The William Shipley Group for Rsa History
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William Maximilian Lindley: Fifth Director of the BAA Variable Star Section
William Maximilian Lindley: Fifth Director of the BAA Variable Star Section Jeremy Shears Abstract William Maximilian Lindley, MC, MA, FRAS, AMICE (1891-1972) served as fifth Director of the BAA Variable Star Section from 1939 to 1958. He was an active variable star observer for many years and he wrote numerous publications on the observations made by Section members. This paper discusses Lindley’s life and work, with a particular focus on his contribution to variable star astronomy. Introduction The British Astronomical Association’s Variable Star Section (BAA VSS), launched in 1890, is the world’s longest established organisation for the systematic observation of variable stars (1). William Maximilian Lindley (1891 – 1972; Figure 1), Max Lindley as he was usually called, became its fifth Director in 1939 and remained in office until 1958, making him the longest serving VSS Director to date. Prior to this he was VSS Secretary for several years. An engineer by profession, Lindley also served in the Army during both World Wars. He spent most of his life at Trevone, near Padstow, on the north Cornwall coast. Lindley’s obituary, written by Gordon Patston (1902-1989) who knew Lindley for nearly 40 years largely through the VSS, was published in the Journal in 1973 (2). The Lindleys: a family of engineers Max Lindley was born at Frankfurt-am-Main, Germany, on July 27 1891. He had two sisters, Julia and Ottelie. His father, Sir William Heerlein Lindley (1853-1917; Figure 2) was a well-known civil engineer who specialised in the design and construction of sanitation systems in cities across Europe (3). -
William Maximilian Lindley: Fifth Director of the BAA Variable Star Section
William Maximilian Lindley: fifth Director of the BAA Variable Star Section Jeremy Shears William Maximilian Lindley, MC, MA, FRAS, AMICE (1891−1972) served as fifth Director of the BAA Variable Star Section from 1939 to 1958. He was an active variable star observer for many years and wrote numerous publications on the observations made by Section members. This paper discusses Lindley’s life and work, with a particular focus on his contribution to variable star astronomy. Introduction tract. The audacious project was tech- nically immensely challenging. The The British Astronomical Association’s Variable Star Section (BAA pace was slowed by the political in- VSS), launched in 1890, is the world’s longest established organi- stability in Baku which resulted from sation for the systematic observation of variable stars.1 William the revolutionary events in Russia Figure 1. W. M. Lindley, − from BAA Memoir 42(1), Maximilian Lindley (1891 1972; Figure 1), or Max Lindley as he in 1905 to 1907. Nevertheless, the ‘The First Fifty Years’.42 was usually known, became its fifth Director in 1939 and remained project was duly completed and to in office until 1958, making him the longest serving VSS Director to this day the pipeline carries water to central Baku. As a mark of date. Prior to this he was VSS Secretary for several years. An engi- gratitude and respect for completing such a monumental project, neer by profession, Lindley also served in the Army during both W. H. Lindley was granted honorary citizenship by the Baku World Wars. He spent most of his life at Trevone, near Padstow, Duma during his last visit to Baku in 1916 January; he died of a on the north Cornwall coast. -
Urban Drainage and the Water Environment: a Sustainable Future?
A Review of Current Knowledge Urban Drainage and the Water Environment: a Sustainable Future? FR/R0011 November 2004 Second Edition April 2013 © Foundation for Water Research Price: £15.00 (20% discount to FWR Members) Foundation for Water Research Allen House, The Listons, TECHNICAL ENQUIRIES Liston Road, Marlow, Bucks SL7 1FD, U.K. Any enquiries relating to this review should be addressed to: Tele: +44(0)1628 891589 Fax: +44(0)1628 472711 Dr Tim Evans E-mail: [email protected] Foundation for Water Research Home page: www.fwr.org Review of Current Knowledge This review is one of a series of Reviews of Current Knowledge (ROCKs) produced by FWR. They focus on topics related to water supply, wastewater disposal and water environments, which may be the subject of debate and inquiry. The objective of each review is to produce concise, independent scientific and technical information on the subject to facilitate a wider understanding of the issues involved and to promote informed opinion about them. © Foundation for Water Research 2013 Copyright Apart from any fair dealing for the purposes of research or private study, or criticism or review, as permitted under the UK Copyright, Designs and Patents Act (1998), no part of this publication may be reproduced, stored or transmitted in any form or by any means, without the prior permission in writing of FWR. Disclaimer Whilst every effort has been made to ensure accuracy FWR will not accept responsibility for any loss or damage suffered by any person acting or refraining from acting upon any material contained in this publication. -
AIA News 140 Spring 2007
INDUSTRIAL ARCHAEOLOGY 181 SUMMER NEWS 2017 THE BULLETIN OF THE ASSOCIATION FOR INDUSTRIAL ARCHAEOLOGY FREE TO MEMBERS OF AIA 2016 Report G Sewage in the Black Country and Prague Reuse in UK, France and Norway G Music from the anvil The FORTH Dimension: 3D Documentation of the Forth Bridges INDUSTRIAL ARCHAEOLOGY NEWS 181 Summer 2017 Honorary President Prof Marilyn Palmer 63 Sycamore Drive, Groby, Leicester LE6 0EW Chairman Completed Survey Historic Environment Scotland Keith Falconer 32 Fromefield, Frome, Somerset BA11 2HE A team of surveyors from Historic Environment experience at the Bridge itself, and online for Vice-Chairman Scotland’s Conservation Directorate and the virtual visitors. Dr Michael Nevell Glasgow School of Art’s School of Simulation and By chance, the survey coincided with the Secretary David de Haan Visualisation has completed 3D surveys of The fracture of one of the Forth Road Bridge’s ‘truss- AIA Liaison Office, Ironbridge Gorge Museum, Forth Bridge and the Forth Road Bridge. The end links’ in December 2015, and it was therefore Coalbrookdale, Telford TF8 7DX team, which operates under the flag of the two possible at the time to use the laser scan data in Treasurer John Jones organisations’ joint partnership, the Centre for the analysis and planning of repairs to the Hines Farm, Earl Stonham, Suffolk IP14 5HQ Digital Documentation and Visualisation (CDDV), damaged link, and for the reinforcement of the IA Review Editors has also documented the construction of the new other three links, there being two at each end of Dr Mike Nevell and Dr Ian West IA News Editor Queensferry Crossing, which is due to open in the structure. -
TICCIH-Water-Industr
The Water Industry as World Heritage Thematic Study James Douet (coordinator) for TICCIH The International Committee for the Conservation of the Industrial Heritage 2018 1 Consultation This report was started in June 2017 and is due for completion in April 2018, following a conference at the Agbar Museu de les Aigues, Barcelona. Comments on the contents, proposals and conclusions are welcomed by the author and should be directed to James Douet: [email protected] 2 CONTENTS EXECUTIVE SUMMARY 4 1. Context 5 1.1 Thematic studies 5 1.2 Objectives 5 1.3 Methodology 5 2. Introduction 7 2.1 Scope 7 2.2 Chronology 7 2.3 Comparative studies 8 2.4 The water industry on the World Heritage list 8 3. Terminology 10 4. Historical development of water infrastructure 12 4.1. Ancient and Classical supply systems 12 4.2. Early-modern water provision 1500 - 1800 13 4.3. Industrialisation 1800 - 1880 17 4.4. Water and sewage combined 1880 - 1920 26 4.5. Modern water systems 1920 - 27 5. Areas and values of significance 29 6. The water industry as World Heritage 30 7. UNESCO evaluation criteria relevant to the water industry 33 8. Case studies: sites and landscapes 35 9. Conclusions 53 10. Acknowledgments 54 10. List of correspondents 54 11. Bibliography 55 3 EXECUTIVE SUMMARY The water industry grew in response to rising demand for water due to industrialization and consequent concentrations of urban populations. By the early 19th century these were starting to overwhelm traditional sources of water and customs of waste removal, resulting in repeated epidemics of water-borne diseases like cholera, typhoid and yellow fever.