Soils and Nutrient Management

https://virginiatech.zoom.us/j/83330300607.

• Manure-To-Energy
• Innovative nitrogen fertilizer application techniques in winter wheat production.
• Nitrogen source, application method, and rates for snap bean production in Virginia.
• Nitrogen source, application method, and rates for russet potato production in Virginia and impacts on tuber disease.
• Nitrogen source, application method, and rates for sweet corn production and impacts on marketable ear characteristics.
• Alternative fertilizer sources for corn production on sandy loam soils.
• Planting density and nitrogen rate for late planted barley following soybeans.
• Long term fertilizer problems and benefits of poultry litter for a corn, soybean, and wheat rotation in the Mid-Atlantic.
• Long term fertility management using poultry litter in a monoculture cotton production system.
• Implications of over-irrigation on tomato yield and groundwater quality.
• Nitrogen fertilizer method and rates for plasticulture tomato production and their impacts on yield and groundwater quality.
• Alternative fertilizer sources for tomato production in plasticulture production systems.

• To reduce soil erosion and sedimentation in the Chesapeake Bay, Atlantic Ocean, and tributaries by applied research, demonstration, and Extension education of cover crops and other conservation oriented best management practices.
• To increase agronomic and vegetable yield and profit by applied research and education of fundamental soil problems in Virginia, such as compaction.
• To increase soil quality and health by incorporation of soil additives, cover crops, and management practices.

• To increase farmer fertilizer use efficiency by incorporating best management practices into the current production system via applied research, demonstrations, and Extension education.
• To test innovative and alternative fertilizer sources for increased fertilizer use efficiency and decreased environmental losses from leaching and runoff.
• To utilize organic-fertilizer sources, such as poultry litter and biosolids, in an agronomically efficient and environmentally sound manner.
• To serve the general public regarding nutrient deficiencies in agronomic and vegetable crops, groundwater and runoff quality, and fertilizer management.

• To increase farmer fertilizer use efficiency by incorporating best management practices into the current production system via applied research, demonstrations, and Extension education.
• To test innovative and alternative fertilizer sources for increased fertilizer use efficiency and decreased environmental losses from leaching and runoff.
• To utilize organic-fertilizer sources, such as poultry litter and biosolids, in an agronomically efficient and environmentally sound manner.
• To serve the general public regarding nutrient deficiencies in agronomic and vegetable crops, groundwater and runoff quality, and fertilizer management.