RESEARCH ARTICLE Simulating the Distribution of Individual Livestock Farms and Their Populations in the United States: An Example Using Domestic Swine (Sus scrofa domesticus) Farms

Description of empirical movement data from Canadian swine herds with an application to a disease spread simulation model

January 2008

We report the methods and findings of a survey of Canadian swine producers summarizing farm-types at...

EC62-219 Nebraska Swine Production Report

Danielson, D. M.
Henderson, Philip A.
Hudman, D.B.
Kelley, George W., Jr.
Lucas, Leo E.
Mumgaard, M.L.
Olson, E.A.
Peo, E.R., Jr.
Sumption, L.J.
Welch, L.C.
Ahlschwede, William

January 1962

This 1962 Nebraska Swine Production Report was developed by the Animal Husbandry Department of the U...

Cattle feeding in relation to farm management

Case, Harold Clayton M.
Myers, Kenneth Hayes

January 1925

Cover title: Economic factors in cattle feeding.Caption title.Includes bibliographical references

Simulating the Distribution of Individual Livestock Farms and Their Populations in the United States: An Example Using Domestic Swine (<i>Sus scrofa domesticus</i>) Farms

Christopher L. Burdett (782764)
Brian R. Kraus (827233)
Sarah J. Garza (827234)
Ryan S. Miller (106337)
Kathe E. Bjork (827235)

November 2015

<div><p>Livestock distribution in the United States (U.S.) can only be mapped at a county-level or w...

Data from: Simulating the distribution of individual livestock farms and their populations in the united states: an example using domestic swine (Sus scrofa domesticus) farms

Burdett, Christopher L.
Kraus, Brian R.
Garza, Sarah J.
Miller, Ryan S.
Bjork, Kathe E.

November 2015

Livestock distribution in the United States (U.S.) can only be mapped at a county-level or worse res...

Factors Impacting Production and Economic Variability in Traditional Midwest Swine Enterprises

Lawrence, John D.
Shaffer, John
Hallam, Arne
Baas, Thomas J.

January 1998

Traditional swine enterprises report competitive cost of production for the “top one-third”herds.Fur...

Modeling nation-wide US swine movement networks at the resolution of the individual premises

Sellman, Stefan
Beck-Johnson, Lindsay M.
Hallman, Clayton
Miller, Ryan S.
Bonner, Katharine A. Owers
Portacci, Katie
Webb, Colleen T.
Lindström, Tom

January 2022

The spread of infectious livestock diseases is a major cause for concern in modern agricultural syst...

Swine Operations for a

A Nonparametric
William W. Rowl
Michael R. Langemeier
Bryan W. Schurle
Allen M. Featherstone

March 2015

This study evaluates the economic competitiveness of a sample of Kansas farrow-to-finish operations ...

Assessment of the demographics and network structure of swine populations in relation to regional disease transmission and control.

Wayne, Spencer R.

June 2011

University of Minnesota Ph.D. dissertation. June 2011. Major:Veterinary Medicine. Advisor: Peter Dav...

Livestock Industry Facilities and Environment: Swine Breeding Systems—the Breeding Square System

Harmon, Jay D.
Watson, Carl

September 1997

The breeding square is arranged with four breeding pens that are surrounded by turn-around crates. T...

Ranching on the Great Plains

Kelso, M. M.

March 1948

What happens on our western ranches concerns Corn Belt farmers. The cattle and sheep ranches of the ...

ORIGINAL ARTICLE Improving the estimation of realized effective population sizes in farm animals

J. P. Gutiérrez
I. Cervantes
F. Goyache

January 2015

Effective population size (Ne), the number of indi-viduals of an equivalent idealized population tha...

Table_1_Mathematical modeling at the livestock-wildlife interface: scoping review of drivers of disease transmission between species.docx

Brandon H. Hayes (9641158)
Timothée Vergne (412619)
Mathieu Andraud (300301)
Nicolas Rose (619736)

September 2023

Modeling of infectious diseases at the livestock-wildlife interface is a unique subset of mathematic...

Developing and Utilizing Visual Tools to Assist Pork Producers in Employee Training in the Evaluation of Sow Body Condition

Fitzgerald, Robert F.
Stalder, Kenneth J
Karriker, Locke A.
Johnson, Colin
Laymen, Lori
Johnson, Anna K.

April 2008

The article describes development of a bilingual poster to assists pig producers in classifying body...

A dynamic econometric-simulation model of the U.S. livestock industry

Peel, Derrell Sylvester

Agricultural policy makers have shown an increased inclination to utilize large-scale computerized m...

Description of empirical movement data from Canadian swine herds with an application to a disease spread simulation model

January 2008

We report the methods and findings of a survey of Canadian swine producers summarizing farm-types at...

EC62-219 Nebraska Swine Production Report

Danielson, D. M.
Henderson, Philip A.
Hudman, D.B.
Kelley, George W., Jr.
Lucas, Leo E.
Mumgaard, M.L.
Olson, E.A.
Peo, E.R., Jr.
Sumption, L.J.
Welch, L.C.
Ahlschwede, William

January 1962

This 1962 Nebraska Swine Production Report was developed by the Animal Husbandry Department of the U...

Cattle feeding in relation to farm management

Case, Harold Clayton M.
Myers, Kenneth Hayes

January 1925

Cover title: Economic factors in cattle feeding.Caption title.Includes bibliographical references

Simulating the Distribution of Individual Livestock Farms and Their Populations in the United States: An Example Using Domestic Swine (<i>Sus scrofa domesticus</i>) Farms

Christopher L. Burdett (782764)
Brian R. Kraus (827233)
Sarah J. Garza (827234)
Ryan S. Miller (106337)
Kathe E. Bjork (827235)

November 2015

<div><p>Livestock distribution in the United States (U.S.) can only be mapped at a county-level or w...

Data from: Simulating the distribution of individual livestock farms and their populations in the united states: an example using domestic swine (Sus scrofa domesticus) farms

Burdett, Christopher L.
Kraus, Brian R.
Garza, Sarah J.
Miller, Ryan S.
Bjork, Kathe E.

November 2015

Livestock distribution in the United States (U.S.) can only be mapped at a county-level or worse res...

Factors Impacting Production and Economic Variability in Traditional Midwest Swine Enterprises

Lawrence, John D.
Shaffer, John
Hallam, Arne
Baas, Thomas J.

January 1998

Traditional swine enterprises report competitive cost of production for the “top one-third”herds.Fur...

Modeling nation-wide US swine movement networks at the resolution of the individual premises

Sellman, Stefan
Beck-Johnson, Lindsay M.
Hallman, Clayton
Miller, Ryan S.
Bonner, Katharine A. Owers
Portacci, Katie
Webb, Colleen T.
Lindström, Tom

January 2022

The spread of infectious livestock diseases is a major cause for concern in modern agricultural syst...

Swine Operations for a

A Nonparametric
William W. Rowl
Michael R. Langemeier
Bryan W. Schurle
Allen M. Featherstone

March 2015

This study evaluates the economic competitiveness of a sample of Kansas farrow-to-finish operations ...

Assessment of the demographics and network structure of swine populations in relation to regional disease transmission and control.

Wayne, Spencer R.

June 2011

University of Minnesota Ph.D. dissertation. June 2011. Major:Veterinary Medicine. Advisor: Peter Dav...

Livestock Industry Facilities and Environment: Swine Breeding Systems—the Breeding Square System

Harmon, Jay D.
Watson, Carl

September 1997

The breeding square is arranged with four breeding pens that are surrounded by turn-around crates. T...

Ranching on the Great Plains

Kelso, M. M.

March 1948

What happens on our western ranches concerns Corn Belt farmers. The cattle and sheep ranches of the ...

ORIGINAL ARTICLE Improving the estimation of realized effective population sizes in farm animals

J. P. Gutiérrez
I. Cervantes
F. Goyache

January 2015

Effective population size (Ne), the number of indi-viduals of an equivalent idealized population tha...

Table_1_Mathematical modeling at the livestock-wildlife interface: scoping review of drivers of disease transmission between species.docx

Brandon H. Hayes (9641158)
Timothée Vergne (412619)
Mathieu Andraud (300301)
Nicolas Rose (619736)

September 2023

Modeling of infectious diseases at the livestock-wildlife interface is a unique subset of mathematic...

Developing and Utilizing Visual Tools to Assist Pork Producers in Employee Training in the Evaluation of Sow Body Condition

Fitzgerald, Robert F.
Stalder, Kenneth J
Karriker, Locke A.
Johnson, Colin
Laymen, Lori
Johnson, Anna K.

April 2008

The article describes development of a bilingual poster to assists pig producers in classifying body...

A dynamic econometric-simulation model of the U.S. livestock industry

Peel, Derrell Sylvester

Agricultural policy makers have shown an increased inclination to utilize large-scale computerized m...

Description of empirical movement data from Canadian swine herds with an application to a disease spread simulation model

January 2008

We report the methods and findings of a survey of Canadian swine producers summarizing farm-types at...

EC62-219 Nebraska Swine Production Report

Danielson, D. M.
Henderson, Philip A.
Hudman, D.B.
Kelley, George W., Jr.
Lucas, Leo E.
Mumgaard, M.L.
Olson, E.A.
Peo, E.R., Jr.
Sumption, L.J.
Welch, L.C.
Ahlschwede, William

January 1962

This 1962 Nebraska Swine Production Report was developed by the Animal Husbandry Department of the U...

Cattle feeding in relation to farm management

Case, Harold Clayton M.
Myers, Kenneth Hayes

January 1925

Cover title: Economic factors in cattle feeding.Caption title.Includes bibliographical references

RESEARCH ARTICLE Simulating the Distribution of Individual Livestock Farms and Their Populations in the United States: An Example Using Domestic Swine (Sus scrofa domesticus) Farms

Abstract

Extracted data

RESEARCH ARTICLE Simulating the Distribution of Individual Livestock Farms and Their Populations in the United States: An Example Using Domestic Swine (Sus scrofa domesticus) Farms

Abstract

Extracted data

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