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Facilitating agricultural infrastructure to cooperatively consolidate regional organic food deliveries

Project Leader
Hirsch Patrick, Project Leader
Duration:
01.04.2017-31.03.2019
Programme:
Mobilität der Zukunft - Kooperative F&E-Projekte - Industrielle Forschung
Type of Research
Technological Development
Project partners
Bio Austria Österreich, Theresianumgasse 11/1, 1040 Wien, Austria.
Function of the Project Partner: Partner
organic nursery Adamah, Glinzendorf 7, 2282 Markgrafneusied, Austria.
Function of the Project Partner: Partner
Staff
Leithner Magdalena, Project Staff (bis 31.03.2020)
BOKU Research Units
Institute of Agricultural and Forestry Economics (AFO)
Institute of Production and Logistics
Subproject(s):
Facilitating agricultural infrastructure to cooperatively consolidate regional organic food deliveries-agricultural economy (BioHub4all)
Funded by
Austrian Research Promotion Agency, Sensengasse 1, 1090 Wien, Austria
Abstract
Home deliveries of regional organic food, a business sector with significant growth rates, requires complex and challenging logistics operations and is leading to increasing consequences on traffic and transport conditions. To support sustainable food logistics, innovative processes and business models are required, which explicitly consider food specific characteristics and challenges. In addition to complications of traditional delivery services such as return shipments and failed delivery attempts, food-safety, perishability of products and cold chains have to be considered. Prior developed mobility concepts, however, often do not explicitly consider such factors. Consequently, substantial additional work is required.
To narrow this gap and to further support a reduction in shipping costs and transport emissions, this project investigates the option to facilitate existing agricultural infrastructure to consolidate multiple food shipments to end customers of various providers. Therefore, agricultural business provide free capacity for transshipment as part of a sharing economy to generate additional income and enable cost savings at logistics provider. By the development of corresponding logistical simulation and optimization-based decision support systems, sustainable deliveries of organic food to urban city as well as rural areas are supported. Through a systemic view considering a wide range of organizational and regulative factors, business models based on cost and risk-sharing mechanisms are formulated and tested to enable future developments and the acceptance of generated results. By a reduction in transportation and related emissions as well as an increase in vehicle utilization as a result of consolidation, sustainable food logistics operations are supported. Results of this project will be disseminated in a demonstrator to show potentials and promote consolidations of organic food deliveries. Planned activities in close cooperation with various stakeholders further facilitate future activities and enable the project team to acquire valuable feedback to improve developed methods. Consequently, the aim of this project is to support future implementations and sustainable food logistics operations.
Keywords
Agricultural economics; Logistics;
Organic Food; Decision Support; Consolidation; Food Logistics; Simulation Optimization;
Publications
Vorträge

Leithner, M; Fikar, C (2018): An agent-based decision support system to facilitate agricultural sharing concepts for on-line food deliveries.

6. Fachtagung Entscheidungsunterstützung in der Logistik (EULOG), 04.10.-05.10., Linz

Leithner, M.; Fikar, C. (2018): Der Weg meiner Erdbeeren.

Lange Nacht der Forschung, 13.04.2018, Wien

Leithner M.; Fikar C. (2017): Simulating fresh food supply chains by integrating product quality.

OR2017 - International Conference on Operations Research, SEP 6-8, Berlin

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