Aim & Scope

The American Journal of Agriculture and Biomedical Engineering (TAJABE)
ISSN: 2689-1018

Aim of the Journal

The American Journal of Agriculture and Biomedical Engineering is an international, peer-reviewed, open-access journal dedicated to advancing knowledge in agriculture, biomedical engineering, and related interdisciplinary fields.

The journal provides a platform for researchers, academicians, engineers, and practitioners to share original findings, evaluate emerging technologies, and develop solutions to challenges in agricultural production, biological systems, and healthcare.

TAJABE welcomes research within either agriculture or biomedical engineering, as well as interdisciplinary studies connecting these areas. It encourages scholarship that combines scientific understanding with experimental evidence, computational analysis, and practical applications.

The journal aims to:

Publish rigorous research that advances agricultural science and biomedical engineering.
Encourage sustainable agricultural practices and efficient resource use.
Support engineering innovations for healthcare, biological measurement, and rehabilitation.
Promote collaboration across agriculture, biology, engineering, and related disciplines.
Advance transparent methods, reproducibility, and responsible research.
Make scientific knowledge freely accessible to a global readership.

Scope of the Journal

The journal considers research in the following areas and related interdisciplinary fields.

1. Crop Science and Agronomy

Crop production and management.
Plant physiology and crop improvement.
Seed science and technology.
Plant breeding and agricultural genetics.
Crop protection and integrated pest management.
Sustainable and climate-resilient farming systems.

2. Soil Science and Water Management

Soil fertility, chemistry, and biology.
Soil conservation and land management.
Irrigation and drainage technologies.
Agricultural water-use efficiency.
Nutrient management and soil amendments.
Management of degraded and saline soils.

3. Agricultural Engineering and Precision Agriculture

Agricultural machinery and mechanization.
Precision farming and site-specific management.
Agricultural sensors and monitoring systems.
Robotics and automation in agriculture.
Remote sensing and geographic information systems.
Modelling and optimization of agricultural operations.
Controlled-environment agriculture.

4. Agricultural Biotechnology and Biological Systems

Plant and microbial biotechnology.
Tissue culture and propagation technologies.
Biological approaches to crop protection.
Agricultural bioinformatics.
Biofertilizers and biostimulants.
Biological resource utilization and management.

5. Post-Harvest and Food Technologies

Post-harvest handling and storage.
Food processing and preservation.
Food quality and safety.
Packaging and shelf-life evaluation.
Reduction of agricultural and food losses.
Utilization of agricultural by-products.

6. Sustainable Agriculture and Environmental Applications

Agroecology and biodiversity.
Resource-efficient agricultural systems.
Agricultural waste management and recovery.
Environmental impacts of farming practices.
Renewable energy applications in agriculture.
Climate adaptation and mitigation in agricultural systems.

7. Biomedical Instrumentation and Medical Devices

Biomedical sensors and measurement systems.
Diagnostic and monitoring devices.
Wearable technologies.
Medical instrumentation and device design.
Device calibration, reliability, and performance evaluation.
Engineering approaches to patient monitoring.

8. Biomedical Signal Processing and Medical Imaging

Acquisition and analysis of physiological signals.
Biomedical image processing and analysis.
Imaging systems and reconstruction methods.
Signal filtering, feature extraction, and classification.
Computer-aided detection and diagnostic support.
Validation of biomedical analytical methods.

9. Biomechanics and Rehabilitation Engineering

Human movement and musculoskeletal mechanics.
Prosthetics and orthotics.
Assistive technologies.
Rehabilitation devices and systems.
Ergonomics and human–device interaction.
Modelling of biological structures and mechanical behaviour.

10. Biomaterials and Tissue Engineering

Biomaterial design and characterization.
Biocompatibility and material–tissue interactions.
Scaffolds and tissue-engineering systems.
Surface modification of biomedical materials.
Regenerative engineering approaches.
Evaluation of materials for biomedical applications.

11. Computational and Intelligent Systems

Mathematical modelling of agricultural and biological systems.
Artificial intelligence in agriculture and biomedical engineering.
Machine learning for prediction, classification, and monitoring.
Bioinformatics and computational biology.
Internet of Things applications.
Decision-support systems with agricultural or biomedical relevance.

12. Interdisciplinary Engineering Applications

Biosensors for agricultural, food, and healthcare applications.
Microfluidics and biological analysis.
Bioprocess engineering.
Technologies connecting biological systems with engineering design.
Integrated sensing, automation, and resource-management systems.

Types of Articles Considered

TAJABE welcomes:

Original Research Articles: Experimental, analytical, computational, clinical, and field studies presenting new findings relevant to the journal’s scope.
Review Articles: Critical reviews, systematic reviews, and meta-analyses that synthesize knowledge and identify research gaps.
Short Communications: Concise reports of focused findings or technical advances.

Suitability for Publication

Submissions must address clearly defined questions, use appropriate methods, and present conclusions supported by evidence. Authors should explain the scientific contribution, practical relevance, validation procedures, and limitations of their work.

Agricultural studies should describe relevant environmental conditions, experimental controls, and replication. Biomedical engineering studies should explain technical performance, safety considerations, and the evidence supporting any diagnostic or therapeutic claims.

Computational predictions, laboratory findings, field validation, and clinical evidence must be clearly distinguished. Research involving humans, animals, biological materials, or regulated field activities must include applicable approvals, consent, and permissions.

Promotional content, unsupported claims, and routine descriptions without a substantive scientific contribution are outside the journal’s scope.

Authors should consult the Author Guidelines, Peer Review Process, and Publication Ethics pages before submitting a manuscript.

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