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Landscape Analysis: Investigating the potentials of space and place [Mīkstie vāki]

, , (University of Copenhagen, Denmark), (University of Lincoln, New Zealand)
  • Formāts: Paperback / softback, 208 pages, height x width: 246x174 mm, weight: 580 g, 7 Tables, color; 96 Line drawings, color; 66 Halftones, color
  • Izdošanas datums: 07-Mar-2017
  • Izdevniecība: Routledge
  • ISBN-10: 1138927155
  • ISBN-13: 9781138927155
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Landscape Analysis: Investigating the potentials of space and placePalielināt
  • Formāts: Paperback / softback, 208 pages, height x width: 246x174 mm, weight: 580 g, 7 Tables, color; 96 Line drawings, color; 66 Halftones, color
  • Izdošanas datums: 07-Mar-2017
  • Izdevniecība: Routledge
  • ISBN-10: 1138927155
  • ISBN-13: 9781138927155
Citas grāmatas par šo tēmu:
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Permanent link: https://www.kriso.lv/db/9781138927155.html
Keywords:

Analysis is fundamental to every decision made which will affect the landscape. The authors, all experienced teachers of landscape architecture, explain how to take those first steps in learning how to read and analyse the landscape to ensure the best outcomes for design and practice.

This introductory text covers:

  • An overview of the types of landscape analysis, including situation analysis and action orientated analysis

  • Why it’s important - covering legislation, policy and conventions

  • Practical guidance on undertaking analysis in a range of settings and applications

  • How to assess data – both qualitative and quantitative

  • Foreword looking analysis, including development and alternative futures modelling

With sample cases from around Europe used throughout the book to give concrete examples of the methods being outlined in each chapter, this is an ideal textbook for those beginning to analyse landscapes of all types.

List of illustrations
ix
Foreword xiii
Preface xv
Acknowledgements and credits xvi
1 Landscape change and the need for analysis
1(17)
Introduction
1(2)
Content and structure
3(1)
The landscape concept -- origins and definitions
4(1)
Analysis
5(1)
Changing landscapes
6(4)
Landscape policy, planning and design
10(1)
Landscape analysis in a decision-making context
11(1)
The nature of landscape analysis
11(4)
Scope and settings of landscape analysis
15(1)
Applications of landscape analysis
16(2)
2 Framing analysis: values, experts and citizens
18(15)
Introduction
18(1)
Framing values
19(3)
Types of values
22(1)
Karby -- an example of managing values
23(4)
Identifying citizens, communities and stakeholders
27(2)
Collecting information on values
29(3)
Conclusion
32(1)
3 Analysis of natural factors, biophysical attributes and land use
33(28)
Introduction
33(2)
Natural factors
35(1)
Land cover
36(2)
Land use
38(1)
Main case: biophysical analysis, Kaloe
39(6)
Variations
45(16)
Geomorphology
45(1)
Terrain
46(6)
Soil
52(1)
Hydrology and drainage networks
52(2)
Land cover and land use
54(7)
4 Historical analysis
61(17)
Introduction
61(2)
Relevance to planning solutions
63(1)
Sources for historical analysis
63(1)
Three methods
64(7)
The retrospective method
65(2)
The retrogressive method
67(2)
The chronological method
69(2)
Variations
71(7)
Historical series of topographic maps
71(2)
Historical series of thematic maps
73(1)
Comprehensive mapping
73(2)
Landscape biography
75(3)
5 Spatial analysis
78(21)
Introduction
78(2)
Main case: The Image of the City
80(4)
Variations
84(15)
Visibility analysis
85(1)
Eye-level analysis
85(3)
Figure ground
88(1)
Serial vision
89(2)
Nolli's analysis
91(1)
Higuchi analysis
92(1)
SAVE structural analysis
93(1)
SAVE urban edge analysis
93(1)
LCA (DK) spatial-visual analysis
94(1)
Infrastructure analysis
95(4)
6 Regionalisation and landscape character assessment
99(30)
Introduction
99(1)
Regionalisation and land classification
99(3)
Equivalent or nested hierarchical classification
102(1)
Landscape ecological classification
102(1)
Procedure for regionalisation
103(1)
Thematic approach
104(2)
Topographic approach
106(1)
Nested hierarchical classification into landscape areas/types, England
106(3)
Main case A: nested hierarchical landscape analysis Skive
109(7)
Main case B: the Danish LCA approach Svendborg
116(13)
Landscape characterisation / phase A
118(4)
Landscape judgement / phase B
122(3)
Landscape strategy / phase C
125(1)
Implementation / phase D
126(3)
7 Site selection and landscape potential
129(24)
Introduction
129(4)
Procedure
133(2)
Identifying and grouping selection factors
135(7)
Development requirements and landscape potentials or constraints
136(2)
Definitive or relative site constraints
138(1)
Reciprocity in potentials and constraints
139(1)
Zones of influence around sensitive locations
140(1)
Future site possibilities
141(1)
Scale
142(1)
Main case: McHarg's overlay analysis
142(4)
Variations
146(7)
Skovbo site-selection analysis
147(2)
Danish LCA site-selection analysis Randers Bay
149(4)
8 Impact assessment and futures analysis
153(23)
Introduction
153(1)
Impact assessment (IA)
154(2)
Environmental impact assessment (EIA) reporting
156(1)
Landscape visual and aesthetic assessment
157(2)
Main case: aesthetic EIA assessment Frederikssund Motorway
159(5)
Variations
164(7)
Representing change
164(2)
Analysing change
166(4)
Futures analysis and alternative futures
170(1)
Case A Alternative futures, Oppdal
171(2)
Case B Alternative futures, Willamette Valley
173(3)
9 Landscape analysis in research and practice
176(9)
Introduction
176(1)
Landscape analysis and landscape democracy
177(2)
Improving landscape analysis -- research into process, methods and techniques
179(2)
Landscape analysis as research
181(3)
Conclusion
184(1)
References 185(10)
Glossary 195(5)
Index 200
Per Stahlschmidt is a Landscape Architect and until 2008 was partner in a landscape firm and Associate Professor at the University of Copenhagen, Denmark. He worked mainly with landscape planning and landscape design. Now he is retired.

Simon Swaffield is Professor of Landscape Architecture at Lincoln University in New Zealand, and from 2011 has been Honorary Professor at the University of Copenhagen, Denmark. He is also a registered Landscape Architect in New Zealand.

Jųrgen Primdahl is a Landscape Architect and Professor of Countryside Planning at the University of Copenhagen, Denmark. He works mainly with rural landscape policy and planning.

Vibeke Nellemann is a Landscape Architect and was responsible for research, development and teaching in methods for landscape analysis, planning and management at the University of Copenhagen, Denmark, until her retirement in 2015.