Myint Win Bo is a President/Chief Executive Officer of Bo & Associates Inc. Canada. He is a Fellow of the Geological Society, and a Fellow of the Institution of Civil Engineers. He is also an Adjunct Professor at York University and Ryerson University. Dr Bo has authored 5 textbooks and is an Editor for five international journals including Environmental Geotechnics and Geotechnical Research, both published by ICE. His works were cited more than 5,300 times in the referred journals and proceedings.

Eltayeb Mohamedelhassan is full professor at the Department of Civil Engineering at Lakehead University, Canada. Before joining Lakehead University, Dr Mohamedelhassan practised as a geotechnical/geoenvironmental engineer and an industrial research fellow at AMEC Earth and Environmental.

Dipanjan Basu is a professor in the Department of Civil and Environmental Engineering at the University of Waterloo (UW) (Canada). He was an Assistant Professor at the University of Connecticut (USA) before joining UW. 

Chapter 1. Geotechnical Aspects of Land Reclamation and Ground Improvement
Chapter 2. History of Land Reclamation Projects in Japan from the Viewpoint of Natural Hazard
Chapter 3. Use of Geopolymer for Sustainable Soil Stabilisation and Ground Improvement
Chapter 4. Sustainable Land Reclamation Using Local Dredged Marine Soils and Wastes: Practices and Theories
Chapter 5. The Application of Ground Improvement in Australian Ports
Chapter 6. Laboratory Testing Principles for Electrokinetic Consolidation Method
Chapter 7. Applications of Electrokinetic Remediation in Land Reclamations
Chapter 8. Applications and Challenges of Bio-Cementation in Ground Improvement: A Critical Review
Chapter 9. Biogeotechnical Engineering for Ground Improvement and Land Reclamation
Chapter 10. Role of Biogeochemical Interactions in Bio-cementation of Sandy Soils
Chapter 11. Geotechnical Investigation in Land Reclamation
Chapter 12. Prediction of slurry compressibility using an artificial neural network
Chapter 13 .Assessment of the Performance of Soft Ground Improvement based on CPTu data
Chapter 14. Ground improvement of non-cohesive soil using nanoparticles, specifically laponite
Chapter 15. Prediction of Double Layer Consolidation Settlements in Floating Stone Columns Reinforced Ground
Chapter 16. Numerical Study of Large Deformation and Buoyancy Effects on Consolidation Settlement in Embankment Construction
Chapter 17. Stability Analysis of Revetment Constructed on Thick Soft Ground Treated with Sand Compaction Piles
Chapter 18. Dual Stabiliser to Improve Excavated Waste Soil
Chapter 19. Geosynthetic Encased Stone Columns: A Review of Key Design Principles
Chapter 20. Advancing Shoreline Stability: Innovations of Shore Protection in Land Reclamation