Ventilation Research Articles List Ventilation Rates  System Design  Air Pattern  Dust Cooling Systems  Ventilation Odor Control  Air Quality Creep Heating  Heating Systems  Thermal Stress Mechanical Systems  Non Mechanical Systems

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If you are already a member please login below: Username: Password: Ventilation Rates: Ventilation Index Article Index Environmental Guidelines for Confinement Swine - Catalogue Iowa State University Environmental Guidelines for Confinement Swine - Housing Iowa State University Environmental Guidelines for Confinement Swine Housing Iowa State University PDF Swine Facilities Ventilation from Theory to Application North Carolina State University Worksheet for Sizing Livestock Housing Environmental Controls Purdue University Investing in Insulation in Farm Buildings Purdue University Use of Infrared Thermography to Evaluate Differences in Mean Body Surface Temperature and Radiant Heat Loss in Growing Pigs Kansas State University Environmental Stress University of Illinois Influence of range of diurnal fluctuation of temperature on performance of growing pigs kept at an average ambient temperature of 24°C French Research Swine Days System Design Ventilation Index Top of page Effect of Ventilation System Design Agriculture and Agrifoods Canada Development of a Real Time, Behavior-Based Swine Comfort Controller National Pork Board PDF Management of the environment to promote pig health and welfare Stotfold Pig Demonstration Unit PDF Door ventilation in growing/finishing houses Department of Agriculture and Rural Development N.I. Prairie Swine Centre Inc. evaluated the ventilation system and ventilation rate Prairie Swine Centre Variable Rate LP-Heater Control - Test Report Iowa State University PDF Energy Efficient Secondary Inlet Sizing Iowa State University PDF Partial recycling of ambient air in a piggery French Research Swine Days Benefits of fuzzy logic in pig house atmosphere control French Research Swine Days Mechanical Ventilation Design Worksheet for Swine Housing Iowa State University Improving Winter Environments in Open-Ceiling Buildings for Pigs Iowa State University Supplemental Ventilation Systems for Modified Open Front Swine Buildings Iowa State University Air Pattern Ventilation Index Top of page Air Properties University of Nebraska Stirfan Airspeed Distribution Iowa State University PDF Effects of Pen Partitions and Feeders on Air Velocities and Air Quality National Pork Producers Council Effects of Pen Partitions and Feeders on Air Velocities and Air Quality National Pork Producers Council Airflow Pattern and Contaminent Distribution in Swine Barns Prairie Swine Centre Cooling Systems Ventilation Index Top of page Evaporative Cooling Pads: Use in Lowering Indoor Air Temperature, AEX-127-99 Ohio State University Spray Cooling of Feeder Pigs (Order No. 86-065) Ontario Agriculture Keep Boars Cool during Summer Virginia Cooperative Extension Cooling swine Iowa State University Effects of evaporative cooling on pig house ambience and on fattening pig growth performance French Research Swine Days Comparison of the evaporation of water with deep-litter housing or conventional slatted floor in growing-finishing pigs French Research Swine Days Ventilation Odor Control Ventilation Index Top of page Manure Pit Ventilation Systems for Swine Operating Principles, AEX-150-98 Ohio State University Manure Pit Ventilation Purdue University Pit Ventilation Critical Airflow Rates Iowa State University PDF ASL-R1393 Treating Ventilation Exhaust Air for Odor Control Iowa State University PDF Controlling odors from swine buildings Iowa State University Experiment to study the effects of a partially or totally slatted floor during the growing/finishing period on growth performance and ammonia emissions French Research Swine Days Articles on Pit Ventilation Odor Sub-category Articles on Odor Control Odor Sub-category Articles on Odor Control Environment Sub-category Creep Heating: Ventilation Index Top of page The newborn piglet temperature requirements Department of Agriculture and Rural Development N.I. The JODEL Creep Heating System Jodelpad.com Quantification of Postural Behavior as the Thermal Comfort Indicator for Young Pigs The National Pork Producers Council Neural Network Analysis of Postural Behavior of Young Swine to Determine their Thermal Comfort Iowa State University PDF Save Energy in the Farrowing Room with Hovers University of Minnesota ASL-R1394 Dynamic Thermoregulatory Behaviors of Neonatal Piglets Exposed to Heat Lamps Iowa State University PDF Proper Infrared Heat Lamp use for Efficient Livestock Production University of Missouri Heating Piglets in Farrowing Crates Iowa State University Behavioral Image Analysis of Pig Thermal Comfort Iowa State University ASL-R1387 Evaluation of the Thermal Needs of the Early Weaned Pig Iowa State University PDF ASL-R1494 Responses of Piglets to Variable and Constant Wattage Heat Lamps With Clear or Red-Color Radiant Rays Iowa State University PDF ASL-R1582 Surface Temperature Distribution of Commercial Electrical Heat Mats for Farrowing Creep Feeding Iowa State University PDF ASL-R1690 Surface Temperature of Creep Heat Mat as Affected by Piglet Use Iowa State University PDF ASL-R1689 Resting Behavior Indexes for Thermal Comfort Assessment of Young Pigs Iowa State University PDF Behaviour of new-born piglets related to thermoregulation French Research Swine Days Creep Heating Department of Agriculture and Rural Development N.I. Heating Systems Ventilation Index Top of page PIH-66 Floor Heat for Swine Purdue University Ventilation for Warm Confinement Livestock Building University of Missouri Supplemental heat for swine Iowa State University PIH-90 Solar Heating for Swine Buildings Purdue University Solar Heating Systems for Swine Housing An Economic Appraisal Kansas State University Nebraska's Solar Heated Modified-Open-Front Swine Nursery University of Nebraska Energy conservation in ventilating and heating swine buildings Iowa State University Aerial Pollutants in Swine Barns increase in Winter Ontario Agriculture PIH-124 Heat Exchangers in Swine Facilities Purdue University Heat Exchangers for Animal Shelters University of Minnesota Thermal Stress Ventilation Index Top of page Swine Heat Stress Project University of Kentucky Swine Breeding Systems - Effects of Heat Stress Iowa State University Heat Stress in Pigs: solving the problem UK Department of Environment, Food and Rural Affairs Heat Stress Indices Iowa State University ASL-R1676 Thermal Stress Levels of Sows in Various Gestation Housing Systems Iowa State University PDF Effect of Environmental Temperature and Dietary Lysine Level on the Performance of Pair-Fed Pigs University of Illinois Effect of Graded Levels of Lysine on the Performance of Growing Pigs Exposed to Hot Environmental Conditions University of Illinois An ultrasonography survey of 68 pig farms during 14 months was performed to study fertility in the summer and the effect of ambient temperature French Research Swine Days Influence of increasing temperature and live weight on the feeding behaviour of group-housed growing pigs French Research Swine Days Influence of ambient temperature and feed intake level on growth performance of growing-finishing pigs French Research Swine Days Effect of the humidity level of ambient air (temperature 28°C) on the growth performance of growing-finishing pigs French Research Swine Days Influence of lowering temperature and live weight on the feeding behaviour of group-housed growing pigs French Research Swine Days Effect of Season on the Growth Performance of Large White Pigs under Intensive Rearing Conditions in the Tropics French Research Swine Days Effect of air movement and ambient temperature on the zootechnical performance and behaviour of growing-finishing pigs French Research Swine Days Effect of high ambient temperature on feed intake, performance and heat production in piglets French Research Swine Days Influence of range of cycling temperature on the performance of growing pigs kept at an average ambient temperature of 20 or 28°C French Research Swine Days Modelling heat production in group-housed growing pigs exposed to ambient temperatures ranging between 12 and 29°C French Research Swine Days Utilization of low protein diets at high ambient temperatures in growing pigs French Research Swine Days Mechanical Systems Ventilation Index Top of page Fan Performance and Efficiency for Animal Ventilation Systems University of Minnesota Ventilation Design Worksheet for Swine Housing Iowa State University PIH-41 Maintenance and Operation of Ventilation Fans for Hog Barns Purdue University Mechanical ventilation of swine buildings Iowa State University Mechanical Ventilation University of Minnesota PIH-84 Troubleshooting Swine Ventilation Systems Purdue University Earth tempering of ventilation air Iowa State University Variable Speed Controller Performance Iowa State University PDF Livestock Housing Ventilation Air Inlet Designs and Management Ohio State University Livestock Housing Ventilation Fan Performance and Management Ohio State University Livestock Housing Ventilation Fan Selection Ohio State University Pm-1587 Choosing Fans for Livestock and Poultry Ventilation 77K Iowa State University PDF Pm-1606 Tunnel Ventilation to Alleviate Animal Heat Stress 80K Iowa State University PDF Power Point Presentation on Tunnel Ventilation Purdue University Power Point Presentation On Ventilation Troubleshooting Purdue University Sizing Environmental Control Systems Purdue University Environmental Control for Confinement Livestock Systems Purdue University Ventilation Fans: Performance University of Nebraska Ventilation Fans: Types and Sizes University of Nebraska Ventilation Fans: Efficiency and Maintenance University of Nebraska Fan Selection and Maintenance Kansas State University Fan ventilation systems University of Kentucky Automatically Controlled Recirculation Unit Department of Agriculture and Rural Development N.I. Non Mechanical Systems Ventilation Index Top of page Non-mechanical ventilation of MOF swine buildings Iowa State University Natural Ventilation University of Minnesota ASL-R1688 Performance Differences between Natural-Ventilated and Tunnel-Ventilated Finishing Facilities Iowa State University PDF Natural Ventilation Pee Dee Research Natural Ventilation Purdue University How Natural Ventilation Works Iowa State University Controlling the Natural Ventilation Process Iowa State University Design Recommendations for Natural Ventilation Systems Iowa State University Troubleshooting Natural Ventilation Systems Iowa State University A Summary of Research Findings on Controlling the Natural Ventilation Process Iowa State University Using Models as a Guide for Managing Naturally Ventilation Buildings Iowa State University Air Quality: Ventilation Index Top of page Monitoring Air Quality with Instruments North Carolina State University Modeling Ammonia Distribution in a Swine Confinement Facility The National Pork Producers Council Air Quality Inside Livestock Barns (Order No. 93-001) Ontario Agriculture Air Quality in Swine-Finishing Barns Kansas State University Air Quality for Pigs and People Alberta Agriculture Bacon Bits Air Quality and Respiratory Responses Ontario Agriculture The effect of ammonia on the C-fibre which is involved in the coughing reflex in pigs French Research Swine Days Effect of ammonia on the coughing reflex induced by citric acid in piglets French Research Swine Days Influence of ventilation system and air flow rate on ammonia levels in pig fattening units French Research Swine Days Air Quality Manure System and Production interrelationships North Carolina State University Using a Psychrometric Chart to Describe Air Properites Ohio State University PIH-54 The Environment in Swine Housing Purdue University Interactive Air Quality Setback Model Purdue University Indoor Air Quality in swine buildings Purdue University Comparison of Olfactometry, Gas Chromatography, and Electronic Nose Technology for Measurement of Indoor Air from Swine Facilities Iowa State University PDF Health Hazards in Swine Confinement Housing Iowa State University PDF Human Health Concerns in Livestock and Poultry Housing Iowa State University Dust: Ventilation Index Top of page Improvement and Implementation of a Dust and Bacteria Removal System in Producer Buildings National Pork Producers Council Fugitive Dust Non Point Sources University of Missouri Analysis and Design of an Aero-Deduster for Livestock Buildings Alberta Agriculture Airflow Pattern and Contaminant Distribution in Swine Barns Prairie Swine Centre Dust Spacial Distribution in a Typical Swine Building University of Illinois Recommendations of the National Environmental Dialogue on Pork Production Americas Clean Water Foundation Applying Oil to Reduce Airborne Respirable Dust In Swine Barns Alberta Agriculture Chronic effects of dust exposure on the cellular composition of the liquid used to wash the nasal cavity and the broncho-alveoli in pigs French Research Swine Days Effects of ammonia and feed flour dust inhalation on the respiratory tract in pigs French Research Swine Days Ventilation Index Top of page Article Index Home Page