Crystal Clear - Indiana’s Response to Highly Pathogenic Avian Influenza - Mr. Paul Brennan, Executive Vice President, Indiana State Poultry Association, from the 2016 NIAA Annual Conference: From Farm to Table - Food System Biosecurity for Animal Agriculture, April 4-7, 2016, Kansas City, MO, USA.
More presentations at http://www.trufflemedia.com/agmedia/conference/2016_niaa_farm_table_food_system_biosecurity
Kimberlee Gerardy - A Systematic Approach to PRRS Outbreak InvestigationsJohn Blue
A Systematic Approach to PRRS Outbreak Investigations - Kimberlee Gerardy, Veterinary Diagnostic Production Animal Medicine, College of Veterinary Medicine, Iowa State University, from the 2015 North American PRRS Symposium, December 4 - 5, 2015, Chicago, IL, USA.
More presentations at http://www.swinecast.com/2015-north-american-prrs-symposium
Dr. Troy Bigelow - Veterinary Services' Current Swine Activities and UpdatesJohn Blue
Veterinary Services' Current Swine Activities and Updates - Troy Bigelow, DVM, USDA, APHIS, VS, NCAHP, from the 2014 NIAA Annual Conference titled 'The Precautionary Principle: How Agriculture Will Thrive', March 31 - April 2, 2014, Omaha, NE, USA.
More presentations at http://www.trufflemedia.com/agmedia/conference/2014_niaa_how_animal_agriculture_will_thrive
South Eastern Europe Management Meeting - Thrace risk based surveillance prog...EuFMD
The Thrace Risk Based Surveillance Program has been conducted since 2013 to provide evidence of freedom from FMD in the Turkish Thrace region. The program utilizes a risk-based surveillance model to establish surveillance targets and activities based on the risk of FMD introduction. In 2019, surveillance activities included clinical surveillance of over 70,000 cattle, serological sampling and testing of over 4,700 samples from cattle, sheep, and goats in high risk areas, and integrated clinical surveillance of over 29,000 sheep and goats. No FMD suspect cases were reported through passive or active surveillance. Routine vaccination is also conducted to control FMD in the region.
This document summarizes the current status of transboundary animal diseases (TADs) in Taiwan. It discusses foot-and-mouth disease (FMD) and highly pathogenic avian influenza (HPAI). For FMD, sporadic outbreaks occurred until 2008, with the predominant strain being O-Cathay. Since 2009, vaccination and surveillance programs have controlled the disease, with no cases detected since June 2013 except for two cases in Kinmen in 2015. For HPAI, novel H5 strains were detected in 2015 resulting in over 1,000 farm cases and 5 million culled birds. Active surveillance and stamping out policies have reduced cases to 43 in 2016. Taiwan's control programs for both diseases rely on
Dr. Sunny Geiser-Novotny - APHIS VS Vision/Assessment/Priority for ADT/USDA U...John Blue
The document discusses the USDA's Animal Disease Traceability program and next steps. It provides an update on the program's Traceability Performance Measures and successes/challenges. Key challenges include the limited official ID requirement, exemptions, reliance on visual tags, and exclusion of beef feeders. Regional stakeholder meetings will provide feedback to develop recommendations for advancing traceability. A working group will evaluate gaps and provide options to strengthen the program.
This document summarizes modeling work done to forecast the Ebola outbreak in West Africa in August 2014. It provides epidemiological notes on the current situation from WHO reports, including significant underreporting of cases and overwhelmed healthcare systems. Forecasts through early September are given for Liberia and Sierra Leone based on transmission modeling. The effects of interventions like vaccinations, improved isolation, and contact tracing are also modeled. Next steps discussed include incorporating new data sources and publishing results.
The document summarizes the current status of important transboundary animal diseases in the Philippines. It discusses that the livestock and poultry industries in the Philippines grew in recent years. The Bureau of Animal Industry manages national veterinary services and adopted the OIE list of notifiable diseases. After implementing progressive zoning for over a decade, the Philippines was recognized in 2015 as free from foot-and-mouth disease, peste des petits ruminants, and African horse sickness. Surveillance systems are in place to maintain FMD-free status and detect possible reintroduction of the disease.
Dr. Paul Hauer - National Veterinary Services Laboratories (NVSL) UpdateJohn Blue
National Veterinary Services Laboratories (NVSL) Update - Dr. Paul Hauer, USDA/APHIS/NVSL, from the 2012 Annual Conference of the National Institute for Animal Agriculture, March 26 - 29, Denver, CO, USA.
More presentations at: http://www.trufflemedia.com/agmedia/conference/2012-decreasing-resources-increasing-regulation-advance-animal-agriculture
Kimberlee Gerardy - A Systematic Approach to PRRS Outbreak InvestigationsJohn Blue
A Systematic Approach to PRRS Outbreak Investigations - Kimberlee Gerardy, Veterinary Diagnostic Production Animal Medicine, College of Veterinary Medicine, Iowa State University, from the 2015 North American PRRS Symposium, December 4 - 5, 2015, Chicago, IL, USA.
More presentations at http://www.swinecast.com/2015-north-american-prrs-symposium
Dr. Troy Bigelow - Veterinary Services' Current Swine Activities and UpdatesJohn Blue
Veterinary Services' Current Swine Activities and Updates - Troy Bigelow, DVM, USDA, APHIS, VS, NCAHP, from the 2014 NIAA Annual Conference titled 'The Precautionary Principle: How Agriculture Will Thrive', March 31 - April 2, 2014, Omaha, NE, USA.
More presentations at http://www.trufflemedia.com/agmedia/conference/2014_niaa_how_animal_agriculture_will_thrive
South Eastern Europe Management Meeting - Thrace risk based surveillance prog...EuFMD
The Thrace Risk Based Surveillance Program has been conducted since 2013 to provide evidence of freedom from FMD in the Turkish Thrace region. The program utilizes a risk-based surveillance model to establish surveillance targets and activities based on the risk of FMD introduction. In 2019, surveillance activities included clinical surveillance of over 70,000 cattle, serological sampling and testing of over 4,700 samples from cattle, sheep, and goats in high risk areas, and integrated clinical surveillance of over 29,000 sheep and goats. No FMD suspect cases were reported through passive or active surveillance. Routine vaccination is also conducted to control FMD in the region.
This document summarizes the current status of transboundary animal diseases (TADs) in Taiwan. It discusses foot-and-mouth disease (FMD) and highly pathogenic avian influenza (HPAI). For FMD, sporadic outbreaks occurred until 2008, with the predominant strain being O-Cathay. Since 2009, vaccination and surveillance programs have controlled the disease, with no cases detected since June 2013 except for two cases in Kinmen in 2015. For HPAI, novel H5 strains were detected in 2015 resulting in over 1,000 farm cases and 5 million culled birds. Active surveillance and stamping out policies have reduced cases to 43 in 2016. Taiwan's control programs for both diseases rely on
Dr. Sunny Geiser-Novotny - APHIS VS Vision/Assessment/Priority for ADT/USDA U...John Blue
The document discusses the USDA's Animal Disease Traceability program and next steps. It provides an update on the program's Traceability Performance Measures and successes/challenges. Key challenges include the limited official ID requirement, exemptions, reliance on visual tags, and exclusion of beef feeders. Regional stakeholder meetings will provide feedback to develop recommendations for advancing traceability. A working group will evaluate gaps and provide options to strengthen the program.
This document summarizes modeling work done to forecast the Ebola outbreak in West Africa in August 2014. It provides epidemiological notes on the current situation from WHO reports, including significant underreporting of cases and overwhelmed healthcare systems. Forecasts through early September are given for Liberia and Sierra Leone based on transmission modeling. The effects of interventions like vaccinations, improved isolation, and contact tracing are also modeled. Next steps discussed include incorporating new data sources and publishing results.
The document summarizes the current status of important transboundary animal diseases in the Philippines. It discusses that the livestock and poultry industries in the Philippines grew in recent years. The Bureau of Animal Industry manages national veterinary services and adopted the OIE list of notifiable diseases. After implementing progressive zoning for over a decade, the Philippines was recognized in 2015 as free from foot-and-mouth disease, peste des petits ruminants, and African horse sickness. Surveillance systems are in place to maintain FMD-free status and detect possible reintroduction of the disease.
Dr. Paul Hauer - National Veterinary Services Laboratories (NVSL) UpdateJohn Blue
National Veterinary Services Laboratories (NVSL) Update - Dr. Paul Hauer, USDA/APHIS/NVSL, from the 2012 Annual Conference of the National Institute for Animal Agriculture, March 26 - 29, Denver, CO, USA.
More presentations at: http://www.trufflemedia.com/agmedia/conference/2012-decreasing-resources-increasing-regulation-advance-animal-agriculture
The document describes a pilot project to test a Secure Pork Supply (SPS) Plan that would allow the safe movement of pigs within a production system during a foreign animal disease outbreak. The project would demonstrate moving pigs from farrowing to nursery facilities, from nurseries to finishers, and from finishers to processing plants. It involves implementing biosecurity protocols, surveillance programs, and obtaining movement permits. The goal is to establish procedures to continuously operate pork production while preventing the spread of disease during an outbreak. Feedback was provided on training programs, verification processes, and the movement permit system.
This document summarizes analyses to optimize placement of Ebola treatment units (ETUs) in Liberia. Models were developed to forecast Ebola incidence at the county level and predict spatial disease burden. Various allocation strategies were evaluated, including placements based on population and predicted burden. The analyses compared two optimization methods and evaluated network reliability issues. Future work proposed iterative planning, mini-ETUs, alternative optimization objectives, and using updated data to refine recommended locations.
Domingo current status of tads philippines manila 38 slidesPerez Eric
The document summarizes a workshop held in Manila, Philippines from July 25-29 on the management and control of important transboundary animal diseases in the Asian Pacific region. It provides an overview of the Philippine veterinary services, priority diseases, and current focus areas. The key points are:
1) The Philippine veterinary services are led by the Bureau of Animal Industry within the Department of Agriculture. It works with regional offices and laboratories to monitor and control diseases.
2) Priority diseases include foot-and-mouth disease, avian influenza, Newcastle disease, classical swine fever, and rabies. Classical swine fever is endemic and limits pork exports.
3) An outbreak of Newcastle disease-like symptoms
This document summarizes modeling of the 2014 Ebola outbreak in West Africa conducted by researchers. It provides current case and death counts by country. Modeling is being done using official data and making assumptions to fill gaps. Forecasts presented predict continuing rapid growth in cases and infected individuals in the coming weeks in Liberia, Sierra Leone and overall across the affected countries, despite control efforts. The reproductive numbers used in the modeling suggest ongoing human-to-human transmission is driving the outbreak.
Researchers at the Network Dynamics and Simulation Science Laboratory have been using a combination of modeling techniques to predict the spread of the Ebola outbreak.
Costa Rica has been free of classical swine fever (CSF) since 1997 when the last outbreak occurred. Since then, the country has maintained CSF surveillance through passive reporting and active sampling on farms. In 2008, a national survey sampled over 2,800 pigs across the country's provinces to demonstrate CSF absence. Passive surveillance relies on veterinarian and producer reporting of suspected cases, while active surveillance involves annual sampling and testing of hundreds of pigs in high-risk border areas and farms nationwide. Maintaining this surveillance program allows for early detection of any potential CSF reintroduction to Costa Rica.
Researchers at the Network Dynamics and Simulation Science Laboratory have been using a combination of modeling techniques to predict the spread of the Ebola outbreak.
This document provides a summary and analysis of the Ebola outbreak in West Africa from the Ebola Response Team at the Virginia Bioinformatics Institute. It includes data and forecasts for reported Ebola cases and deaths in Guinea, Liberia, and Sierra Leone. Models predict the number of new cases each week in Liberia and Sierra Leone over the next few months, with forecasts showing a gradual decline in new cases. Maps and charts show the distribution of cases across counties in Liberia and Sierra Leone.
This document summarizes modeling work done to forecast the Ebola outbreak in West Africa in 2014. It presents compartmental models fitted to case count data from Guinea, Liberia, and Sierra Leone. The models are extensions of previous work and include adjustments for limited healthcare capacity. Forecasts are generated for each country through September 2014, with the overall trend expected to continue rising without significant behavioral changes or other interventions.
This document provides updates on modeling the Ebola outbreak in West Africa from October 2014. It summarizes current case and death counts in Guinea, Liberia, and Sierra Leone. Forecasts for new Ebola cases in Liberia and Sierra Leone over the next month are presented, with reproductive numbers reported for different transmission settings. County-level data on cases and proportions are shown for Liberia and Sierra Leone.
Researchers at the Network Dynamics and Simulation Science Laboratory have been using a combination of modeling techniques to predict the spread of the Ebola outbreak.
Researchers at the Network Dynamics and Simulation Science Laboratory have been using a combination of modeling techniques to predict the spread of the Ebola outbreak.
This document summarizes modeling work done by researchers to model and forecast the 2014-2015 Ebola outbreak in West Africa. It includes compartmental and agent-based models built off previous work. The models are fitted to case count data from Guinea, Liberia, and Sierra Leone using optimization routines. Forecasts are generated and interventions are discussed. Next steps focus on improving model structure and calibration.
Researchers at the Network Dynamics and Simulation Science Laboratory have been using a combination of modeling techniques to predict the spread of the Ebola outbreak.
This document summarizes modeling work done to forecast the Ebola outbreak in West Africa in 2014. It includes forecasts for Liberia and Sierra Leone using compartmental models, as well as integrating these models into an agent-based simulation of mobility and transmission. The authors discuss calibrating models to historical outbreaks, representing limited healthcare system capacity, and next steps in refining models and using them to evaluate interventions.
Researchers at the Network Dynamics and Simulation Science Laboratory have been using a combination of modeling techniques to predict the spread of the Ebola outbreak.
Pathways for change: Biosecurity to enhance food security and strengthen anim...ILRI
Presented by Noelina Nantima at the closing workshop of the BecA‐ILRI‐CSIRO‐AusAID project on Understanding ASF epidemiology as a basis for control, Nairobi, Kenya, 2‐3 October 2013
Researchers at the Network Dynamics and Simulation Science Laboratory have been using a combination of modeling techniques to predict the spread of the Ebola outbreak.
Researchers at the Network Dynamics and Simulation Science Laboratory have been using a combination of modeling techniques to predict the spread of the Ebola outbreak.
This document summarizes modeling work done to estimate the future course of the 2014 Ebola outbreak in West Africa. Compartmental models were fit to case count data from Guinea, Liberia, and Sierra Leone to estimate future weekly case numbers under different scenarios. The models were also used to explore the potential impact of interventions like vaccination. Preliminary simulations suggest limited spread in the US if an Ebola case were to arrive, but more data is needed to reduce uncertainty. Next steps include building more detailed models incorporating additional location data and population information.
Dr. Jack Shere - Highly Pathogenic Avian Influenza Biosecurity & Indemnity – ...John Blue
Highly Pathogenic Avian Influenza Biosecurity & Indemnity – The Path Forward - Dr. Jack Shere, Associate Deputy Administrator, Veterinary Services, APHIS, USDA, from the 2016 NIAA Annual Conference: From Farm to Table - Food System Biosecurity for Animal Agriculture, April 4-7, 2016, Kansas City, MO, USA.
More presentations at http://www.trufflemedia.com/agmedia/conference/2016_niaa_farm_table_food_system_biosecurity
Mr. Victor Velez - Highly Pathogenic Avian Influenza ResponseJohn Blue
Highly Pathogenic Avian Influenza Response - Mr. Victor Velez, Animal Health and Food Safety Services, California Department of Food and Agriculture, from the 2015 NIAA Annual Conference titled 'Water and the Future of Animal Agriculture', March 23 - March 26, 2015, Indianapolis, IN, USA.
More presentations at http://www.trufflemedia.com/agmedia/conference/2015_niaa_water_future_animal_ag
The document describes a pilot project to test a Secure Pork Supply (SPS) Plan that would allow the safe movement of pigs within a production system during a foreign animal disease outbreak. The project would demonstrate moving pigs from farrowing to nursery facilities, from nurseries to finishers, and from finishers to processing plants. It involves implementing biosecurity protocols, surveillance programs, and obtaining movement permits. The goal is to establish procedures to continuously operate pork production while preventing the spread of disease during an outbreak. Feedback was provided on training programs, verification processes, and the movement permit system.
This document summarizes analyses to optimize placement of Ebola treatment units (ETUs) in Liberia. Models were developed to forecast Ebola incidence at the county level and predict spatial disease burden. Various allocation strategies were evaluated, including placements based on population and predicted burden. The analyses compared two optimization methods and evaluated network reliability issues. Future work proposed iterative planning, mini-ETUs, alternative optimization objectives, and using updated data to refine recommended locations.
Domingo current status of tads philippines manila 38 slidesPerez Eric
The document summarizes a workshop held in Manila, Philippines from July 25-29 on the management and control of important transboundary animal diseases in the Asian Pacific region. It provides an overview of the Philippine veterinary services, priority diseases, and current focus areas. The key points are:
1) The Philippine veterinary services are led by the Bureau of Animal Industry within the Department of Agriculture. It works with regional offices and laboratories to monitor and control diseases.
2) Priority diseases include foot-and-mouth disease, avian influenza, Newcastle disease, classical swine fever, and rabies. Classical swine fever is endemic and limits pork exports.
3) An outbreak of Newcastle disease-like symptoms
This document summarizes modeling of the 2014 Ebola outbreak in West Africa conducted by researchers. It provides current case and death counts by country. Modeling is being done using official data and making assumptions to fill gaps. Forecasts presented predict continuing rapid growth in cases and infected individuals in the coming weeks in Liberia, Sierra Leone and overall across the affected countries, despite control efforts. The reproductive numbers used in the modeling suggest ongoing human-to-human transmission is driving the outbreak.
Researchers at the Network Dynamics and Simulation Science Laboratory have been using a combination of modeling techniques to predict the spread of the Ebola outbreak.
Costa Rica has been free of classical swine fever (CSF) since 1997 when the last outbreak occurred. Since then, the country has maintained CSF surveillance through passive reporting and active sampling on farms. In 2008, a national survey sampled over 2,800 pigs across the country's provinces to demonstrate CSF absence. Passive surveillance relies on veterinarian and producer reporting of suspected cases, while active surveillance involves annual sampling and testing of hundreds of pigs in high-risk border areas and farms nationwide. Maintaining this surveillance program allows for early detection of any potential CSF reintroduction to Costa Rica.
Researchers at the Network Dynamics and Simulation Science Laboratory have been using a combination of modeling techniques to predict the spread of the Ebola outbreak.
This document provides a summary and analysis of the Ebola outbreak in West Africa from the Ebola Response Team at the Virginia Bioinformatics Institute. It includes data and forecasts for reported Ebola cases and deaths in Guinea, Liberia, and Sierra Leone. Models predict the number of new cases each week in Liberia and Sierra Leone over the next few months, with forecasts showing a gradual decline in new cases. Maps and charts show the distribution of cases across counties in Liberia and Sierra Leone.
This document summarizes modeling work done to forecast the Ebola outbreak in West Africa in 2014. It presents compartmental models fitted to case count data from Guinea, Liberia, and Sierra Leone. The models are extensions of previous work and include adjustments for limited healthcare capacity. Forecasts are generated for each country through September 2014, with the overall trend expected to continue rising without significant behavioral changes or other interventions.
This document provides updates on modeling the Ebola outbreak in West Africa from October 2014. It summarizes current case and death counts in Guinea, Liberia, and Sierra Leone. Forecasts for new Ebola cases in Liberia and Sierra Leone over the next month are presented, with reproductive numbers reported for different transmission settings. County-level data on cases and proportions are shown for Liberia and Sierra Leone.
Researchers at the Network Dynamics and Simulation Science Laboratory have been using a combination of modeling techniques to predict the spread of the Ebola outbreak.
Researchers at the Network Dynamics and Simulation Science Laboratory have been using a combination of modeling techniques to predict the spread of the Ebola outbreak.
This document summarizes modeling work done by researchers to model and forecast the 2014-2015 Ebola outbreak in West Africa. It includes compartmental and agent-based models built off previous work. The models are fitted to case count data from Guinea, Liberia, and Sierra Leone using optimization routines. Forecasts are generated and interventions are discussed. Next steps focus on improving model structure and calibration.
Researchers at the Network Dynamics and Simulation Science Laboratory have been using a combination of modeling techniques to predict the spread of the Ebola outbreak.
This document summarizes modeling work done to forecast the Ebola outbreak in West Africa in 2014. It includes forecasts for Liberia and Sierra Leone using compartmental models, as well as integrating these models into an agent-based simulation of mobility and transmission. The authors discuss calibrating models to historical outbreaks, representing limited healthcare system capacity, and next steps in refining models and using them to evaluate interventions.
Researchers at the Network Dynamics and Simulation Science Laboratory have been using a combination of modeling techniques to predict the spread of the Ebola outbreak.
Pathways for change: Biosecurity to enhance food security and strengthen anim...ILRI
Presented by Noelina Nantima at the closing workshop of the BecA‐ILRI‐CSIRO‐AusAID project on Understanding ASF epidemiology as a basis for control, Nairobi, Kenya, 2‐3 October 2013
Researchers at the Network Dynamics and Simulation Science Laboratory have been using a combination of modeling techniques to predict the spread of the Ebola outbreak.
Researchers at the Network Dynamics and Simulation Science Laboratory have been using a combination of modeling techniques to predict the spread of the Ebola outbreak.
This document summarizes modeling work done to estimate the future course of the 2014 Ebola outbreak in West Africa. Compartmental models were fit to case count data from Guinea, Liberia, and Sierra Leone to estimate future weekly case numbers under different scenarios. The models were also used to explore the potential impact of interventions like vaccination. Preliminary simulations suggest limited spread in the US if an Ebola case were to arrive, but more data is needed to reduce uncertainty. Next steps include building more detailed models incorporating additional location data and population information.
Dr. Jack Shere - Highly Pathogenic Avian Influenza Biosecurity & Indemnity – ...John Blue
Highly Pathogenic Avian Influenza Biosecurity & Indemnity – The Path Forward - Dr. Jack Shere, Associate Deputy Administrator, Veterinary Services, APHIS, USDA, from the 2016 NIAA Annual Conference: From Farm to Table - Food System Biosecurity for Animal Agriculture, April 4-7, 2016, Kansas City, MO, USA.
More presentations at http://www.trufflemedia.com/agmedia/conference/2016_niaa_farm_table_food_system_biosecurity
Mr. Victor Velez - Highly Pathogenic Avian Influenza ResponseJohn Blue
Highly Pathogenic Avian Influenza Response - Mr. Victor Velez, Animal Health and Food Safety Services, California Department of Food and Agriculture, from the 2015 NIAA Annual Conference titled 'Water and the Future of Animal Agriculture', March 23 - March 26, 2015, Indianapolis, IN, USA.
More presentations at http://www.trufflemedia.com/agmedia/conference/2015_niaa_water_future_animal_ag
This document provides information about swine production and disease situations in the Philippines. It notes that swine production is a large industry worth $263 billion and provides 60% of meat consumption. Major diseases tested for include PRRS, CSF, and ASF. In August 2019, the Philippines reported its first cases of ASF. Samples tested positive for ASF virus and were determined to be genotype 2, identical to strains found in China and other countries. The national animal disease laboratory plays a key role in disease diagnosis and works with regional laboratories for surveillance, testing and response.
Dr. Mark Engle - Swine (Corona Virus) UpdateJohn Blue
Swine (Corona Virus) Update - Dr. Mark Engle, DVM, MS, Merck Senior Technical Services Manager, Swine Business Unit, from the 2015 NIAA Annual Conference titled 'Water and the Future of Animal Agriculture', March 23 - March 26, 2015, Indianapolis, IN, USA.
More presentations at http://www.trufflemedia.com/agmedia/conference/2015_niaa_water_future_animal_ag
Dr. Troy Bigelow - Swine Health Programs UpdateJohn Blue
Swine Health Programs Update - Dr. Troy Bigelow, DVM, USDA, APHIS, VS, from the 2015 NIAA Annual Conference titled 'Water and the Future of Animal Agriculture', March 23 - March 26, 2015, Indianapolis, IN, USA.
More presentations at http://www.trufflemedia.com/agmedia/conference/2015_niaa_water_future_animal_ag
Dr. Troy Bigelow - Swine Health Programs UpdateJohn Blue
The document provides an overview and update on swine health surveillance programs conducted by the USDA Animal and Plant Health Inspection Service Veterinary Services. It discusses various swine disease surveillance streams including for pseudorabies virus, swine brucellosis, and the Swine Health Protection Act. It also summarizes fiscal year 2015 testing data and regional reports for different swine influenza virus subtypes and comprehensive integrated surveillance activities for various foreign animal diseases.
Dr. Paul Sundberg - Pork Industry Perspective on Risk-Based SurveillanceJohn Blue
Pork Industry Perspective on Risk-Based Surveillance - Dr. Paul Sundberg, Vice President of Science & Technology, National Pork Board, from the 2012 Annual Conference of the National Institute for Animal Agriculture, March 26 - 29, Denver, CO, USA.
More presentations at: http://www.trufflemedia.com/agmedia/conference/2012-decreasing-resources-increasing-regulation-advance-animal-agriculture
Foot and Mouth Disease (FMD) is a highly contagious viral disease of cloven-hoofed animals. It is caused by an RNA virus with 7 distinct serotypes. The virus can survive for months in the environment and is transmitted through direct or indirect contact. Clinical signs include vesicles in the mouth and on the feet. Diagnosis requires laboratory testing. There is no treatment, so control relies on quarantine, depopulation, vaccination, and cleaning/disinfection. While rarely affecting humans, FMD has severe economic impacts and eradication requires a coordinated response.
Foot and Mouth Disease (FMD) is a highly contagious viral disease of cloven-hoofed animals. It is caused by an RNA virus with 7 distinct serotypes. The virus can survive for months in the environment and is transmitted through direct or indirect contact. Clinical signs include vesicles in the mouth and on the feet. Diagnosis requires laboratory testing. There is no treatment, so infected animals may need to be culled. Prevention relies on strict import controls and vaccination in some countries. Rapid reporting of suspected cases to authorities is critical for control.
This document provides a summary of Foot and Mouth Disease (FMD) in 3 sentences or less:
FMD is a highly contagious and economically devastating viral disease of cloven-hoofed animals that is characterized by the formation of vesicles in the mouth and on the feet, causes lameness and decreased milk production, and while rarely fatal in adult animals, can be severe in young animals with high mortality rates. The causative virus has multiple strains and serotypes making vaccination difficult, and the disease is typically spread through direct contact or contact with contaminated materials from infected secretions, requiring strict quarantine and movement controls for prevention.
Dr. Clayton Johnson - African Swine Fever Update: Worldwide Overview and Impo...John Blue
African Swine Fever Update: Worldwide Overview and Important Preparation Steps for Missouri Producers - Dr. Clayton Johnson, Carthage Veterinary Service, from the 2020 Missouri Pork Expo, held February 11 - 12, 2020, Columbia, MO, USA.
Dr. Danelle Bickett-Weddle - Overview of Secure Food Supply ProjectsJohn Blue
Overview of Secure Food Supply Projects - Dr. Danelle Bickett-Weddle, Associate Director, Center for Food Security & Public Health, Iowa State University, from the 2016 NIAA Annual Conference: From Farm to Table - Food System Biosecurity for Animal Agriculture, April 4-7, 2016, Kansas City, MO, USA.
More presentations at http://www.trufflemedia.com/agmedia/conference/2016_niaa_farm_table_food_system_biosecurity
Dr. Rodger Main, Dr. Pablo Pineyro - Swine Health Trends from ISU Vet Diagnos...John Blue
Swine Health Trends from ISU Vet Diagnostic Lab - Dr. Rodger Main, Iowa State University; Dr. Pablo Pineyro, Iowa State University, from the 2017 Iowa Pork Congress, January 25-26, Des Moines, IA, USA.
More presentations at http://www.swinecast.com/2017-iowa-pork-congress
Dr. Paul Sundberg - Swine Health Information Center (SHIC), And Where We Are ...John Blue
Swine Health Information Center (SHIC), And Where We Are At Today - Dr. Paul Sundberg, Executive Director, Swine Health Information Center (SHIC), from the 2015 Allen D. Leman Swine Conference, September 19-22, 2015, St. Paul, Minnesota, USA.
More presentations at http://www.swinecast.com/2015-leman-swine-conference-material
Dr. Paul Sundberg - Swine Health Center UpdateJohn Blue
Swine Health Center Update - Dr. Paul Sundberg, Executive Director, Swine Health Information Center, from the 2016 NIAA Annual Conference: From Farm to Table - Food System Biosecurity for Animal Agriculture, April 4-7, 2016, Kansas City, MO, USA.
More presentations at http://www.trufflemedia.com/agmedia/conference/2016_niaa_farm_table_food_system_biosecurity
Dr. Harry Snelson - PEDV - Lessons LearnedJohn Blue
PEDV - Lessons Learned - Dr. Harry Snelson, AASV, from the 2014 World Pork Expo, June 4 - 6, 2014, Des Moines, IA, USA.
More presentations at http://www.swinecast.com/2014-world-pork-expo
Similar to Mr. Paul Brennan - Crystal Clear - Indiana’s Response to Highly Pathogenic Avian Influenza (20)
Jordan Hoewischer - OACI Farmer Certification ProgramJohn Blue
OACI Farmer Certification Program - Jordan Hoewischer, Ohio Farm Bureau, from the 2020 Conservation Tillage and Technology Conference, held March 3-4, 2020, Ada, OH, USA.
Fred Yoder - No-till and Climate Change: Fact, Fiction, and IgnoranceJohn Blue
No-till and Climate Change: Fact, Fiction, and Ignorance - Fred Yoder, Former President, National Corn Growers Association, from the 2020 Conservation Tillage and Technology Conference, held March 3-4, 2020, Ada, OH, USA.
Dr. John Grove - Fifty Years Of No-till Research In KentuckyJohn Blue
Long-term no-till research can provide valuable insights into crop production over many seasons. This research found that no-till soils generally had higher yields than tilled soils over time. No-till soils had cooler temperatures, held more water after rain, and had different soil biological properties and nutrient stratification compared to tilled soils. The impacts of no-till and fertilizer nitrogen on soil organic carbon and crop yields changed over the 50 years of the study.
Dr. Warren Dick - Pioneering No-till Research Since 1962John Blue
Pioneering No-till Research Since 1962 - Dr. Warren Dick, OSU-OARDC (retired), from the 2020 Conservation Tillage and Technology Conference, held March 3-4, 2020, Ada, OH, USA.
Dr. Christine Sprunger - The role that roots play in building soil organic ma...John Blue
The role that roots play in building soil organic matter and soil health - Dr. Christine Sprunger, OSU - SENR, from the 2020 Conservation Tillage and Technology Conference, held March 3-4, 2020, Ada, OH, USA.
Dr. Leonardo Deiss - Stratification, the Role of Roots, and Yield Trends afte...John Blue
Stratification, the Role of Roots, and Yield Trends after 60 years of No-till - Dr. Leonardo Deiss, OSU, from the 2020 Conservation Tillage and Technology Conference, held March 3-4, 2020, Ada, OH, USA.
Dr. Steve Culman - No-Till Yield Data AnalysisJohn Blue
No-Till Yield Data Analysis - Dr. Steve Culman, OSU Soil Fertility Extension Specialist, from the 2020 Conservation Tillage and Technology Conference, held March 3-4, 2020, Ada, OH, USA.
Alan Sundermeier and Dr. Vinayak Shedekar - Soil biological Response to BMPs John Blue
This document summarizes the results of soil health tests conducted on five fields with different tillage and cover cropping histories. Biological, chemical, and physical soil health indicators such as microbial biomass, soil organic matter, active carbon, and bulk density showed improved soil health in fields that were no-tilled or had cover crops for longer durations compared to conventionally tilled fields or fields with shorter cover cropping histories. Long-term no-till and cover cropping practices increased soil organic matter, microbial activity, and nutrient availability and decreased bulk density compared to conventional tillage systems.
Dr. Curtis Young - Attracting And Protecting PollinatorsJohn Blue
Attracting And Protecting Pollinators - Dr. Curtis Young, OSU Extension, from the 2020 Conservation Tillage and Technology Conference, held March 3-4, 2020, Ada, OH, USA.
Sarah Noggle - Cover Crop Decision Tool SelectorJohn Blue
Cover Crop Decision Tool Selector - Sarah Noggle, OSU Extension, from the 2020 Conservation Tillage and Technology Conference, held March 3-4, 2020, Ada, OH, USA.
Hemp Regulations - Jim Belt, ODA, Head of Hemp for Ohio, from the 2020 Conservation Tillage and Technology Conference, held March 3-4, 2020, Ada, OH, USA.
John Barker - UAVs: Where Are We And What's NextJohn Blue
UAVs: Where Are We And What's Next - John Barker, OSU Extension, from the 2020 Conservation Tillage and Technology Conference, held March 3-4, 2020, Ada, OH, USA.
Dr. Rajbir Bajwa - Medical uses of MarijuanaJohn Blue
Medical uses of Marijuana - Dr. Rajbir Bajwa, Coordinator of legal medical marijuana sales, from the 2020 Conservation Tillage and Technology Conference, held March 3-4, 2020, Ada, OH, USA.
Dr. Jeff Stachler - Setting up a Corn and Soybean Herbicide Program with Cove...John Blue
Setting up a Corn and Soybean Herbicide Program with Cover Crops - Dr. Jeff Stachler, OSU Extension, from the 2020 Conservation Tillage and Technology Conference, held March 3-4, 2020, Ada, OH, USA.
Dr. Chad Penn - Developing A New Approach To Soil Phosphorus Testing And Reco...John Blue
Developing A New Approach To Soil Phosphorus Testing And Recommendations - Dr. Chad Penn, USDA-ARS, from the 2020 Conservation Tillage and Technology Conference, held March 3-4, 2020, Ada, OH, USA.
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3. We are Building on the Experience of Others
Or perhaps more like this►
Thanks to the states that
preceded us in 2015!
4. Indiana Avian Influenza Producer Meetings
Spring/Summer 2015
• 03-31-15 - Indiana Emergency Poultry Disease Plan Roundtable Meeting on HPAI
• 04-09-15 - NPIP Blood Testing School, Southern Indiana Purdue Agricultural (SIPAC)
• 04-18-15 - NPIP Blood Testing School, Purdue Campus
• 04-23-15 - Highly Pathogenic Avian Influenza (HPAI) Meeting with Indiana State Agencies
• 05-09-15 - HPAI Diagnosis in a Small Flock in Indiana
• 05-13-15 - Indiana Emergency Poultry Disease Plan Meeting on HPAI Disposal
• 05-21-15 - Indiana Emergency Poultry Disease Plan Roundtable Meeting on HPAI
• 05-28-15 - Covanta Incinerator Site Visit
• 07-07-15 - Issues and Concerns Meeting of Large Scale Egg Producers
• 07-27-15 - Mobile Autoclave System for Carcass Disposal Demonstration
• 08-14-15 - USDA-APHIS-VS Meeting with ISPA
• 08-21-15 - Indiana Board of Animal Health (BOAH) HPAI and ISPA Update Meeting
• 08-25-15 - IN Department of Enviro. Management (IDEM) HPAI Preparedness Update Meeting
5. Indiana Avian Influenza Producer Meetings
Fall/Winter 2015
• 09-17-15 - ISPA Board Meeting and HPAI Discussions
• 09-18-15 - AI Preparedness Meeting with Purdue Animal Disease and Diagnostic Lab (ADDL)
• 09-24-15 - Indiana Board of Animal Health (BOAH) State Agency HPAI Planning Meeting
• 10-01-15 - ISPA Emergency Disease Response HPAI Planning Meeting
• 10-19-15 – BOAH HPAI Egg Layer and Pullet Permit Meeting
• 10-30-15 - BOAH HPAI Permit Training at ISPA Office
• 11-20-15 – ISPA NPIP Authorized Agent Training for Egg Producers
• 11-23-15 - HPAI & NPIP Update at the ISPA Board Meeting
• 12-08-15 - HPAI Preparedness Meeting with Purdue University
• 12-09-15 - Indiana Board of Animal Health HPAI Meat Bird Permit Meeting
6. Indiana Avian Influenza Producer Meetings
Winter 2016
• 01-14-16 – ISPA Meeting with USDA-APHIS-VS
• 01-14-16 - HPAI Diagnosis in a Small Flock in Indiana
• 01-15-16 - ISPA NPIP Authorized Agent Training for Meat-bird Producers
• 01-19-16 – Southern Indiana HPAI Occupational Health Training
• 01-20-16 - Northern Indiana HPAI Occupational Health Training
□□□ 01-14-16 – State-wide Planning on Hold! □□□
7. Agency Meetings through Summer and Fall
• Indiana Board of Animal Health (BOAH) led meetings among the
state agencies engaged in an AI Response in Indiana
• Indiana Department of Environmental Management (IDEM) led
meetings with landfills, state agencies, and working with Lori
Miller, Environmental Protection Program Manager, APHIS
Veterinary Services in Riverdale
• Canadian Geese Testing with Indiana Department of Natural
Resources (IDNR), BOAH, and Indiana State Poultry Association
(ISPA)
8. Individual Meetings throughout the Fall
• BOAH and ISPA representatives met individual
producer/processors. The meetings would:
• Review each premise to:
• Confirm GPS coordinates
• Confirm Federal ID numbers
• Instruct on establishing bar codes for each premise for submission
of samples
• Educate on the use of Indiana Movement Permits
• Establish electronic signature authority
9. Wednesday, January 6
NPIP antigen capture pre-movement surveillance
testing for avian influenza was negative for the index
premises.
10. Thursday, January 14
Even in an emergency, sometimes things just workout right.
• That morning BOAH had scheduled a meeting to review premise
data and permitted movement protocols with the producer with
the index flock.
• Meanwhile, I was meeting with Indiana Veterinary Services office
to provide an update on Indiana’s AI preparation activities.
11. Oh.
While addressing the VS office I could not ignore the
second of two consecutive calls from one of our turkey
companies. When I took the call I learned we had spiking
mortality in one flock:
• The index site consisted of 4 grow-out houses, each with approximately
5,100; 135 day-old tom turkeys.
• In addition to the grow-out facilities the index premise included
<18,000; 45 day-old toms in two brooder barns.
12. Clues
• Only the grow-out barn at the end of the four house line, exhibited
symptoms or increased mortality:
• January 10, reduced water consumption was observed which continued
• January 13, mortality in the house jumped to 100
• When first reported on the morning of January 14, mortality was 500, by the
end of the day it had reached 800
• A Dangerous Contact Premise was 1 mile away with >22,000; 25 day-old
toms.
13. Zone Defense – 10 km Control Zone
• The 10 kilometer Control Zone Contained:
• 50 turkey facilities
• 15 egg-laying houses
• 1 off-line egg breaking processing facility producing only pasteurized egg
products
• 2 feed mills
• Sample collection and testing in all of the barns was initiated
immediately.
• The egg company tested all flocks in or near the control zone
feeding eggs into the plant and all tests have been negative.
15. Zone Defense – 10 km Control Zone
January 14
• Oropharyngeal swabs from the affected barn taken by company
NPIP Authorized Agents
• Confirmed weak positive for AI on ACIA at Heeke Animal Disease
Diagnostic Laboratory
• Oropharyngeal swabs from affected barn and from a dangerous
contact site transported to Purdue University NAHLN Lab (ADDL)
for testing, and flown to NVSL in Ames, IA for confirmation
• Samples from affected barn tested presumptive positive H7 at
Purdue University’s NAHLN Lab
16. Zone Defense – 10 km Control Zone
January 15
• Confirmation of HPAI H7N8 positive samples completed at NVSL
• Infected premise was quarantined
• Premises were identified within 3 and 10km distance from
infected farm
• Three commercial companies with premises within control area
began sampling and submitted samples from control area.
17. Unified Command involving IN BOAH/Incident Management
Assistance Team (IMAT)/ IN DHS and USDA-APHIS-Veterinary Services.
The ICP was located on the Jasper Campus of Vincennes University.
19. A Staging Area for equipment and field personnel was
established at the Dubois County Fairgrounds, Huntingburg, IN
20. Zone Defense – 10 km Control Zone
Test Results
• Of the additional samples collected from premises within the
10 km control zone, eight additional commercial turkey
flocks were confirmed at NVSL for H7N8 LPAI.
• One suspect positive result from a ninth premises could not
be confirmed by partial sequencing. Virus isolation results on
samples from the ninth premise are negative, but the flock
was handled the same as the other H7N8 LPAI flocks.
21. Kansas
City Zoo
Kansas City
Marriott
Each of the HPAI and LPAI
Flocks of the Indiana Incident
were within an area
• 7.01 miles North to South
by
• 1.4 miles East to West
Compare that are within
Kansas City…
The Infected Flocks were in
an Area less than 10 miles2
23. The H7N8 Avian Influenza Viruses
• The partial sequences of the LPAI and HPAI H7N8 viruses were
nearly identical except for the HA gene insertion which imparts
high pathogenicity to the HPAI virus. While LPAI was detected in
these additional flocks, the potential risk remained the same, as
this virus has a high potential to mutate to HPAI and appropriate
actions needed to be taken.
• The index case of H7N8 HPAI and subsequent detection of H7N8
LPAI, are of North American wild bird lineage with high similarity
to other wild bird viruses from Midwest and western states
between 2011 and 2013.
24. The H7N8 Avian Influenza Viruses
• Both the H7N8 HPAI and LPAI are highly similar across 6 of 8 gene
segments to a recent wild bird detection H7N8 LPAI in Kentucky at
the end of November (lesser scaup collected 11/28/15).
• North American H7N8 LPAI virus has been detected previously in
wild bird surveillance in the United States, but this is the first
instance of H7N8 HPAI virus detection in any species.
25. The H7N8 vs H5N2 Avian Influenza Viruses*
Virus
H7N8
H5N2
Incubation
Indiana
2-3 days
Minnesota
5-7 days
Bird Infectious Dose 50
104 BID50
106 BID50
*Dr. David Suarez, USDA, Agriculture Research Service
Ability to Infect
Much more infectious
than H5N2 in turkeys,
similar in chickens
Not as infectious in
turkeys or chickens as
the H7N8
26. Zone Defense – 10 km Control Zone
• Depopulation of all poultry on the infected index premises
completed on January 16.
• 10 barns containing a total of 62,000 birds were depopulated at
the index premises and an additional dangerous contact premises
that had shared personnel.
28. Zone Defense – 10 km Control Zone
• January 16 - Door-to-door sampling and surveillance was initiated
• The first round of testing was completed in 6 days, repeated 2 weeks later.
• By January 24 – 1,945 households were visited
• utilizing 38 grids of 2x2 miles.
• 105 small flocks were found, quarantined, and tested negative.
• These flocks were retested 14 days later with the same result.
• IDNR sampling: hunter harvest birds & migratory waterfowl
environments
29. Zone Defense – 10 km Control Zone
• A Dangerous Contact layer flock of 156,000 hens which
tested negative for AI was depopulated on January 19.
The carcasses were taken to the landfill.
• By January 20, all H7N8 AI positive flocks – 258,000
turkeys - were depopulated and are being composted in
house.
30. Checking into the Staging Area
Checking Name Tags Monitoring Vehicular Traffic
31. Zone Defense – 20 km Surveillance Zone
• On January 16 - BOAH established a surveillance zone extending
10 km beyond the boundary of the Control Area.
• Commercial poultry premise surveillance in the Surveillance Zone:
1. Each premises was sampled and AI tested according to USDA
surveillance guidance
2. Originating premises were AI tested within 24 hours prior to any
movement of market age turkeys or table eggs from a premises in
the surveillance zone to processing
32. Zone Defense – 20 km Surveillance Zone
• Producers are doing additional testing in areas of
concentrated production outside of the 20 km
Surveillance Zone.
• IDNR conducting opportunistic sampling of wild birds
throughout the 20 km surveillance zone.
33. The H7N8 Avian Influenza Flocks
• Compost was capped for all premises as of
February 1
• The final flock plan was signed February 3
• VS Blue IMT transferred command to Unified
Indiana Team on 02/17/2016
34. The H7N8 Avian Influenza Flocks
• 6 rounds of AI tests were completed in all
commercial flocks within the Control Zone
• Payments for depopulation were made within 24
days of diagnosis.
35. The H7N8 Avian Influenza Flocks
• Control Zone lifted – Monday, February 22
• OIE AI Free Date – Monday, May 2, 2016
• 11 of 12 premises have completed Cleaning &
Disinfection. Environmental sampling activities
are ongoing.
36. The H7N8 Avian Influenza Flocks
• 10 of 12 premises have had negative environmental
sampling results returned.
• BOAH has released quarantine orders for 4 of the 12
infected, presumptive positive, and dangerous
contact premises.
• 4 of 12 premises have been granted restock
approval.
37. Long Hours, Long Weeks, Long Months…
A swift caffeine
delivery system
is important at
the Incident
Command Post!
38. Zone Defense
Control Zone:
• 65 Commercial Poultry Premises
• 1 Egg Breaking Plant
• 2 Feed Mills
• 105 Small Domestic Flocks
• 414 Thousand Birds Affected
• 1,945 Residences Visited
Surveillance Zone:
• 60 Additional Commercial Poultry
Premises
Total Control & Surveillance:
• 233 Total Poultry Premises
39. Facts & Figures
• Control Zone Lifted Monday, February 22
• 38 days after initial diagnosis
• 21 days following the last compost set
• 4,500 AI PCR Tests Completed
• Samples Delivered Daily to ADDL by Indiana State
Police Pilots or Drivers
40. Facts & Figures of Epidemiological Interest
• 9 - Confirmed H7N8 flocks, each on a hill top
• 6 - Field technicians responsible for 1 or more flocks
prior to infection
1 - Field technician per flock
The 6 field technicians with AI(+) flocks were also
responsible for several AI(-) flocks
41. Facts & Figures of Epidemiological Interest
• 3 – Feed mills providing feed
1 – Feed mill per flock
• 3 – Truck washes – one at each feed mill, used
prior to each feed delivery
42. Facts & Figures
• Environmental samples of 11,350 surfaces over 12 site
• 516 ICP, Staging, & Field Personnel at peak
• 738 Permitted Movements to 9 states
• 414,000 birds depopulated
• Low level (risk) prisoners assisted in depopulation
• Commercial producers completed 6 rounds of testing each
flock in the control zone
43. Lessons Learned - 2016
• Invert your focus in an AI incident:
• The focus needs to be on ensuring that product moves from the
healthy premises, since we know the AI (+) birds are going to be
depopulated
• Plan on utilizing multiple redundant depopulation methods
• At subfreezing temperatures water-based depopulation methods
may pose significant challenges
• As with Case Managers, Subject Matter Experts need to remain
through end of their task for each group of facilities they oversee
44. What Worked Well
• The Community Spirit – Federal and State authorities
converged from all over Indiana and the U.S. They were
warmly received throughout the duration of the AI event.
The Community supported the work being done and valued
the poultry industry that surrounds them. It was rewarding
for those visiting
• Strong Industry Leadership – Planning and making difficult
decisions in the company plan, then following through on
that plan
45. What Worked Well
• Local Leadership
• Indiana District 1 Incident Management Assistance Team
• Indiana District 9 Incident Management Assistance Team
• Indiana District 10 Incident Management Assistance Team
• Dubois County Emergency Management Agency
• Dubois County Fairgrounds
• Dubois County Public Health Department
• FSA Office of Dubois County
• Vincennes University, Jasper Campus
47. What Worked Well
State Leadership
• Board of Animal Health – Lead Agency
Supporting Agencies
• Purdue University Animal Disease Diagnostic Lab
• Department of Homeland Security
• Department of Corrections
• Indiana State Police
48. What Worked Well
Supporting Agencies
• Department of Transportation
• Department of Environmental Protection
• Department of Natural Resources
• Department of Health
• Department of Agriculture
• Indiana State Poultry Association
• National Poultry Improvement Plan
49. What Worked Well
• The Leadership and Active Engagement of 12 State Agencies