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Clemson University Launches Groundbreaking Project to Boost Water Efficiency and Crop Yields in Southeastern U.S.

By Denise Attaway

In a step toward advancing sustainable agriculture, Clemson University is launching a pioneering research initiative to enhance water use efficiency and crop productivity across the southeastern U.S.

The project is led by Qiong Su, assistant professor and Water Resources Program Team member in Clemson’s Department of Agricultural Sciences. Co-investigators are Jeffrey Adelberg, a horticulture professor in the Department of Plant and Environmental Sciences, and Raghupathy Karthikeyan, Newman Endowed Chair professor of Natural Resources Engineering and a professor in the Department of Agricultural Sciences.

Backed by the USDA’s Research Capacity Fund (Hatch), this 5-year initiative addresses challenges farmers face in the region, including water scarcity, extreme weather events and saltwater intrusion. The project will deliver science-based, regionally tailored tools to support irrigation scheduling, crop planning and long-term field management.

At the core of the project is a multiscale modeling framework (MMF). This framework pulls together many types of information, like current and predicted weather, satellite and drone images, soil details, crop performance and results from both greenhouse experiments and field tests.

Source : clemson.edu

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No-Till vs Tillage: Why Neighboring Fields Are World Apart

Video: No-Till vs Tillage: Why Neighboring Fields Are World Apart

“No-till means no yield.”

“No-till soils get too hard.”

But here’s the real story — straight from two fields, same soil, same region, totally different outcomes.

Ray Archuleta of Kiss the Ground and Common Ground Film lays it out simply:

Tillage is intrusive.

No-till can compact — but only when it’s missing living roots.

Cover crops are the difference-maker.

In one field:

No-till + covers ? dark soil, aggregates, biology, higher organic matter, fewer weeds.

In the other:

Heavy tillage + no covers ? starving soil, low diversity, more weeds, fragile structure.

The truth about compaction?

Living plants fix it.

Living roots leak carbon, build aggregates, feed microbes, and rebuild structure — something steel never can.

Ready to go deeper into the research behind no-till yields, rotations, and profitability?