Anand B. Deshpande is the Principal and Director of the Angadi Institute of Technology and Management, Belagavi, India, with a Ph.D. in Electrical & Electronics Engineering Sciences. He has publications in journals and books, and is the editor of a super-resolution book and a Neuroscience Informatics special issue.Vania V. Estrela teaches at the Federal Fluminense University, Brazil, with a Ph.D. in ECE from the Illinois Institute of Technology, USA. She has published books and special issues, coordinated multidisciplinary R&D groups, and is an editor of several journals and books.Asiya Khan has a Ph.D. from the University of Plymouth, United Kingdom, and is now an Associate Professor (Teaching & Learning Head) there. Her interests include AI multimedia prediction and wind turbines' damage recognition. She is a reviewer for several journals.

• Preface. How Industry 4 Can Reshape Agribusiness: The Meaning of Agriculture 4.0. Internet of Things-based Devices in Agriculture 4.0 – Wireless Sensor and Actuators Networks. Precision-Agri: IoT-Smart Contract Enables Novel and Secure Supply Chain and Forecasting Architecture for Smart Business Agriculture. Constructed Wetlands: A Sustainable Technology for Wastewater Treatment and Reuse in 21st Century Agriculture. Herdade do Freixo do Meio: A Case Study of Mediterranean Agroforestry in Portugal Analyzed from Place to People Perspective. Agrobiodiversity and Agriculture 4.0 Challenges with Seed – Existing Improvements, But How about Erosion? Prospecting for Agro 4.0 Solutions to Control the Fruit Fly (Anastrepha Fraterculus) in the Brazilian Context. The Smart Agricultural Revolution Across Global Nations – A Technological Perspective. Coastal Agriculture in Latin America: Typical Abiotic Stresses and the Use of Microbial Inoculants, The Use of Sensors for Soil Fertility Mapping in the Context of Agriculture 4.0. Image Processing-based via Agridrones for Agriculture Fields. Composting Concepts, Legislation and Panorama: From Solid Waste to Organic Fertilizer in Agriculture 4.0. Blockchain and Internet of Things (IoT) Enabled Secure Communication Protocols for Smart Agriculture. Applied Composting in Education – From Solid Waste to Organic Fertilizer and Beyond in Agriculture 4.0. Conclusion. Index.

Anand B. Deshpande is the Principal and Director of the Angadi Institute of Technology and Management, Belagavi, India, with a Ph.D. in Electrical & Electronics Engineering Sciences. He has publications in journals and books, and is the editor of a super-resolution book and a Neuroscience Informatics special issue.Vania V. Estrela teaches at the Federal Fluminense University, Brazil, with a Ph.D. in ECE from the Illinois Institute of Technology, USA. She has published books and special issues, coordinated multidisciplinary R&D groups, and is an editor of several journals and books.Asiya Khan has a Ph.D. from the University of Plymouth, United Kingdom, and is now an Associate Professor (Teaching & Learning Head) there. Her interests include AI multimedia prediction and wind turbines' damage recognition. She is a reviewer for several journals.

• Preface. How Industry 4 Can Reshape Agribusiness: The Meaning of Agriculture 4.0. Internet of Things-based Devices in Agriculture 4.0 – Wireless Sensor and Actuators Networks. Precision-Agri: IoT-Smart Contract Enables Novel and Secure Supply Chain and Forecasting Architecture for Smart Business Agriculture. Constructed Wetlands: A Sustainable Technology for Wastewater Treatment and Reuse in 21st Century Agriculture. Herdade do Freixo do Meio: A Case Study of Mediterranean Agroforestry in Portugal Analyzed from Place to People Perspective. Agrobiodiversity and Agriculture 4.0 Challenges with Seed – Existing Improvements, But How about Erosion? Prospecting for Agro 4.0 Solutions to Control the Fruit Fly (Anastrepha Fraterculus) in the Brazilian Context. The Smart Agricultural Revolution Across Global Nations – A Technological Perspective. Coastal Agriculture in Latin America: Typical Abiotic Stresses and the Use of Microbial Inoculants, The Use of Sensors for Soil Fertility Mapping in the Context of Agriculture 4.0. Image Processing-based via Agridrones for Agriculture Fields. Composting Concepts, Legislation and Panorama: From Solid Waste to Organic Fertilizer in Agriculture 4.0. Blockchain and Internet of Things (IoT) Enabled Secure Communication Protocols for Smart Agriculture. Applied Composting in Education – From Solid Waste to Organic Fertilizer and Beyond in Agriculture 4.0. Conclusion. Index.

Anand B. Deshpande is the Principal and Director of the Angadi Institute of Technology and Management, Belagavi, India, with a Ph.D. in Electrical & Electronics Engineering Sciences. He has publications in journals and books, and is the editor of a super-resolution book and a Neuroscience Informatics special issue.Vania V. Estrela teaches at the Federal Fluminense University, Brazil, with a Ph.D. in ECE from the Illinois Institute of Technology, USA. She has published books and special issues, coordinated multidisciplinary R&D groups, and is an editor of several journals and books.Asiya Khan has a Ph.D. from the University of Plymouth, United Kingdom, and is now an Associate Professor (Teaching & Learning Head) there. Her interests include AI multimedia prediction and wind turbines' damage recognition. She is a reviewer for several journals.

• Preface. How Industry 4 Can Reshape Agribusiness: The Meaning of Agriculture 4.0. Internet of Things-based Devices in Agriculture 4.0 – Wireless Sensor and Actuators Networks. Precision-Agri: IoT-Smart Contract Enables Novel and Secure Supply Chain and Forecasting Architecture for Smart Business Agriculture. Constructed Wetlands: A Sustainable Technology for Wastewater Treatment and Reuse in 21st Century Agriculture. Herdade do Freixo do Meio: A Case Study of Mediterranean Agroforestry in Portugal Analyzed from Place to People Perspective. Agrobiodiversity and Agriculture 4.0 Challenges with Seed – Existing Improvements, But How about Erosion? Prospecting for Agro 4.0 Solutions to Control the Fruit Fly (Anastrepha Fraterculus) in the Brazilian Context. The Smart Agricultural Revolution Across Global Nations – A Technological Perspective. Coastal Agriculture in Latin America: Typical Abiotic Stresses and the Use of Microbial Inoculants, The Use of Sensors for Soil Fertility Mapping in the Context of Agriculture 4.0. Image Processing-based via Agridrones for Agriculture Fields. Composting Concepts, Legislation and Panorama: From Solid Waste to Organic Fertilizer in Agriculture 4.0. Blockchain and Internet of Things (IoT) Enabled Secure Communication Protocols for Smart Agriculture. Applied Composting in Education – From Solid Waste to Organic Fertilizer and Beyond in Agriculture 4.0. Conclusion. Index.