Use coupon code “WINTER20” for a 20% discount on all items! Valid until 30-11-2024

Site Logo
Search Suggestions

      Royal Mail  express delivery to UK destinations

      Regular sales and promotions

      Stock updates every 20 minutes!

      The Drought Dilemma: States, Innovation, and the Politics of Water Quantity

      2 in stock

      Firm sale: non returnable item
      SKU 9781032761374 Categories ,
      Water policy in U.S. is one of the most complex topics in the field of public policy. This book provides for the first time a common framework for analysis to investigate how water scarcity and droughts have interacted with various state-level factors to produce a wide degree of variance in policy i...

      £48.99

      Buy new:

      Delivery: UK delivery Only. Usually dispatched in 1-2 working days.

      Shipping costs: All shipping costs calculated in the cart or during the checkout process.

      Standard service (normally 2-3 working days): 48hr Tracked service.

      Premium service (next working day): 24hr Tracked service – signature service included.

      Royal mail: 24 & 48hr Tracked: Trackable items weighing up to 20kg are tracked to door and are inclusive of text and email with ‘Leave in Safe Place’ options, but are non-signature services. Examples of service expected: Standard 48hr service – if ordered before 3pm on Thursday then expected delivery would be on Saturday. If Premium 24hr service used, then expected delivery would be Friday.

      Signature Service: This service is only available for tracked items.

      Leave in Safe Place: This option is available at no additional charge for tracked services.

      Description

      Product ID:9781032761374
      Product Form:Hardback
      Country of Manufacture:GB
      Series:Routledge Research in Environmental Policy and Politics
      Title:The Drought Dilemma
      Subtitle:States, Innovation, and the Politics of Water Quantity
      Authors:Author: John C. Morris, Jonathan M. Fisk, Jonathan D. Farley
      Page Count:128
      Subjects:Politics and government, Politics & government, Public administration, Energy industries and utilities, Water industries, Drought and water supply, Climate change, Civil engineering, surveying and building, Water supply and treatment, Public administration, Energy industries & utilities, Water industries, Drought & water supply, Climate change, Civil engineering, surveying & building, Water supply & treatment, USA
      Description:Water policy in U.S. is one of the most complex topics in the field of public policy. This book provides for the first time a common framework for analysis to investigate how water scarcity and droughts have interacted with various state-level factors to produce a wide degree of variance in policy innovations.

      Water policy in United States is one of the most complex topics in the field of public policy. This book, a comparative study of Texas, California, and Alabama’s drought response, provides for the first time a common framework for analysis to investigate how water scarcity and droughts have interacted with various state-level factors to produce a wide degree of variance in policy innovations. Using Toddi Steelman’s (2010) conceptual framework, the authors examine multiple variables that impact water policy innovation, while showing how one policy solution does not fit all. They expertly demonstrate divergence in water policies due to the environmental cultures, water distribution, and structures in each case, despite similar drought conditions.

      As water is increasingly stressed in the future, the ability to draw on lessons learned by these states will provide valuable insight to other entities that face droughts and water shortages. The Drought Dilemma is a must read for all those looking for recommendations for the construction of drought policy, as well as future approaches to understand comparative state drought policy.


      Imprint Name:Routledge
      Publisher Name:Taylor & Francis Ltd
      Country of Publication:GB
      Publishing Date:2024-04-16

      Additional information

      Weight298 g
      Dimensions143 × 223 × 15 mm