The Crop Science Podcast Show • by Wisenetix

The brightest minds of the global crop industry, in your pocket.

[The Crop Science Podcast Show • by Wisenetix @cropsciencepod]

In this episode of The Crop Science Podcast Show, Dr. Robbie Oppenheimer, Chief Product Officer at Loam Bio, explains how a microbial seed inoculum containing beneficial fungi can help increase stable soil carbon, https://t.co/VwtQhjQB9i

[The Crop Science Podcast Show • by Wisenetix @cropsciencepod]

🎙️ Get ready for a new episode of The Crop Science Podcast Show with Dr. Brandon Gerrish, coming tomorrow. Don't miss it!

#wisenetix

[The Crop Science Podcast Show • by Wisenetix @cropsciencepod]

🎙️ Get ready for a new episode of The Crop Science Podcast Show with Dr. Daniela Carrijo, coming tomorrow. Don't miss it!

#wisenetix

[The Crop Science Podcast Show • by Wisenetix @cropsciencepod]

improve soil structure, and support long-term crop productivity. He discusses carbon fractions, carbon markets, and practical integration into crop systems. Discover the science behind stable soil carbon and what it means for modern agriculture. Listen now on all major platforms!

[The Crop Science Podcast Show • by Wisenetix @cropsciencepod]

In this episode of The Crop Science Podcast Show, Dr. Robbie Oppenheimer, Chief Product Officer at Loam Bio, explains how a microbial seed inoculum containing beneficial fungi can help increase stable soil carbon, https://t.co/VwtQhjQB9i

[The Crop Science Podcast Show • by Wisenetix @cropsciencepod]

He explains how markers improve selection efficiency, why SCN resistance requires a multi-gene approach, and what the five-year strategic plan means for the soybean genomics community. Listen now on all major platforms!

[The Crop Science Podcast Show • by Wisenetix @cropsciencepod]

In this episode of The Crop Science Podcast Show, Dr. Bob Stupar from the University of Minnesota explores soybean genomics, gene editing, and genomic selection in modern breeding. https://t.co/ShXr5OuRLk

[The Crop Science Podcast Show • by Wisenetix @cropsciencepod]

Learn how to fine-tune your nutrient management strategies and why accurate soil testing matters. Listen now on all major platforms!

[The Crop Science Podcast Show • by Wisenetix @cropsciencepod]

In this special re-run episode of The Crop Science Podcast Show, we bring back our conversation with Dr. John Jones from the University of Illinois Urbana-Champaign, https://t.co/hAwvEIosNg

[The Crop Science Podcast Show • by Wisenetix @cropsciencepod]

who explains how phosphorus and potassium recommendations are developed and why nutrient test methods vary by region. He explores nutrient behavior in soils, calibration approaches, and how agronomists can make better data-driven fertilizer decisions.

[Science for Success @SoybeanScience1]

Have you caught the latest episode? We think you should check it out - @NCStatesoybeans discusses planting considerations, in-season nutrient management, and more! #SoyCheckoff #ScienceForSuccess

[The Crop Science Podcast Show • by Wisenetix @cropsciencepod]

Learn key topics including planting timing, seeding rates, fertility strategies, and multi-state trial design. Dr. Vann highlights cost-effective decisions under tight margins. Listen now on all major platforms!

[The Crop Science Podcast Show • by Wisenetix @cropsciencepod]

In this episode of The Crop Science Podcast Show, Dr. Rachel Vann, Associate Professor at the University of Illinois Urbana-Champaign, shares how national soybean research networks deliver practical, science-based recommendations. https://t.co/NZPC4r5EHy

[The Crop Science Podcast Show • by Wisenetix @cropsciencepod]

He discusses herbicide resistance, crop weed competition, and diversified strategies such as cover crops and trait-based approaches. Dr. Menalled highlights how management decisions influence weed communities and long-term system resilience. Listen now on all major platforms!

[The Crop Science Podcast Show • by Wisenetix @cropsciencepod]

In this special episode of The Crop Science Podcast Show, marking Earth Day, Dr. Fabian Menalled, Professor at Montana State University, explains how ecological principles shape weed management across cropping systems. https://t.co/F58R6nVmRV

[The Crop Science Podcast Show • by Wisenetix @cropsciencepod]

He covers variable-rate irrigation, soil moisture sensors, pulse-width modulation, evapotranspiration, and water-scheduling strategies for corn and potato production. Dr. Steele also shares insights into how sensor data and water-balance models improve irrigation efficiency.

[The Crop Science Podcast Show • by Wisenetix @cropsciencepod]

In this episode of The Crop Science Podcast Show, Dr. Dean Steele from North Dakota State University discusses irrigation water management and precision irrigation systems. https://t.co/wlQhr1PmfJ

[The Crop Science Podcast Show • by Wisenetix @cropsciencepod]

Dr. Floyd discusses key insect threats, resistance concerns, economic thresholds, and new application strategies that improve pesticide targeting while reducing off-target movement.

[The Crop Science Podcast Show • by Wisenetix @cropsciencepod]

In this episode of The Crop Science Podcast Show, Dr. Chase Floyd, Assistant Research Professor and State Extension Crop Protection Specialist at the University of Missouri, explains pest management challenges in cotton and rice systems in the Mid-South. https://t.co/DJDtXzUcBI

[The Crop Science Podcast Show • by Wisenetix @cropsciencepod]

and hybrid maturity are discussed to improve yield stability and profitability. Listen now on all major platforms.

[The Crop Science Podcast Show • by Wisenetix @cropsciencepod]

In this Corn Special Series episode of The Crop Science Podcast Show, Dr. Maninder Singh, Associate Professor and Extension Specialist in Cropping Systems Agronomy at Michigan State University, https://t.co/d1dMViy0uN

[The Crop Science Podcast Show • by Wisenetix @cropsciencepod]

explains how planting timing and field conditions influence corn and soybean productivity in northern cropping systems. Key factors such as soil temperature, soil moisture, planting order, seeding rate decisions,