Rethinking Stormwater Management through Sustainable Urban Design

[book24h]

Free Download Rethinking Stormwater Management through Sustainable Urban Design by Ali Cheshmehzangi, Maycon Sedrez, Andrew Flynn
English | PDF EPUB( True) | 2024 | 337 Pages | ISBN : 9819749239 | 170.1 MB
This book provides a different narrative and approach to rethinking stormwater management through sustainable urban design. It delves into design interventions and innovative strategies that lead to solving context-specific issues of flooding, water scarcity, etc. Starting with an overarching introduction and discussion on stormwater management research, the book then primarily focuses on sustainable urban design practices, strategies, and policy guidelines.

By summarising a selection of successful global case study examples, the book highlights how we should rethink stormwater management practices and policies from the design perspective. Through sustainable urban design suggestions, the book covers a wide range of conceptual examples to design and policy guidelines, as well as best practices that could be utilised for other contexts.
The book is divided into two sections of:
(1) architectural and urban design practices and interventions; and
(2) policies and action plans.
This collection helps researchers and scholars rethink stormwater management and consider innovative - and, more importantly, sustainable - design strategies that could help develop new paradigms and policies for water-related issues in cities and communities. This will interest multiple stakeholders, mainly urban policymakers, planners, urban designers, urban specialists, landscape architects, architects, and urban ecologists. It could be treated as a case study-based guide for governmental units dealing with water related issues in cities and urban areas.
[/b]

Buy Premium From My Links To Get Resumable Support,Max Speed & Support Me

A kódrészlet megtekintéséhez be kell jelentkezned, vagy nincs jogosultságod a tartalom megtekintéséhez.

Links are Interchangeable - Single Extraction