There are many elements that go into breeding cattle. Join Tim and Jamie as they dive into the world of beef genetics. Jamie Courter explains how to read the bull sale catalog numbers and what they mean. Join Tim as they dive into this fascinating, sometimes confusing, topic that could potentially help you to produce superior genetics for your herd. Jamie also gives her insight on what she considers to be the best way to improve your herd for a commercial operation.

You can contact Jamie by emailing her at jcourter@missouri.edu.

Transcription: 4-4-25 Tim's Take Episode 34 - How to Breed a Profitable Beef.doc

Video Part One: https://youtu.be/6NZ8_6V-krk

Video Part Two: https://youtu.be/4CHfDfNwnfU

Visit https://moaes.missouri.edu/ to learn more.

#mizzou #beef #genetics #Angus #cattle #cattlefarming #farming

The Missouri Agricultural Experiment Station (MOAES) extends CAFNR research to nearly 14,000 acres across the state to meet regional research and demonstration needs of agricultural producers and natural resource managers. MOAES has a storied history of major impacts in advancing science in agriculture, food and natural resources — locally, nationally and globally. These CAFNR laboratories provide research faculty with a wide variety of real-world conditions to test and develop strategies for agricultural production based on the geographical and climatic differences of our diverse state.

Tim Reinbott is joined by Mandy Bish as they discuss a new corn crop issue, tar spot. Join them as they discuss how to identify it, when it's active, and when to spray for it. The second half they discuss soybean pathogens such as red crown rot and soybean cyst nematode and how to identify them. Join us for this interesting dive into the world of soybean pathogens.

Each month, Tim Reinbott interviews a fellow researcher, a farmer, or an expert in the field for his podcast, Tim's Take. You can watch the videos, or you can enjoy the audio version where you get your other podcasts. Links below:

Video Part One: https://youtu.be/GSWpj860stM

Video Part Two: https://youtu.be/iuJPJvUQC80

Transcript: 3-7-25 Tim's Take 33 - Mandy Bish.doc

Podcast Website: https://tims-take.podbean.com

Visit https://moaes.missouri.edu/ to learn more.

#mizzou #fungicide #farming #plantpathology

The Missouri Agricultural Experiment Station (MOAES) extends CAFNR research to nearly 14,000 acres across the state to meet regional research and demonstration needs of agricultural producers and natural resource managers. MOAES has a storied history of major impacts in advancing science in agriculture, food and natural resources — locally, nationally and globally. These CAFNR laboratories provide research faculty with a wide variety of real-world conditions to test and develop strategies for agricultural production based on the geographical and climatic differences of our diverse state.

Tim's Take Episode 32 Part One Join Tim Reinbott as he asks Dr. Kevin Bradley the hard questions pertaining to the future of herbicides and the issues dealing with herbicide resistant weeds. Kevin gives his suggestions and insight from his research on how to deal with some of those resistant weeds. So, sit back and enjoy part one of a two part podcast interview.

Video Part One: https://youtu.be/v4MLVqCOvRE

Video Part Two: https://youtu.be/pwuKEVHrlFc

Transcript: 2-7-25 Tim's Take Episode 32 Herbicides - What is the Future.doc

Visit https://moaes.missouri.edu/ to learn more.

#mizzou #weeds #farming

The Missouri Agricultural Experiment Station (MOAES) extends CAFNR research to nearly 14,000 acres across the state to meet regional research and demonstration needs of agricultural producers and natural resource managers. MOAES has a storied history of major impacts in advancing science in agriculture, food and natural resources — locally, nationally and globally. These CAFNR laboratories provide research faculty with a wide variety of real-world conditions to test and develop strategies for agricultural production based on the geographical and climatic differences of our diverse state.