Morris FANADZO is a cropping systems agronomist with over 20 years’ experience in research and teaching at university level. He holds a PhD in Crop Science and is currently an Associate Professor of Agronomy at Cape Peninsula University in South Africa where he is also coordinating one of the programmes in the Faculty of Applied Sciences.Nothando DUNJANA is a Post-Doctoral Research Fellow at Nelson Mandela University, South Africa. She holds a PhD in Soil Science and has over eight years of agronomic systems research as well as university teaching experience amassed as a university lecturer and an assistant researcher at a non-governmental research organisation. Hupenyu Allan MUPAMBWA holds a PhD in Soil Science. His PhD research focused on vermicomposting as a waste beneficiation technology important in driving organic soil fertility. Currently, he leads the Desert and Coastal Agriculture Research Programme at the University of Namibia.Dr Ernest Dube is an agronomist (PhD) with over 20 years’ experience in agricultural plant production and research. He is an internationally renowned expert of conservation agriculture and champion of sustainable plant production. As Senior Lecturer in Plant Production and Management at the Nelson Mandela University in South Africa, he is highly committed to excellence in teaching, agronomy research and scholarship.

• PART 1. TECHNOLOGIES FOR SOIL FERTILITY MANAGEMENT.- Chapter 1. Animal manure and soil fertility management on smallholdings in South Africa.- Chapter 2. Integrated soil fertility management for soil fertility restoration in sub–Saharan Africa.- Chapter 3. Integrated Soil Fertility Management: A Basis for Sustainable Intensification of Maize-Based Cropping Systems of Southern Africa.- Chapter 4. Insights of microbial inoculants in complementing organic soil fertility management in African smallholder farming systems.-  Chapter 5. Potential of Agroforestry Technologies and Mineral Fertilisers in Improving Soil Fertility and Crop Production in Semi-arid Areas of Africa.-  Chapter 6. Integrated Soil Acidity Management for Sustainable Crop Production in South African Smallholder Farming Systems.-  PART 2: WATER MANAGEMENT IN SMALLHOLDER FARMING SYSTEMS.- Chapter 7. Improving productivity of smallholder irrigation in Africa through adoption of best management practices andtechnologies.-  Chapter 8. Being small does not make it easy: the management conundrum on smallholder canal schemes.-  Chapter 9. Sustainable winery wastewater management for improving soil quality, environmental health and crop yields.-  Chapter 10. Water harvesting technologies for sustainable crop production in African smallholder farming systems._ PART 3: CROP PRODUCTION TECHNOLOGIES AND PRACTICES.-  Chapter 11. Advances in Sorghum Production in Smallholder Farming Systems of Africa.-  Chapter 12. Knowledge and Innovation Approaches to Out-Scale Sorghum Adoption in Africa.-  Chapter 13. Integration of cover crops into maize-based smallholder farmer systems of Southern Africa.-  Part 4: CLIMATE SMART LIVESTOCK PRODUCTION SYSTEMS.-  Chapter 14. Utilising Encroacher Bush in Animal Feeding.-  Chapter 15. Opportunities for delivering sectoral climate-smart livestock interventions in southern Africa.-  Chapter 16. The Benefits of WinterCover Crops in Mixed Crop-Livestock Conservation Agriculture Systems of the Swartland Region, South Africa._ PART 5: URBAN AGRICULTURE AND FOOD SECURITY IN AFRICA.-  Chapter 17. Urban Food Production Technologies, Innovations and Management Practices in Africa.-  Chapter 18. Hydroponics in urban agriculture.

Morris FANADZO is a cropping systems agronomist with over 20 years’ experience in research and teaching at university level. He holds a PhD in Crop Science and is currently an Associate Professor of Agronomy at Cape Peninsula University in South Africa where he is also coordinating one of the programmes in the Faculty of Applied Sciences.Nothando DUNJANA is a Post-Doctoral Research Fellow at Nelson Mandela University, South Africa. She holds a PhD in Soil Science and has over eight years of agronomic systems research as well as university teaching experience amassed as a university lecturer and an assistant researcher at a non-governmental research organisation. Hupenyu Allan MUPAMBWA holds a PhD in Soil Science. His PhD research focused on vermicomposting as a waste beneficiation technology important in driving organic soil fertility. Currently, he leads the Desert and Coastal Agriculture Research Programme at the University of Namibia.Dr Ernest Dube is an agronomist (PhD) with over 20 years’ experience in agricultural plant production and research. He is an internationally renowned expert of conservation agriculture and champion of sustainable plant production. As Senior Lecturer in Plant Production and Management at the Nelson Mandela University in South Africa, he is highly committed to excellence in teaching, agronomy research and scholarship.

• PART 1. TECHNOLOGIES FOR SOIL FERTILITY MANAGEMENT.- Chapter 1. Animal manure and soil fertility management on smallholdings in South Africa.- Chapter 2. Integrated soil fertility management for soil fertility restoration in sub–Saharan Africa.- Chapter 3. Integrated Soil Fertility Management: A Basis for Sustainable Intensification of Maize-Based Cropping Systems of Southern Africa.- Chapter 4. Insights of microbial inoculants in complementing organic soil fertility management in African smallholder farming systems.-  Chapter 5. Potential of Agroforestry Technologies and Mineral Fertilisers in Improving Soil Fertility and Crop Production in Semi-arid Areas of Africa.-  Chapter 6. Integrated Soil Acidity Management for Sustainable Crop Production in South African Smallholder Farming Systems.-  PART 2: WATER MANAGEMENT IN SMALLHOLDER FARMING SYSTEMS.- Chapter 7. Improving productivity of smallholder irrigation in Africa through adoption of best management practices andtechnologies.-  Chapter 8. Being small does not make it easy: the management conundrum on smallholder canal schemes.-  Chapter 9. Sustainable winery wastewater management for improving soil quality, environmental health and crop yields.-  Chapter 10. Water harvesting technologies for sustainable crop production in African smallholder farming systems._ PART 3: CROP PRODUCTION TECHNOLOGIES AND PRACTICES.-  Chapter 11. Advances in Sorghum Production in Smallholder Farming Systems of Africa.-  Chapter 12. Knowledge and Innovation Approaches to Out-Scale Sorghum Adoption in Africa.-  Chapter 13. Integration of cover crops into maize-based smallholder farmer systems of Southern Africa.-  Part 4: CLIMATE SMART LIVESTOCK PRODUCTION SYSTEMS.-  Chapter 14. Utilising Encroacher Bush in Animal Feeding.-  Chapter 15. Opportunities for delivering sectoral climate-smart livestock interventions in southern Africa.-  Chapter 16. The Benefits of WinterCover Crops in Mixed Crop-Livestock Conservation Agriculture Systems of the Swartland Region, South Africa._ PART 5: URBAN AGRICULTURE AND FOOD SECURITY IN AFRICA.-  Chapter 17. Urban Food Production Technologies, Innovations and Management Practices in Africa.-  Chapter 18. Hydroponics in urban agriculture.

Morris FANADZO is a cropping systems agronomist with over 20 years’ experience in research and teaching at university level. He holds a PhD in Crop Science and is currently an Associate Professor of Agronomy at Cape Peninsula University in South Africa where he is also coordinating one of the programmes in the Faculty of Applied Sciences.Nothando DUNJANA is a Post-Doctoral Research Fellow at Nelson Mandela University, South Africa. She holds a PhD in Soil Science and has over eight years of agronomic systems research as well as university teaching experience amassed as a university lecturer and an assistant researcher at a non-governmental research organisation. Hupenyu Allan MUPAMBWA holds a PhD in Soil Science. His PhD research focused on vermicomposting as a waste beneficiation technology important in driving organic soil fertility. Currently, he leads the Desert and Coastal Agriculture Research Programme at the University of Namibia.Dr Ernest Dube is an agronomist (PhD) with over 20 years’ experience in agricultural plant production and research. He is an internationally renowned expert of conservation agriculture and champion of sustainable plant production. As Senior Lecturer in Plant Production and Management at the Nelson Mandela University in South Africa, he is highly committed to excellence in teaching, agronomy research and scholarship.

• PART 1. TECHNOLOGIES FOR SOIL FERTILITY MANAGEMENT.- Chapter 1. Animal manure and soil fertility management on smallholdings in South Africa.- Chapter 2. Integrated soil fertility management for soil fertility restoration in sub–Saharan Africa.- Chapter 3. Integrated Soil Fertility Management: A Basis for Sustainable Intensification of Maize-Based Cropping Systems of Southern Africa.- Chapter 4. Insights of microbial inoculants in complementing organic soil fertility management in African smallholder farming systems.-  Chapter 5. Potential of Agroforestry Technologies and Mineral Fertilisers in Improving Soil Fertility and Crop Production in Semi-arid Areas of Africa.-  Chapter 6. Integrated Soil Acidity Management for Sustainable Crop Production in South African Smallholder Farming Systems.-  PART 2: WATER MANAGEMENT IN SMALLHOLDER FARMING SYSTEMS.- Chapter 7. Improving productivity of smallholder irrigation in Africa through adoption of best management practices andtechnologies.-  Chapter 8. Being small does not make it easy: the management conundrum on smallholder canal schemes.-  Chapter 9. Sustainable winery wastewater management for improving soil quality, environmental health and crop yields.-  Chapter 10. Water harvesting technologies for sustainable crop production in African smallholder farming systems._ PART 3: CROP PRODUCTION TECHNOLOGIES AND PRACTICES.-  Chapter 11. Advances in Sorghum Production in Smallholder Farming Systems of Africa.-  Chapter 12. Knowledge and Innovation Approaches to Out-Scale Sorghum Adoption in Africa.-  Chapter 13. Integration of cover crops into maize-based smallholder farmer systems of Southern Africa.-  Part 4: CLIMATE SMART LIVESTOCK PRODUCTION SYSTEMS.-  Chapter 14. Utilising Encroacher Bush in Animal Feeding.-  Chapter 15. Opportunities for delivering sectoral climate-smart livestock interventions in southern Africa.-  Chapter 16. The Benefits of WinterCover Crops in Mixed Crop-Livestock Conservation Agriculture Systems of the Swartland Region, South Africa._ PART 5: URBAN AGRICULTURE AND FOOD SECURITY IN AFRICA.-  Chapter 17. Urban Food Production Technologies, Innovations and Management Practices in Africa.-  Chapter 18. Hydroponics in urban agriculture.