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Land Development Calculations: Interactive Tools and Techniques for Site Planning, Analysis, and Design 2nd edition [Kietas viršelis]

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  • Formatas: Hardback, 624 pages, aukštis x plotis x storis: 241x196x40 mm, weight: 1222 g
  • Išleidimo metai: 16-Nov-2009
  • Leidėjas: McGraw-Hill Professional
  • ISBN-10: 0071603212
  • ISBN-13: 9780071603218
Kitos knygos pagal šią temą:
Land Development Calculations: Interactive Tools and Techniques for Site Planning, Analysis, and Design 2nd editionDidesnis paveikslėlis
  • Formatas: Hardback, 624 pages, aukštis x plotis x storis: 241x196x40 mm, weight: 1222 g
  • Išleidimo metai: 16-Nov-2009
  • Leidėjas: McGraw-Hill Professional
  • ISBN-10: 0071603212
  • ISBN-13: 9780071603218
Kitos knygos pagal šią temą:
Pastovi nuoroda: https://www.kriso.lt/db/9780071603218.html
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The best resource available for creating and evaluating development leadership, planning, and design alternatives

Fully revised and updated, this essential reference enables you to compare development capacity options and costs for vacant and previously developed land in less time than it now takes to draw one option.

Land Development Calculations, Second Edition, introduces the language of city design with 40 forecast models that predict the choices available to shelter human activity within limits. This expanded ability to compare options in a shorter time frame will lead to more informed leadership and investment.

This definitive volume offers:





40 interactive forecast models on a CD-ROM that predict residential, nonresidential, and hybrid development alternatives from values entered in their design specification templates Case studies and context records, with photographs and plans, illustrating the application of development capacity evaluation to real-world issues Precise methods of expressing development options and strategies Accurate processes for defining strategic development decisions Consistent ability to convert decisions into prescriptions that achieve intended results A classification system for the built environment
Preface xiii
Acknowledgments xxv
Introduction xxvii
PART I Forecasting Concepts
The Development Forecast Collection
3(34)
The Decision Guide
4(13)
Forecast Model Outline
17(1)
Explanation Panel
17(1)
Design Specification Template
17(1)
Project Open Space
17(3)
Planning Forecast Panel
19(1)
Single-Model Comparative Analysis
20(1)
Multi-Model Comparative Analysis
20(5)
A Design Principle
25(1)
Leadership Indexes
25(4)
Balance
25(2)
Intensity
27(2)
Massing
29(1)
Conclusion
29(1)
Forecast Limitations
30(1)
Locating Files within the CD-ROM
30(4)
Decision Guides
30(4)
Notes
34(3)
Design Specifications
37(16)
Specification Components
37(2)
Buildable Land Area
39(2)
Land Donation
41(1)
Site Support
41(1)
Project Open Space
42(1)
Parking Cover
43(1)
Building Cover and Massing
43(1)
Core Area Allocation
43(1)
Dwelling Unit Detail
44(2)
Apartment House Dwelling Unit Mix Table
44(2)
Urban House Dwelling Unit Specification Table
46(1)
Suburb House Dwelling Unit Specification Table
46(1)
Design Specification Values
46(6)
Illustrated Topics
48(4)
Notes
52(1)
Forecasting Development Capacity
53(34)
Additional Decision Guides
53(15)
Decision Guide 3.1
68(1)
Decision Guide 3.2
68(1)
Decision Guide 3.3
68(1)
The Planning Forecast Panel in a Forecast Model
68(3)
Core Area
70(1)
Gross Building Area
70(1)
Site Plan Components
70(1)
Parking Cover Area
70(1)
Number of Parking Spaces
70(1)
Building Cover Area
70(1)
Project Open Space
71(1)
Site Support Elements
71(1)
Site Plan Results
71(1)
Indexes of Intensity
71(1)
Additional Forecast Modules
71(5)
Existing Conditions Module
72(1)
Core Module
72(1)
Cost Module
72(4)
Population, Revenue, and Tax Abatement Module
76(3)
Operating Cost, Lease Rate, and Return on Investment Module
79(1)
Due Diligence
79(5)
Final Decisions
84(1)
Notes
84(1)
Glossary
85(2)
Single-Family Housing Forecasts
87(22)
Density
88(9)
Suburb Houses
88(1)
The GF Group of Forecast Models
89(8)
Urban Houses
97(9)
The GT Group of Forecast Models
99(7)
Conclusion
106(1)
Notes
107(2)
Mixed-Use Forecasting
109(22)
Vertically Integrated Mixed-Use Development Capacity
112(15)
Surface Parking
112(7)
Parking Structures
119(8)
Conclusion
127(1)
Notes
127(4)
PART II Planning Observations
Land Use Allocation and Economic Stability
131(20)
Land Use Allocation
132(15)
Land Use Modeling
136(2)
Land Use Yield Targets
138(2)
Tax Abatement
140(1)
Application
140(7)
Appearance and Compatibility
147(1)
Economic Stability
147(1)
Conclusion
148(1)
Notes
148(3)
Case Studies and Context Evaluation
151(12)
Context Record Templates
151(5)
Case Studies
156(1)
Research Agenda
156(3)
Conclusion
159(1)
Notes
160(3)
PART III Comparative Methods
Single-System Comparisons
163(24)
Cramer Creek
164(4)
Post Road
168(1)
Variances
168(6)
Open Space
174(1)
Indexes
174(1)
The Residential Family
174(5)
Jefferson Apartments
179(7)
Asherton
184(2)
Notes
186(1)
Multisystem Comparisons
187(20)
Parking System Comparisons Involving Nonresidential Land Use
187(12)
Parking System Comparisons Involving Residential Land Use
199(6)
Conclusion
205(1)
Notes
205(2)
Parking Structure Comparisons
207(26)
Nonresidential Parking Structure Comparisons
207(15)
Residential Parking Structure Comparisons
222(9)
Conclusion
231(1)
Notes
231(2)
Zero-Parking Comparisons
233(18)
Nonresidential Context
236(5)
Residential Context
241(5)
Conclusion
246(2)
Notes
248(3)
Urban House Comparisons
251(34)
Case Studies
251(32)
Northwest Court
252(5)
Park Street
257(1)
Branford Commons, Sherwood Villa, and Strathmore Lane
257(1)
Northwest Boulevard Four-Family and McKenzie Drive Two-Family Urban Homes
258(14)
Concord Village
272(1)
City Park
272(11)
Notes
283(2)
Suburb House Comparisons
285(42)
Classification System
287(2)
Division
288(1)
Family
288(1)
System
288(1)
Type
288(1)
Function
289(1)
Components
289(1)
Building Height
289(1)
Development Cover
289(1)
Class
290(1)
Land Organization
290(1)
Street Pattern
290(1)
Lot Frontage
290(1)
Lot Area Ranges
291(1)
Specific Lot Area
291(1)
Building Appearance
291(1)
Service Level
291(1)
Case Studies
291(32)
Standard Subdivision Plan with Yard Lot Context
293(3)
Standard Subdivision Plan with Lawn Lot Context and Cluster Subdivision Plan with Picture Lot Context
296(9)
Standard Subdivision Plan with Picture Lot Context
305(1)
Cluster Subdivision Plan with Lawn Lot Context and Standard Subdivision Plan with Picture Lot Context
306(5)
Cluster Subdivision Plan with Lawn Lot Context
311(7)
Standard Subdivision Plan with Estate Lot Context
318(5)
Net Density Objectives
323(1)
Lot Quantity Objectives
324(1)
Conclusion
324(1)
Notes
325(2)
Apartment House Comparisons
327(38)
Apartment Location
328(1)
Apartment Classification
329(2)
Family and System
329(1)
Type
329(1)
Function
329(1)
Components
329(1)
Class
330(1)
Service Level
331(1)
Context
331(3)
Case Study Preface
334(4)
Case Studies
338(23)
High Low-Rise Building with Surface Parking in a Garden Context and Edge City Location
338(10)
Low-Rise Building with Underground Parking in a Yard Context and First-Ring Suburb Location
348(5)
High Low-Rise Building with No On-Site Parking in a Courtyard Context and Transition Ring Location
353(8)
Conclusion
361(1)
Notes
362(3)
PART IV Special Issues
Achieving Density Objectives
365(26)
Surface Parking Options
365(8)
Underground Parking Structure Options
373(16)
Conclusion
389(1)
Notes
389(2)
Economic Development Case Studies
391(28)
MetroCenter
391(11)
MetroFive
391(1)
Existing Conditions
392(1)
Design Specification
393(4)
Forecast
397(1)
Evaluation
397(5)
Options
402(1)
Doing More with Less
402(1)
Kingsdale Shopping Center
402(6)
The Barley Block
408(6)
Barley Block Office/Residential Mixed-Use
414(2)
Notes
416(3)
Open Space and Development Intensity
419(14)
Intensity
419(6)
Design Theorem 17.1
425(1)
Open Space
425(2)
Design Axiom 17.1
427(1)
Plan Review
427(4)
Summary
431(1)
Notes
431(2)
Master Plans and Shopping Centers
433(16)
Finding a Forecast Model
433(2)
Shopping Centers
435(1)
Out-parcels
436(5)
Known Building Areas
436(3)
Land Area Set-Asides
439(2)
The Heart of the Plan
441(2)
Neighborhood Shopping Center
443(1)
Community Shopping Center
443(1)
Regional Shopping Center
443(1)
The Land Bank
443(5)
Summary
448(1)
Cost Forecasting
449(28)
The Three Modules
449(7)
Existing Facilities and Conditions Module
450(4)
Development Capacity Forecast Module
454(1)
Cost Forecast Module
454(2)
Cost Presentation Formats
456(20)
Parking Lot and Structure
457(1)
Parking Structure
458(1)
Unique
458(2)
Urban House
460(2)
Suburb House
462(14)
Conclusion
476(1)
Notes
476(1)
Zoning Leadership
477(22)
Organization
478(14)
Simplification
479(6)
Dissection
485(1)
Rearrangement
485(7)
Amendments
492(1)
Commitments
492(1)
Specifications
492(3)
Land Use
492(2)
Design
494(1)
Conclusion
495(3)
Notes
498(1)
Deriving a Principle of Planning and Design
499(4)
Derivation
499(2)
Conclusion
501(1)
Notes
501(2)
Leadership, Issues, and Observations
503(32)
Professions
503(5)
City Planning
503(1)
City Design and Landscape Architecture
504(1)
Civil Engineering
505(1)
Architecture
505(1)
Real Estate Development
505(1)
Real Estate Law and Appraisal
506(1)
Environmental Science
506(1)
Psychology and Sociology
506(1)
Geography and Cartography
507(1)
City Finance
507(1)
City Management
508(1)
Issues
508(5)
Language
508(1)
Leadership
508(1)
Growth Limits
509(1)
Chaos Mistaken for Deliberation
509(1)
The Need to Sprawl
509(1)
Redevelopment Realities
510(1)
Encroachment
511(1)
Property Value
512(1)
Impediments to Leadership
512(1)
Observations
513(9)
Master Plans
514(1)
Development Capacity
515(1)
Pattern Languages
515(1)
Appearance
516(1)
Benchmarks
516(1)
Storm Sewer Capacity
516(1)
Street Hierarchy
517(1)
Ragged Edges and Crumbling Boundaries
517(1)
Visions Can Be Deceiving
518(1)
Form and Function
518(1)
Opinion or Knowledge
519(1)
Competition
519(1)
Washington, Jefferson, and Darwin
520(1)
Choice
521(1)
Conclusion
522(2)
Notes
524(11)
Classification System for the Built Environment
525(2)
Development Capacity Evaluation Logic
527(2)
The Development Capacity Forecast Collection
529(4)
Software and Information License
533(2)
Glossary of Indices 535(8)
Glossary of Terms 543(34)
Index 577
Walter Martin Hosack has 32 years of planning, architecture, urban design, zoning, building regulation, code compliance, and engineering experience in both the public and private sectors. Currently a Deputy Director at the Ohio Department of Transportation, he was Director of Development for the City of Upper Arlington, Ohio; project manager for Brubaker/Brandt: Architects and Planners; and an architect with Nitschke Associates. He has been a visiting lecturer at The Ohio State University and holds Bachelor of Architecture and Master of City Design and Planning degrees from Miami University, Oxford, Ohio. He is a certified planner, registered architect, and member of The American Institute of Certified Planners (AICP).