Production planning decisions in the broiler chicken supply chain with growth uncertainty

Solano-Blanco, Alfaima L.; González, Jaime E.; Medaglia, Andrés L.

doi:10.1016/j.orp.2023.100273

Cited by 7 publications

(3 citation statements)

References 14 publications

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“…However, there are few significant studies addressing livestock production. For instance, Solano-Blanco et al [ 13 ] analyzed a vertically integrated broiler chicken supply chain, emphasizing collaboration between farms and slaughterhouses to optimize production. Their approach involved two models: a two-stage stochastic model for production and inventory decisions amid chicken growth uncertainties and a mixed-integer linear programming model for chicken allocation and fattening supply procurement.…”

Section: Literature Reviewmentioning

confidence: 99%

Optimizing vertically integrated pork production supply chain: A Lagrangian heuristic approach

Nakrachata-Amon,

Vorasayan,

Pitiruek

et al. 2024

Heliyon

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Section: Literature Reviewmentioning

confidence: 99%

Optimizing vertically integrated pork production supply chain: A Lagrangian heuristic approach

Nakrachata-Amon,

Vorasayan,

Pitiruek

et al. 2024

Heliyon

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“…A favorable regulatory environment is also helpful. Additionally, vertical integration in IFAP has been assisted by research into the smooth integration of animal-raising and animal-slaughtering facilities, and the challenges of inserting variable animal bodies into a streamlined supply chain (Rodriguez et al 2014;Solano-Blanco et al 2023). 7 .…”

Section: Part 1: How Industrial Food Animal Production Workmentioning

confidence: 99%

Industrial Food Animal Production: How It Works And How We Resist

Mason

2024

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Industrial food animal production (IFAP) consists of a complex set of interconnected components and processes, which include the factory farm but also extend far beyond it. The scale of the system, and the number of animals it consumes, are vast. The problems caused by IFAP are varied and global, affecting people, animals, and ecosystems around the world. A system of this nature requires a comprehensive and coordinated response.Momentum towards such an informed, strategic, and coordinated effort has been growing in the farmed animal advocacy movement in recent years. Prompted by this momentum, and in support of further progress, this report makes several contributions. First, it provides a relatively concise but holistic explanation of how IFAP works, written with animal advocates in mind. Focusing on land animals in the US, the report outlines the mechanics of IFAP, from industrial feed crop production through the factory farm and onto the consumer. It explains how the system is shaped by a desire for profits, and how it is supported by the social and cultural environment in which it exists. The report then shows how different aspects of the system are responsible for the wide range of social, environmental, and animal welfare problems that IFAP causes.Building on this understanding of the problem, the report goes on to examine the wide variety of interventions used by the farmed animal advocacy movement, and the elements of the system they address. The report organizes these interventions in terms of several frameworks for approaching system change. These frameworks address what needs to change, how to achieve change, and how different roles within the movement contribute to change, and they act as tools for understanding how a broad movement can transform a system. The report groups the interventions used by the movement into 15 categories. It describes what each category is intended to achieve, and shows how they fit into the frameworks for system change.This big-picture overview of IFAP as a system, pathways to system change, and the interventions available to advocates, is intended as a foundation for improving broad-scale, movement-wide coordination and strategy. For those who are newer to farmed animal advocacy, the report can be used as a primer on IFAP and methods for resistance, helping advocates see how their own work contributes to the movement as a whole. For leaders in the movement, we hope that this work provides some new tools and approaches for orchestrating the coordinated, multi-faceted response that IFAP deserves.

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“…In production processes of poultry products, stocking time is limited due to shelf life [13]. Daily cuts are determined by live cut planning processes.…”

Section: Poultry Production Systemmentioning

confidence: 99%

Using Time Series Models in Product Based Order Forecasting

Yücalar

2024

JISE

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Production systems play a vital role in maximizing consumer satisfaction by efficiently transforming inputs such as labor, raw materials, and capital into products or services aligned with consumer demands. An order-based production takes place in poultry meat and meat products production facilities, which face various difficulties in meeting changing customer demands and managing the supply of raw materials. To optimize production and increase customer loyalty, these facilities use strategic scheduling, considering their daily production capacity and fluctuating customer orders. In this study, estimating which customer and product type the future order quantities will come from for the relevant facilities, increasing customer satisfaction by facilitating order processes and minimizing storage costs are discussed. With this study, the number of orders was estimated, and it was aimed to meet the orders in the most accurate way. In the estimations, the order data of a poultry meat and meat products production facility between 2013 and 2021 were used. Since the order figures will change every year in cases such as the customer working with the facility, growing, or shrinking, better results have been tried to be obtained with the arrangements made on the data set used and three different data sets have been obtained. Estimation processes were performed for these three data sets using LSTM and Prophet algorithms. While the RMSE value was 7.07 in the LSTM model in experimental studies, this value was obtained as 10.96 for Prophet. In the results obtained, it was observed that the arrangements made on the data set positively affected the accuracy of the estimations and the LSTM algorithm produced better results than the Prophet algorithm.

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Production planning decisions in the broiler chicken supply chain with growth uncertainty

Cited by 7 publications

References 14 publications

Optimizing vertically integrated pork production supply chain: A Lagrangian heuristic approach

Optimizing vertically integrated pork production supply chain: A Lagrangian heuristic approach

Industrial Food Animal Production: How It Works And How We Resist

Using Time Series Models in Product Based Order Forecasting

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