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The air quality website is being developed by the Air Quality Education in Animal Agriculture (AQEAA) project. This team of 50+ individuals from across the country seeking to provide enhanced opportunities for learning about air quality in animal agriculture.
Contents |
Regulations
- Air Programs (Regulations) That May Affect Livestock and Poultry Operations
- Large Animal Feeding Operations May Need to Meet Air Emissions Reporting Requirements
- Proposed EPA Rule Would Require Some Large Livestock Operations to Report Greenhouse Gas Emissions
Webcast Presentations
- Air Emissions After Manure Land Application Including Subsurface Application of Poultry Litter and Solid Manure
- Carbon Footprint of Animal Agriculture Webcast
- Feeding Strategies To Reduce Animal Air Emissions Webcast
- Greenhouse Gas Emissions from Animal Agriculture
- Ammonia, The Air-Water Interface
- Air Emissions From Cattle Feedyards and Dairies
- Hydrogen Sulfide, How Serious an Outdoor Air Quality Concern
- Federal Air Quality Regulations and Update on the National Air Emissions Monitoring Study
Videos
Conference and Workshop Summaries
Research Summaries
- Mitigating Air Emissions from Animal Manure: Summaries of Innovative Technologies
- Orienting Buildings Perpendicular to Prevailing Winds May Reduce Odors
- Research Summary: Air Quality/Emission and Energy Usage Impacts of No Pit Fans in a Wean to Finish Deep Pit Pig Facility
- Research Summary: Determining Ammonia and Particulate Matter Emissions from Midwest Turkey Grow-Out Buildings
- Research Summary: Diet Modification to Reduce Odors, Gas Emissions and Nutrient Excretions from Swine Operations
- Research Summary: Odor Emissions and Chemical Analysis of Odorous Compounds from Animal Buildings
- Research Summary: Odor Mitigation Using Vegetative Environmental Buffers
- Research Summary: Partial Biofiltration of Hybrid Ventilated Swine Facilities
- Research Summary: Protocol for Determining the Cost/Benefit of a Manure Storage Lagoon Cover
- Research Summary: Simultaneous Treatment of Odor, VOCs, H2S, NH3, and Pathogens With UV Light
- Research Summary: Simultaneous Treatment of Odor, Volatile Organic Compounds, Hydrogen Sulfide, Ammonia, and Pathogens with Ultraviolet Light
- Research Summary: Siting Swine Facilities Using Iowa State's Community Assessment Model
