Soils for Landscape Development: Selection, Specification and Validation
By (Author) Simon Leake
By (author) Elke Haege
CSIRO Publishing
CSIRO Publishing
2nd December 2024
Second Edition
Australia
Professional and Scholarly
Non Fiction
Regional and area planning
Soil science and management
Commercial horticulture
Paperback
216
Width 170mm, Height 245mm, Spine 11mm
545g
This second edition of the award-winning Soils for Landscape Development provides a globally applicable method for landscape architects and designers, specification writers, landscape contractors, nursery growers, turf specialists and soil supply companies to properly specify landscape soils using objective and measurable criteria. It uses systematic, clear and practical templates. The book links landscape design processes with sound modern soil science practices to promote better quality project outcomes by ensuring that the basis of the landscape, the soil, is suitable for the intended purpose. The authors emphasise environmental impacts through site soil reuse, promoting appropriate minimal soil intervention and using recycled products, with example compliance specifications. Key features: Provides 14 updated performance-based soil and compliance specifications including on ultra lightweight green roof soil, high fertility display and vegetable production topsoil and biofiltration soil. Includes new sections on low budget landscapes, small projects and soil fundamentals for landscape architects and designers. The authors were awarded the 2015 Australian Institute of Horticulture (AIH) Literature Award and the 2014 Australian Institute of Landscape Architecture (AILA) NSW Research and Development Award for the first edition of this book.
Simon Leake is a certified professional soil scientist with a particular interest in urban soil science. He runs a busy soil laboratory, SESL Australia. Elke Haege is a practising registered landscape architect, consulting arborist and horticulturist. She is passionate about sustainable and regenerative development of natural systems in urban environments.