Nothing Gained by Overcrowding: Sir Raymond Unwin

Authors

Mervyn Miller
Hempstead Garden Suburb Trust

Synopsis

In his 1912 pamphlet for the Garden Cities and Town Planning Association Nothing Gained by Overcrowding, Raymond Unwin set out in detail the lessons learnt from his formidable practical experience in the design and layout o f housing: at New Earswick from 1902, Letchworth gard en c ity from 1905, and most significantly at Hampstead garden Suburb, where the ‘artisans’ quarter’ 1907–9 was probably his masterwork o f spatial design. His interest in minimising the length o f paved road to number o f houses served, and ‘greening’ the ubiquitous mechanistic bye-law suburb o f the late 19th century provided motivation for defining a general theory o f design, which underpinned Garden City principles. Nothing Gained by Overcrowding emerged as a principle which was to have a revolutionary impact on housing and urban form over the next 50 years.

Unwin’s theory had developed with his work, but the origins can be found in two earlier and less well known publications. ‘On the building o f houses in the Garden City’ was written for the first international conference o f the Garden City Association, held in September 1901. The following year he published the Fabian Society Tract Cottage Plans and Common Sense, in which he took first principles, ‘shelter, comfort, privacy’, and drew out general criteria and specific standards. Housing had to be freed from the bye-law straitjacket. This would sweep away ‘back yards, back alleys and abominations ... too long screened by that wretched prefix back’.

Republished here for the first time together, with an introductory essay by Dr Mervyn Miller, these three papers make clear the development o f Raymond Unwin’s theories o f planning and housing, theories which were among the most influential o f the 20th Century.

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Published

May 11, 2020

Online ISSN

2666-3457

Print ISSN

2666-3449

Details about this monograph

ISBN-13 (15)

9780415644983

Date of first publication (11)

2014

Physical Dimensions