Hupenyu Allan MUPAMBWAHupenyu holds a PhD in Soil Science, where his research focused on vermicomposting as a waste beneficiation technology important in driving organic soil fertility. Currently, he leads the Desert and Coastal Agriculture research program at the University of Namibia. He has more than 14 years’ experience in agriculture research and training as well as university undergraduate and postgraduate teaching and research. He has published more than 25 peer reviewed international publications, 11 book chapters and edited 1 book. His research focuses on waste beneficiation, vermi-technology, and organic soil fertility management with a drive towards improving the soil quality among resource poor farmersLydia Ndinelao HORNLydia is a Research Coordinator at the Multidisciplinary Research Services (MRS) Department, University of Namibia (UNAM). She holds a BSc in Agriculture (Crop Science) and MSc in Biodiversity Management and Research from UNAM. She obtained a Ph.D. in Plant Breeding from the University of KwaZulu-Natal under the TC Africa sponsorship in promoting women in nuclear science and technology. As a plant breeder, her role in crop improvement using nuclear science and technology led to the development of Namibia’s first-ever mutant the development of the first-ever germplasms of cowpea, Bambara groundnut pearl millet, and sorghum.Pearson Nyari Stephano MNKENIPearson worked as a professor of soil science at the University of Fort Hare (UFH), South Africa until his retirement in 2018. Before 1997, he served as an Associate Professor in Soil Science at the Sokoine University of Agriculture in Morogoro, Tanzania. He is presently Dean of Science and Technology and Acting Deputy Vice Chancellor for Planning, Administrationand Finance at the University of Arusha, Tanzania. His research focus has been on ways of improving soil fertility using ecological approaches that minimize thecarbon, energy and water footprints of crop production. He initiated and led climate smart agriculture research at UFH. He led the development of climate-smart agriculture guidelines for South Africa as a consultant for the United Nations Environmental Programme (UNEP) in 2018. He has published over 90 articles and is ranked as an established researcher by the National Research Foundation of South Africa.

• SECTION 1: SCIENCE OF VERMICOMPOSTING.- Chapter 1. A decade of vermicomposting research at the University of Fort Hare: Selected insights.- Chapter 2. State-of-the-Art and New Perspectives on Vermicomposting Research: 18 years of progress.- Chapter 3. Experiences on methods of vermicompost analysis for plant and soil nutrition.- Chapter 4. An outstanding perspective on biological dynamics in vermicomposting matrices.- Chapter 5. Insights into earthworm biology for vermicomposting.- SECTION 2: VERMICOMPOST PRODUCTIONChapter 6. Vermicomposting as an eco-friendly approach for recycling and valorization grape waste.- Chapter 7. Vermitechnology: An underutilised agro-tool in Africa.- Chapter 8. Prospects of vermicompost and biochar in climate smart agriculture.- Chapter 9.Wild bird animal manure vermicomposting: Experiences from Namibia.- Chapter 10.Rock phosphate vermicompost with microbial inoculation potential in organic fertility.- SECTION 3: VERMICOMPOSTS ON SOIL QUALITY AND CROP GROWTH Chapter 11. A farmers’ synthesis on the effects of vermicomposts on soil properties.- Chapter 12. Vermicompost as a possible solution to soil fertility problem and enrichment in the semi-Arid Zones of Namibia.- Chapter 13Role of vermicompost in organic vegetable production under resource-constrained famers in Zimbabwe.- Chapter 14.Co-application of vermicompost with other amendments for the improvement of infertile/degraded soils.- Chapter 15. Sustainable enhancement of soil fertility using bio-inoculants.- Chapter 16. The potential of vermicomposts in sustainable crop production system.- Chapter 17. Vermicompost and vermi-leachate in pest and disease control management.- SECTION 4: VERMICOMPOSTING AND WASTES.- Chapter 18. Vermicompost: A potential reservoir of antimicrobial resistant microbes (ARMs) and genes (ARGs).- Chapter 19Potential transformation of organic waste in African countries by using vermicomposting technology- Chapter 20. Earthworms in bioremediation of soils contaminated with petroleum hydrocarbons.

Hupenyu Allan MUPAMBWAHupenyu holds a PhD in Soil Science, where his research focused on vermicomposting as a waste beneficiation technology important in driving organic soil fertility. Currently, he leads the Desert and Coastal Agriculture research program at the University of Namibia. He has more than 14 years’ experience in agriculture research and training as well as university undergraduate and postgraduate teaching and research. He has published more than 25 peer reviewed international publications, 11 book chapters and edited 1 book. His research focuses on waste beneficiation, vermi-technology, and organic soil fertility management with a drive towards improving the soil quality among resource poor farmersLydia Ndinelao HORNLydia is a Research Coordinator at the Multidisciplinary Research Services (MRS) Department, University of Namibia (UNAM). She holds a BSc in Agriculture (Crop Science) and MSc in Biodiversity Management and Research from UNAM. She obtained a Ph.D. in Plant Breeding from the University of KwaZulu-Natal under the TC Africa sponsorship in promoting women in nuclear science and technology. As a plant breeder, her role in crop improvement using nuclear science and technology led to the development of Namibia’s first-ever mutant the development of the first-ever germplasms of cowpea, Bambara groundnut pearl millet, and sorghum.Pearson Nyari Stephano MNKENIPearson worked as a professor of soil science at the University of Fort Hare (UFH), South Africa until his retirement in 2018. Before 1997, he served as an Associate Professor in Soil Science at the Sokoine University of Agriculture in Morogoro, Tanzania. He is presently Dean of Science and Technology and Acting Deputy Vice Chancellor for Planning, Administrationand Finance at the University of Arusha, Tanzania. His research focus has been on ways of improving soil fertility using ecological approaches that minimize thecarbon, energy and water footprints of crop production. He initiated and led climate smart agriculture research at UFH. He led the development of climate-smart agriculture guidelines for South Africa as a consultant for the United Nations Environmental Programme (UNEP) in 2018. He has published over 90 articles and is ranked as an established researcher by the National Research Foundation of South Africa.

• SECTION 1: SCIENCE OF VERMICOMPOSTING.- Chapter 1. A decade of vermicomposting research at the University of Fort Hare: Selected insights.- Chapter 2. State-of-the-Art and New Perspectives on Vermicomposting Research: 18 years of progress.- Chapter 3. Experiences on methods of vermicompost analysis for plant and soil nutrition.- Chapter 4. An outstanding perspective on biological dynamics in vermicomposting matrices.- Chapter 5. Insights into earthworm biology for vermicomposting.- SECTION 2: VERMICOMPOST PRODUCTIONChapter 6. Vermicomposting as an eco-friendly approach for recycling and valorization grape waste.- Chapter 7. Vermitechnology: An underutilised agro-tool in Africa.- Chapter 8. Prospects of vermicompost and biochar in climate smart agriculture.- Chapter 9.Wild bird animal manure vermicomposting: Experiences from Namibia.- Chapter 10.Rock phosphate vermicompost with microbial inoculation potential in organic fertility.- SECTION 3: VERMICOMPOSTS ON SOIL QUALITY AND CROP GROWTH Chapter 11. A farmers’ synthesis on the effects of vermicomposts on soil properties.- Chapter 12. Vermicompost as a possible solution to soil fertility problem and enrichment in the semi-Arid Zones of Namibia.- Chapter 13Role of vermicompost in organic vegetable production under resource-constrained famers in Zimbabwe.- Chapter 14.Co-application of vermicompost with other amendments for the improvement of infertile/degraded soils.- Chapter 15. Sustainable enhancement of soil fertility using bio-inoculants.- Chapter 16. The potential of vermicomposts in sustainable crop production system.- Chapter 17. Vermicompost and vermi-leachate in pest and disease control management.- SECTION 4: VERMICOMPOSTING AND WASTES.- Chapter 18. Vermicompost: A potential reservoir of antimicrobial resistant microbes (ARMs) and genes (ARGs).- Chapter 19Potential transformation of organic waste in African countries by using vermicomposting technology- Chapter 20. Earthworms in bioremediation of soils contaminated with petroleum hydrocarbons.

Hupenyu Allan MUPAMBWAHupenyu holds a PhD in Soil Science, where his research focused on vermicomposting as a waste beneficiation technology important in driving organic soil fertility. Currently, he leads the Desert and Coastal Agriculture research program at the University of Namibia. He has more than 14 years’ experience in agriculture research and training as well as university undergraduate and postgraduate teaching and research. He has published more than 25 peer reviewed international publications, 11 book chapters and edited 1 book. His research focuses on waste beneficiation, vermi-technology, and organic soil fertility management with a drive towards improving the soil quality among resource poor farmersLydia Ndinelao HORNLydia is a Research Coordinator at the Multidisciplinary Research Services (MRS) Department, University of Namibia (UNAM). She holds a BSc in Agriculture (Crop Science) and MSc in Biodiversity Management and Research from UNAM. She obtained a Ph.D. in Plant Breeding from the University of KwaZulu-Natal under the TC Africa sponsorship in promoting women in nuclear science and technology. As a plant breeder, her role in crop improvement using nuclear science and technology led to the development of Namibia’s first-ever mutant the development of the first-ever germplasms of cowpea, Bambara groundnut pearl millet, and sorghum.Pearson Nyari Stephano MNKENIPearson worked as a professor of soil science at the University of Fort Hare (UFH), South Africa until his retirement in 2018. Before 1997, he served as an Associate Professor in Soil Science at the Sokoine University of Agriculture in Morogoro, Tanzania. He is presently Dean of Science and Technology and Acting Deputy Vice Chancellor for Planning, Administrationand Finance at the University of Arusha, Tanzania. His research focus has been on ways of improving soil fertility using ecological approaches that minimize thecarbon, energy and water footprints of crop production. He initiated and led climate smart agriculture research at UFH. He led the development of climate-smart agriculture guidelines for South Africa as a consultant for the United Nations Environmental Programme (UNEP) in 2018. He has published over 90 articles and is ranked as an established researcher by the National Research Foundation of South Africa.

• SECTION 1: SCIENCE OF VERMICOMPOSTING.- Chapter 1. A decade of vermicomposting research at the University of Fort Hare: Selected insights.- Chapter 2. State-of-the-Art and New Perspectives on Vermicomposting Research: 18 years of progress.- Chapter 3. Experiences on methods of vermicompost analysis for plant and soil nutrition.- Chapter 4. An outstanding perspective on biological dynamics in vermicomposting matrices.- Chapter 5. Insights into earthworm biology for vermicomposting.- SECTION 2: VERMICOMPOST PRODUCTIONChapter 6. Vermicomposting as an eco-friendly approach for recycling and valorization grape waste.- Chapter 7. Vermitechnology: An underutilised agro-tool in Africa.- Chapter 8. Prospects of vermicompost and biochar in climate smart agriculture.- Chapter 9.Wild bird animal manure vermicomposting: Experiences from Namibia.- Chapter 10.Rock phosphate vermicompost with microbial inoculation potential in organic fertility.- SECTION 3: VERMICOMPOSTS ON SOIL QUALITY AND CROP GROWTH Chapter 11. A farmers’ synthesis on the effects of vermicomposts on soil properties.- Chapter 12. Vermicompost as a possible solution to soil fertility problem and enrichment in the semi-Arid Zones of Namibia.- Chapter 13Role of vermicompost in organic vegetable production under resource-constrained famers in Zimbabwe.- Chapter 14.Co-application of vermicompost with other amendments for the improvement of infertile/degraded soils.- Chapter 15. Sustainable enhancement of soil fertility using bio-inoculants.- Chapter 16. The potential of vermicomposts in sustainable crop production system.- Chapter 17. Vermicompost and vermi-leachate in pest and disease control management.- SECTION 4: VERMICOMPOSTING AND WASTES.- Chapter 18. Vermicompost: A potential reservoir of antimicrobial resistant microbes (ARMs) and genes (ARGs).- Chapter 19Potential transformation of organic waste in African countries by using vermicomposting technology- Chapter 20. Earthworms in bioremediation of soils contaminated with petroleum hydrocarbons.