• Cotton Stalk Management Produces Minimal Effects on CLRDV
• Effects of Different Cover Crops and Cotton Seeding Rates for a No-Tillage Cotton Production System
• Post-Irradiation Effects on Soil Microbes

• NSDL Technology Recognized by USDA Secretary of Agriculture
• Microbial Community of Cotton Aphids Collected in South AL
• New Drone Research Funding and Focus

• Weed Infiltration of Cotton Leaf Roll Dwarf Virus to Check Host Range
• Response of Marigold to Biochar Type and Rate
• Gypsum holds Promise as a Bedding for Broiler Production

• Louisiana Field Days Focus on No-Till Tools for Small-Scale Farmers
• Mass Balance Model of a Pilot-Scale Aquaponics System
• Soil Rut Effects on Planter Performance for Cotton in a Conservation Tillage System

• NSDL Breaks Ground on New Soil Research Buildings in Auburn, Alabama
• Beneficial Microbes for Improved Soil Health and Sustainable Forage Production
• Planting Date Critical for Rye Biomass

• No-Till Equipment Development for Small-Scale Conservation Farming Systems
• Integrating Plant Growth Promoting Rhizobacteria into Agricultural Systems
• Influence of Biochar Addition to Nursery Container Growth Media

• Improving Yield and Health of Legume Crops: Co-inoculation with Rhizobia and Trichoderma
• Cover Crop Biomass Amount, Strip-Tillage Disturbance Width, and Pre-Emergence Herbicide Placement in Cotton
• Tractor Tire Footprints and Tractive Performance

• Determining the Best FGD Gypsum Application Practice to Reduce P loss from Agricultural Fields
• Direct Greenhouse Gas Emissions from a Pilot-Scale Aquaponics System
• Agronomic Guidelines for Carinata Production

• Small and Urban Conservation Farming Equipment
• Water and Poultry Litter Nutrient Movement through the Soil
  Profile
• Soybean Cultivar Response to Elevated Atmospheric CO₂
  Conditions

• Effects of CO₂ on Herbicidal Control of Pigweed
• Rye Delays Weed Emergence and Reduces Potential Cotton Yield Loss
• Reducing P Leaching from Containerized Media with Gypsium

• Bulldozer Blade Analysis using the Discrete Element Method
• Carbon Storage from Horticultural Growth Substrates
• Innovative Cover Crop Termination

• Cereal Cover Crop Response to Nitrogen Fertilizer
• NSDL and U.S. Army Join Forces to Revitalize Soil with Paper
• Long-term Effects of Elevated Atmospheric CO₂ and Soil Fertility Management on a Bahiagrass Pasture

• Greenhouse Gas Emissions as Impacted by Growth Media for Three Common Flowering Plants
• High Residue Cereal Rye Provides 8 Days of Weed Suppression for Cotton
• Traction Performance of Tractor Tires

• Gypsum as an Alternative Bedding for Broiler Production
• Fertilization Placement affects Greenhouse Gas Emissions from Sun and Shade Grown Ornamentals
• A PTO-Driven No Tillage Micro-Transplanter for a Self-Propelled Walk-Behind Tractor

• Strip Tillage Implements Comparable across Single and Twin Row Peanut
• Poultry Litter Placement Effects on Emergence and Early Corn and Cotton Growth
• Nitrogen and Elevated CO2 Effects on Bahiagrass Roots

• Effects of Elevated CO2 on an Industrial Sweet Potato Variety
• Equipment for Small and Urban Conservation Farming Systems
• Gypsum’s Potential Benefits for Soils in the Southeast

• Planter closing wheel performance for cotton in a conservation system
• Irrigation and fertilizer placement effects on greenhouse gas emissions from ornamentals
• Farmer survey opportunities
• Conservation tillage under threat in the United States

• Conservation Systems Research Team discusses cover crops at the Southern Cover Crop Conference
• NSDL scientist participates on review board regarding NASA’s next Mars rover
• Examining herbicide efficacy when converting bahiagrass pastures to row crop production

• Fate of Carbon from Horticultural Growth Substrates in Soil
• Cover Crop Biomass Influences Weed Suppression
• NSDL Receives Patent for a Method to Reduce Soil N₂O Emissions using a Microorganism

• The American Coal Ash Association Awards ARS the "Champion Award" for Gypsum Research
• Using Cover Crop Mixtures in Conservation Systems
• Response of a Southeastern Bahiagrass Pasture to Elevated Atmospheric CO₂ and Nitrogen

• Growth and Control of Invasive Weeds under Elevated CO₂
• Conservation Systems for Cotton Production
• Surface Band Application of Poultry Litter in Row Crops

• Cover Crop Management Considerations
• Effects of Elevated Atmospheric CO₂ on Cogongrass
• Development of New Methods to Measure Soil Carbon

• Three Soil-Engaging Devices: Cutting through Crop Residue
• Elevated CO₂ Effect on Common Ragweed
• Conservation Systems and Tomato Production in Alabama

• Horticultural Practices Impact Release of Greenhouse Gases
• Soil Microorganisms Promote Crop Yields and Reduce N₂O Emissions
• Optimize Nitrogen Across Tillage Systems for Alabama Wheat

• CSR Plans Future Research
• Invasive Weed Response to Elevated CO₂
• Subsurface Band Application of Poultry Litters Reduces Nutrients in Runoff Water

 Fall 2012

• Gypsum can Improve Alabama Water Quality
• Controlling Herbicid-Resistant Weeds
• Rising Carbon Dioxide and Plant Disease

 Spring 2012

• Ornamental Horticulture has Potential to Reduce Greenhouse Gas Emissions
• Customers Give Input
• Turkish Scientists Collaborate on Soil Compaction, Subsurface Poultry Litter Application

 Fall 2011

• New Roller-Crimpers for Medium-and Small-Scale Conservation Systems
• Dr. Hugo Rogers Retires
• Trash Revegetates Army Grounds

 Spring 2011

• NSDL Celebrates 75 Years
• Research Projects in Three Major Areas