Journal of Agricultural Digitalization Research

5, Issue 1, Year 2024

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2024; 5(1): 01-11

IoT-Based Stress Detection and Monitoring Systems for Occupational Health Management in Greenhouse Workers: Integration of Wearable Sensors, Environmental Monitoring, and Machine Learning for Real-Time Physiological Assessment

By : Dr. Matteo Rossi, Dr. Ji-Hoon Kim, James Thompson

Country : United States

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2024; 5(1): 12-22

Robotic Bees for Artificial Pollination in Controlled Environment Agriculture: Autonomous Systems, Design Innovations, and Precision Pollination Strategies

By : Dr. Hiroshi Tanaka

Country : United States

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2024; 5(1): 23-29

Satellite-Based Remote Sensing Integration for Index-Driven Micro-Insurance in Drought-Vulnerable Agricultural Landscapes: Geospatial Risk Assessment, Parametric Modeling, and Climate-Adaptive Financial Protection Mechanisms for Smallholder Farmer Resilience

By : Dr. Kwame Osei Asante

Country : Ghana

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2024; 5(1): 30-39

Satellite-Driven Micro-insurance Models for Drought-prone Regions: Remote Sensing-based Risk Assessment, Algorithmic Index Design, and Climate-adaptive Agricultural Financial Mechanisms

By : Dr Thabo Johannes Mokoena, Carmen Rodríguez Martínez, Dr Andrew Graham Mitchell

Country : Korea South

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2024; 5(1): 40-48

Computer Vision for Underwater Biomass Estimation in Aquafarming: Intelligent Imaging Systems, AI-Based Modeling, and Precision Aquaculture Monitoring

By : Dr. Jean Luc Moreau

Country : Australia

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2024; 5(1): 49-57

Explainable AI (XAI) Frameworks for Transparent Decision-Making in Autonomous Precision Agriculture Systems

By : Dr. Deepthi G Pai

Country : India

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2024; 5(1): 58-66

Machine Learning-Driven Optimization of Urban Vertical Farming Layouts for Maximizing Resource Efficiency, Crop Productivity, and Sustainable Food Production in Smart Agricultural Systems

By : Dr. Mariana Lopes da Silva

Country : Germany

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2024; 5(1): 67-74

AI-Optimized Seed Spacing for Maximizing Light Interception: Machine Learning–Driven Plant Geometry, Canopy Architecture, and Precision Agronomic Design

By : Dr. Matthew P Nguyen

Country : Japan

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2024; 5(1): 75-83

Digital Twins for Simulating, Evaluating, and Optimizing the Impact of New Agricultural Policies on Sustainable Farming Systems: A Systems Modeling and Decision-Support Framework

By : Dr. Annelies Koster

Country : France

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2024; 5(1): 84-90

Under-Canopy Robotic Systems for Precision Cover Crop Seeding: Advancing Sustainable and Climate-Resilient Agriculture Through Intelligent Field Automation

By : Dr. Dong Hyun Kang, Dr. Jonathan A. MacDonald

Country : China

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Journal of Agricultural Digitalization Research

IoT-Based Stress Detection and Monitoring Systems for Occupational Health Management in Greenhouse Workers: Integration of Wearable Sensors, Environmental Monitoring, and Machine Learning for Real-Time Physiological Assessment

IoT-Based Stress Detection and Monitoring Systems for Occupational Health Management in Greenhouse Workers: Integration of Wearable Sensors, Environmental Monitoring, and Machine Learning for Real-Time Physiological Assessment

Robotic Bees for Artificial Pollination in Controlled Environment Agriculture: Autonomous Systems, Design Innovations, and Precision Pollination Strategies

Robotic Bees for Artificial Pollination in Controlled Environment Agriculture: Autonomous Systems, Design Innovations, and Precision Pollination Strategies

Satellite-Based Remote Sensing Integration for Index-Driven Micro-Insurance in Drought-Vulnerable Agricultural Landscapes: Geospatial Risk Assessment, Parametric Modeling, and Climate-Adaptive Financial Protection Mechanisms for Smallholder Farmer Resilience

Satellite-Based Remote Sensing Integration for Index-Driven Micro-Insurance in Drought-Vulnerable Agricultural Landscapes: Geospatial Risk Assessment, Parametric Modeling, and Climate-Adaptive Financial Protection Mechanisms for Smallholder Farmer Resilience

Satellite-Driven Micro-insurance Models for Drought-prone Regions: Remote Sensing-based Risk Assessment, Algorithmic Index Design, and Climate-adaptive Agricultural Financial Mechanisms

Satellite-Driven Micro-insurance Models for Drought-prone Regions: Remote Sensing-based Risk Assessment, Algorithmic Index Design, and Climate-adaptive Agricultural Financial Mechanisms

Computer Vision for Underwater Biomass Estimation in Aquafarming: Intelligent Imaging Systems, AI-Based Modeling, and Precision Aquaculture Monitoring

Computer Vision for Underwater Biomass Estimation in Aquafarming: Intelligent Imaging Systems, AI-Based Modeling, and Precision Aquaculture Monitoring

Explainable AI (XAI) Frameworks for Transparent Decision-Making in Autonomous Precision Agriculture Systems

Explainable AI (XAI) Frameworks for Transparent Decision-Making in Autonomous Precision Agriculture Systems

Machine Learning-Driven Optimization of Urban Vertical Farming Layouts for Maximizing Resource Efficiency, Crop Productivity, and Sustainable Food Production in Smart Agricultural Systems

Machine Learning-Driven Optimization of Urban Vertical Farming Layouts for Maximizing Resource Efficiency, Crop Productivity, and Sustainable Food Production in Smart Agricultural Systems

AI-Optimized Seed Spacing for Maximizing Light Interception: Machine Learning–Driven Plant Geometry, Canopy Architecture, and Precision Agronomic Design

AI-Optimized Seed Spacing for Maximizing Light Interception: Machine Learning–Driven Plant Geometry, Canopy Architecture, and Precision Agronomic Design

Digital Twins for Simulating, Evaluating, and Optimizing the Impact of New Agricultural Policies on Sustainable Farming Systems: A Systems Modeling and Decision-Support Framework

Digital Twins for Simulating, Evaluating, and Optimizing the Impact of New Agricultural Policies on Sustainable Farming Systems: A Systems Modeling and Decision-Support Framework

Under-Canopy Robotic Systems for Precision Cover Crop Seeding: Advancing Sustainable and Climate-Resilient Agriculture Through Intelligent Field Automation

Under-Canopy Robotic Systems for Precision Cover Crop Seeding: Advancing Sustainable and Climate-Resilient Agriculture Through Intelligent Field Automation

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