Research and Extension Programs
Transcript of Research and Extension Programs
Research and Extension Programs
Prof Richard S. GatesDr. Morgan Hayes Ms. Laura PeppleDr. Angela Green
IRCAEW Workshop, Ha’rbin ChinaSeptember 12-14 2014
University of Illinois
Livestock Facilities and Animal Manure Management
Research and Extension
Dr. Morgan HayesDr. Richard GatesMs. Laura Pepple
Alternative Housing Systems for Livestock and
Poultry
Livestock Facilities Air Quality and VentilationDeep-pit Swine Manure
Foaming Nutrient Management
Planning
Who we are
Laura Pepple
Livestock Extension Specialist
Dr. Richard Gates
Professor & Extension Specialist
Co-director AWES
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Livestock and Poultry Program Areas
Alternative Housing & Heat Stress
Air Quality and Ventilation
Best Management Practices Training
Nutrient Management Planning & Training
Manure Management
Ventilation Systems Design
Certified Livestock Managers Training
Objective: Annual training for IL livestock producers in environmentally sustainable and safe management of their operations
Outcome: Certified more than 10,000 livestock producers through this program since its infancy
Comprehensive Nutrient Management Plan (CNMP) Development Course
Objective: Train and educate Technical Service Providers (TSPs) to develop CNMPs for livestock operations nationally
Driven by federal EQIP funding from farm bill, 60% of state allocated funding must be spent on livestock related projects
2014 IL will receive roughly 8M in EQIP funds with 6M going to improve conservation on IL livestock farms
Outcome: Over 50 participants in past 2 years, representing over 750 individual CNMPs and Nutrient Management Plans
Swine Facility Management Short Courses
- Annually, USGC hosts Chinese swine producers to come to Illinois to learn about U.S. Swine Facility Production and Management
- Ventilation and Manure Management are focus areas of this short course
For Livestock Housing and Manure Management Questions
You can contact:
Dr. Morgan Hayes
217-244-8179
Dr. Richard Gates
217-244-2791
Ms. Laura Pepple
217-244-0083
www.livestocktraining.com
Deep-pit Swine Manure Foaming
Objective: Determine causality and develop mitigation techniques for this critical industry problem
Importance: Currently costing the swine industry millions of unnecessary dollars annually in foam mitigation, building destruction and animal losses
Deep-pit Swine Manure Foaming
Findings:
Microbial Community Analysis and Genetic Fingerprinting has identified clear differences in bacterial communities between sites.
Relational database developed to relate differences to environment, management and other factors.
Deep-bed Pack Facilities DesignMS Project: Akaiterina Kasimati
Objective: Evaluate and improve current design standards for these buildings
Importance: Becoming a standard practice for the IL Beef Industry, as these facilities reduce non-point source pollution in comparison to open feedlots
Deep-bed Pack Facilities Design
Findings: Water Holding Capacity (WHC) of various bedding materials, with 8, 12 or 16% TS manure added, has been measured.
Upgrade of Portable Monitoring Unit MS Project: Boyu Ji
Objective: find new NH3 sensors and upgrade the data acquisition system for improved data management
Importance: A need continues for low-cost, reasonable performance air quality assessment
Outcome: identified candidate new sensor; selected microprocessor platform; evaluation under way
Biofilter Research & Design
Objective: Evaluate biofilter efficacy. Help producers properly implement biofilter technology on their farm
Importance: Biofilters are being promoted in the swine industry. Significant funding for farmers available. Poor designs can create substantial problems for farmers.
Biofilter Design
Results: 1. Proper design methodologies developed with
collaborators. 2. Clear evidence of importance of moisture control of
media to minimize N2O generation. 3. Importance of design on ventilation system is
emphasized.
Layer Facilities Research (Brazil and U.S)
Evaluate Thermal Environment & Air Quality of Traditional and Alternative Housing Systems
Natural and Hybrid Ventilation Schemes for Livestock Facilities in Hot Climates
Objectives:
1) to determine if cooled perches improve thermal comfort and welfare for caged hens during hot weather,
2) to examine if cooled perches prevent heat stress-induced behavioral and neurophysiological changes, improving heat adaptation in caged hens, and
3) to conduct engineering and economic analyses of the costs and maintenance of cooled perches and perform sensitivity analyses to key economic parameters.
Thermal Cooled Perches for Laying Hens(With: H. Cheng , USDA; Hester et al., Purdue)
Thermal Cooled Perches for Laying Hens(With: H. Cheng , USDA; Hester et al., Purdue)
Two-Summer-long Study
Six banks of cages. Three tiers of cages/bank. Two cages/tier.
9 hens/cage.
3 treatments: no perch (Ctrl), perch w/o water (AP), chilled perch (CP)
Environment
Imposed heat stress: 35 C max daily; 23-26C min nightly
Data analysis
System performance and energy efficiency
Bird production performance
Bird behavior assessment
Alternative Euthanasia for Neonatal Pigs(proposed! With: D. Lay, ARS; J.L. Rault, U Melbourne)
Objectives:
1) design, build and commission a two-step euthanasia prototype system capable of accommodating 1 to 5 piglets and testing different gas mixtures
2) to use the system to develop guidelines for its optimal use in euthanasia , and
3) to use neurobiological, physiological, and behavioral parameters that quantify the degree of humaneness for each method.
Outcome: Provide an effective alternative euthanasia method to blunt force trauma or CO2 immersion alone for piglets
Updated Ventilation Rates for Swine
Objective: Promote the updated heat and moisture production rates for swine by providing some information of the extra ventilation needed.
Outcome: Differences between old and new values indicate ventilation designs based on old values would be 30 to 40% undersized. Poor ventilation reduces animal performance and building lifespans.
Trailer Thermal Environment During Commercial Swine Transport
Objectives: 1. Characterize the thermal environment of a loaded swine trailer in hot weather and cold weather.
2. Assess TQA guidelines
3. Assess alternative boarding (opening) practices for cold weather operation
Trailer Thermal Environment During Commercial Swine Transport
Outcomes: For extreme ambient temperatures (t >27C; t < -
7C), trailer conditions were categorized as Extreme (hot:
trailer temp > 35C, cold: trailer temp < -15C respectively).
Emergency conditions were also encountered.
Temperature distribution patterns created by trailer ventilation
variability was not consistent.
Management to improve the sustainability
of integrated cattle and grain operations
• Cattle performance*
• Grazing behavior
– GPS data
• Forage selectivity*
• Interrelationships
among:
– Cattle spatial
occupancy
– Soil characteristics*
– Crop yield*
*not presented here, but investigated for overall project
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Spatial Occupancy
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Treatment Arrangement
Understanding cattle pasture utilization by monitoring location with GPS
(Green et al.)
Grazing included 3 treatments (strip grazing, continuous grazing, control with no grazing) with 3 replicates each and 36 mature Angus cows (648 kg), at 3 cows/ha.
Demo - Strip grazing simulation
Water
Feeder
Cross fences
Cross fences
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Simulating cattle pasture utilization with an agent-based model developed
from GPS data (Green et al)
The Ruminant Emission Measurement System (REMS) supports research on the relationships between nutrition, genetics, and different management strategies, and their subsequent effects on beef cattle CH4 emissions.
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Ruminant Emission Measurement System
Outcomes: system has been commissioned and currently in use. Can function as both direct and indirect calorimter, and methane emission measurement system
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Ruminant Emission Measurement System
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Mass flow control of SF6 Mass flow control of CH4 Mass flow control of SF6 withdiffuser
Gravimetric analysis of SF6
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Chamber 1 Chamber 2 Chamber 3