Agricultural and Biological Engineering (ABE) is a peer-reviewed open-access journal. The journal aims to publish high quality research in engineering and the physical sciences that represent advances in agriculture and biological systems.  

Journal Abbreviation: Ag Bio Eng
ISSN: 3056-932X (Online)
Start year: 2024
Language: English
Publication fee: free of charge
 Issues per year: 4 Issues
 
 

 Focus and Scope

The Agricultural and Biological Engineering (ABE) journal is an international platform for publishing high-quality research in engineering science and technology, supporting advancements in specialised fields of agricultural and biological engineering. The journal emphasises sustainable development and innovation across a wide range of areas, including
• Soil and water resource management
• Land-use planning and conservation
• Bioproduction processes and post-harvest processing
• Agricultural machinery, mechatronics, automation, robotics, and intelligent agricultural equipment (e.g., sorting machines)
• Smart farming systems, greenhouse technologies, equipment, and environmental control in agriculture
• Agricultural logistics, supply chains, and related products
• Internet of Things (IoT) and applications of digital technologies in precision agriculture, remote sensing, and geographic information systems (GIS)
The journal welcomes empirical research articles, review papers, and technical reports presenting experimental results, theoretical analyses, design and development studies, innovations, advanced analytical techniques, and research tools. Contributions that integrate engineering principles with agricultural and biological applications to promote sustainability, efficiency, and innovation in the agricultural sector are especially encouraged.

 

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Vol. 2 No. 4 (2025): October-December 2025

Published: 2025-07-04

Research and development of a 3-axis robotic strawberry harvester in a greenhouse using image processing

Kittisak Kitirat, Pongrawee Namwong, Manop Rakyat, Sanong Amaroek, Wuttipol Chansakoo, Phakwipha Sutthiwaree, Arnon Saicomfu, Sorawit Chanchenchob, Niti Pookjit

109-116

Investigating the capability of near-infrared spectroscopy to measure cassava tuber deterioration levels

Jetsada Posom, Siriwan Thomchin, Taichak Nawachai, Kanvisit Maraphum

127-136

The efficiency of the broadcast seeder combined with the vertical disk plows

Sornrin Ruangpratyakul, Poosit Kowglah, Latthapon Promking, Lakkana Pitak

137-144

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