Focus and Scope

Global Journal of Agrotechnology (GJAGT) is a peer-reviewed academic journal that publishes original, high-quality, and rigorously reviewed research in agrotechnology and agricultural sciences. The journal prioritizes contributions that demonstrate strong theoretical foundation, robust empirical evidence, and methodological rigor, with relevance to contemporary challenges in agricultural production, technology, and sustainability at local, national, and global levels.

The journal welcomes experimental, applied, and interdisciplinary studies that advance agricultural technology, crop production, and agro-ecosystem management. Particular emphasis is placed on research that integrates agrotechnology with digital innovation, climate resilience, food security, and sustainable agriculture.

GJAGT aims to advance agrotechnological knowledge by promoting reproducible research, encouraging innovation in agricultural practices and technologies, and supporting the development of efficient, resilient, and sustainable farming systems. The journal positions itself as a platform for high-impact scholarship with strong international visibility and citation potential.

Scope

1. Crop Science and Production

  • Crop physiology and growth analysis
  • Plant breeding and genetic improvement
  • Seed technology and crop management
  • Yield optimization and productivity

2. Soil Science and Land Management

  • Soil fertility and nutrient management
  • Soil conservation and land use
  • Soil microbiology and biogeochemistry
  • Sustainable soil management practices

3. Agricultural Technology and Mechanization

  • Farm machinery and equipment
  • Agricultural automation and robotics
  • Precision agriculture technologies
  • Smart farming systems

4. Plant Protection and Pest Management

  • Integrated pest management (IPM)
  • Plant diseases and pathology
  • Biological control and agrochemicals
  • Crop protection technologies

5. Irrigation and Water Management

  • Irrigation systems and efficiency
  • Water resource management in agriculture
  • Drainage systems and hydrology
  • Climate-resilient water management

6. Sustainable Agriculture and Agroecology

  • Organic farming and agroecological practices
  • Climate-smart agriculture
  • Biodiversity and ecosystem services
  • Sustainable farming systems

7. Agricultural Biotechnology

  • Genetic engineering and molecular breeding
  • Plant tissue culture and propagation
  • Biotechnology for crop improvement
  • Biofertilizers and biopesticides

8. Post-Harvest Technology

  • Harvesting and storage technologies
  • Food processing and preservation
  • Post-harvest loss reduction
  • Supply chain technology

9. Digital Agriculture and Data Systems

  • Agricultural data analytics
  • Remote sensing and GIS in agriculture
  • Internet of Things (IoT) in farming
  • Decision support systems for agriculture

10. Agricultural Systems and Innovation

  • Farming systems and integrated agriculture
  • Innovation and technology adoption
  • Agricultural extension and knowledge transfer
  • Socio-technical systems in agriculture

Editorial Emphasis

  • Clear research gap and originality
  • Strong theoretical and empirical contribution
  • Robust, transparent, and reproducible methodology
  • Innovation and practical agricultural impact
  • Interdisciplinary relevance and sustainability focus
  • Use of recent and high-quality international references