Written by a leading authority in the area, A Practical Approach to Conveyancing offers a detailed and up-to-date account of the key principles and procedures underpinning the practice of conveyancing. It takes a pragmatic, rather than academic, approach to conveyancing, providing practical solutions to everyday problems encountered by conveyancing practitioners wishing to offer a cost-effective and efficient service. Combining coverage of residential and commercial conveyancing, this book provides highly practical guidance on each stage and is fully supported by sample documentation, enabling the reader to approach all aspects of the conveyancing process with ease and confidence. Now in its twenty-third edition, this book has firmly established itself as a core text supporting the study of the Legal Practice Course. Fully updated with the latest changes affecting the conveyancing process, this classic text is essential reading for all trainee or qualified solicitors, legal executives, or licensed conveyancers. Digital formats and resources This edition is available for students and institutions to purchase in a variety of formats, and is supported by online resources. - Access to a digital version of this book comes with every purchase to enable a more flexible learning experience-12 months' access to this title on Oxford Learning Link will be available from 15 July 2022. Access must be redeemed by 1 August 2024. - The online resources include specimen forms, links to useful websites, additional online appendices, interactive conveyancing timelines, and multiple choice questions for students to test their knowledge.

About the Author
Mark Richards is a Solicitor and Visiting Lecturer in Law at the University of Westminster. He has previous experience as a partner in a central London solicitors' firm specializing in all aspects of property law.


Book Information
ISBN 9780192859358
Author Mark Richards
Format Paperback
Page Count 568
Imprint Oxford University Press
Publisher Oxford University Press
Weight(grams) 1g
Dimensions(mm) 245mm * 190mm * 28mm