Agricultural Education & Resources
Our mission at North 40 Ag is growing a community and improving lives through agriculture. To support our regional growers, we provide this list of our publications and online resources.
Explore our curated research to learn about proven farm practices for soil health, data-driven crop rotation frameworks, and progressive ranch management practices—all designed to optimize your operations.
Publication Library
All
Biology
Cover Crop
Crop Rotation
Garden
Grazing & Livestock
No-Till
Soil Health
All
- The Menoken Farm
- Root Development of Vegetable Crops
- Sustainable Dryland Agroecosystem Management
- Successful No-Till
- Reduced Tillage and Increasing Cropping Intensity in the Great Plains Conserves Soil C
- Systems Thinking and Semiarid Rotations
- More Diversity, Lower Inputs
- Keeping Soil Out of Sight
- Integrating Crops and Livestock
- Increasing Cropping System Diversity Balances Productivity, Profitability and Environmental Health
- History of Dryland Farming in NW US
- Growing Dry Pea
- Grain Micronutrients & Management
- Dryland Cropping Intensification
- DL Rotational Intensity
- DL Intro to Rotation Diversity 2
- DL Intro to Rotation Diversity
- Diversity Index for Crop Rotations
- Diversity Index for Crop Rotations
- Cropping Intensity Enhances Soil Organic Carbon
Biology
- More Diversity, Lower Inputs
- Keeping Soil Out of Sight
- Increasing Cropping System Diversity Balances Productivity, Profitability and Environmental Health
- History of Dryland Farming in NW US
- Grain Micronutrients & Management
- Cropping Intensity Enhances Soil Organic Carbon
- Crop Sequencing to Improve Use of Precipitation and Synergize Crop Growth
- It’s About Balance
- Carbon: Nitrogen Ratios in Cropping Systems
- Using Cover Crops to Convert to No-Till
- Unconventional Approach to Combat Soybean Disease
- Timing Postemergence Herbicides in Corn and Soybeans
- Safflower Production
- Planting Cover Crops During a Drought
- Plant Interaction
- Mycorrhizal Fungi and Field Crops
- Funtioning Soil
- Cover Crops in Beets
- Building Better Soils
- Buckwheat Potential to Contribute P to Crops
Cover Crop
- The Menoken Farm
- Root Development of Vegetable Crops
- Sustainable Dryland Agroecosystem Management
- Successful No-Till
- Keeping Soil Out of Sight
- Integrating Crops and Livestock
- Increasing Cropping System Diversity Balances Productivity, Profitability and Environmental Health
- Dryland Cropping Intensification
- Crop Sequencing to Improve Use of Precipitation and Synergize Crop Growth
- Integrated Crop – Livestock Systems
- Using Winter Cover Crops To Improve Soil & Water Quality
- Using Cover Crops to Convert to No-Till
- Tillage and Radish Resource Guide
- The OSU Sustainable Cover Crop Rotation
- Teff Crop and Forage Production
- Synergycropandcovercrops
- Sub Clover
- Special Provisions for Cover Crops to Crop Insurance
- Soil Moisture and Cover Crop Conditions
- SDSU Sorghum Forage Results
Crop Rotation
- Sustainable Dryland Agroecosystem Management
- Successful No-Till
- Reduced Tillage and Increasing Cropping Intensity in the Great Plains Conserves Soil C
- Systems Thinking and Semiarid Rotations
- More Diversity, Lower Inputs
- Increasing Cropping System Diversity Balances Productivity, Profitability and Environmental Health
- History of Dryland Farming in NW US
- Dryland Cropping Intensification
- DL Rotational Intensity
- DL Intro to Rotation Diversity 2
- DL Intro to Rotation Diversity
- Diversity Index for Crop Rotations
- Diversity Index for Crop Rotations
- Cropping Intensity Enhances Soil Organic Carbon
- Crop Sequencing to Improve Use of Precipitation and Synergize Crop Growth
- Crop Rotation – Key to No-Till
- Crop Rotation Intensity
- Crop Diversity
- Combining No-Till & The Right Rotations Stores More Precious Precipitations
- An Emphasis on Rotations
Garden
Grazing & Livestock
- The Menoken Farm
- Integrating Crops and Livestock
- Integrated Crop – Livestock Systems
- Teff Crop and Forage Production
- Sustainability of Livestock Production of the Northern Great Plains
- Sub Clover
- Safflower Production
- NDSU Forage Cover Crop
- Managing Cover Crops Profitably- SARE Handbook
- Cover Crops, Livestock Assist No-Till
- Harvesting Residue Fact Sheet
- Grazing Management – Toxic Plants
- Fred Wibaux Farm
- Crop Types
- Cover Crop with Integrated Crop- Livestock Production Systems
- Cover Crops and Feedlots
- Cover Crop in Forage System
- Cover Crop Effect on Soil Water Relations
- Cover Crop Compatibility Mode
- Cover Crop Chart
No-Till
- The Menoken Farm
- Successful No-Till
- Reduced Tillage and Increasing Cropping Intensity in the Great Plains Conserves Soil C
- Systems Thinking and Semiarid Rotations
- History of Dryland Farming in NW US
- Growing Dry Pea
- Dryland Cropping Intensification
- Combining No-Till & The Right Rotations Stores More Precious Precipitations
- An Emphasis on Rotations
- System and Rotation Overview Comprehensive
- Using Cover Crops to Convert to No-Till
- Quiet Revolution
- Managing Cover Crops Profitably- SARE Handbook
- Cover Crops, Livestock Assist No-Till
- Harvesting Residue Fact Sheet
- Cover Crops in Beets
- Cover Crops Do More During Drought
- Cover Crop in Forage System
- Active Soil Carbon
- Fertilizer and Soil Health
Soil Health
- The Menoken Farm
- Root Development of Vegetable Crops
- Sustainable Dryland Agroecosystem Management
- Systems Thinking and Semiarid Rotations
- More Diversity, Lower Inputs
- Keeping Soil Out of Sight
- Increasing Cropping System Diversity Balances Productivity, Profitability and Environmental Health
- Grain Micronutrients & Management
- Cropping Intensity Enhances Soil Organic Carbon
- Crop Sequencing to Improve Use of Precipitation and Synergize Crop Growth
- Integrated Crop – Livestock Systems
- It’s About Balance
- Carbon: Nitrogen Ratios in Cropping Systems
- Using Winter Cover Crops To Improve Soil & Water Quality
- Sub Clover
- Soil Matters
- Safflower Production
- Radishes -A New Cover Crop Option
- Mycorrhizal Fungi and Field Crops
- Managing Cover Crops Profitably- SARE Handbook
