions for their farms.
For this No-Till Farmer podcast, sponsored by Yetter Farm Equipment, Himanshu Gupta, CEO and founder of ClimateAi, joins us to talk about how his company measures heat risk and drought risk and turns those into what he calls the planting risk index, a metric that can help growers make better operational decisions for their farms.
Read More
Texas A&M Deep Soil Testing.jpeg

Deep Soil Testing Offers Producers Opportunity to Reduce Input Costs

Accounting for in-soil nitrogen can offset some high fertilizer expenses.
A team of Texas A&M AgriLife Extension Service specialists found projected savings of anywhere from $8 to $116 per acre are possible by doing deep soil testing to find out how much residual nitrogen is already in the soil and accounting for it when making growing season decisions.
Read More

Top Articles

Current Issue

Cover_NTF-December-2024.jpg

No-Till Farmer

Get full access NOW to the most comprehensive, powerful and easy-to-use online resource for no-tillage practices. Just one good idea will pay for your subscription hundreds of times over.

Subscribe Now

View More

Must Read Free Eguides

Download these helpful knowledge building tools

View More
Top Directory Listings