Ebb and Flow : Volume 1. Water, Migration, and Development.

Bibliographic Details
Main Author: Zaveri, Esha.
Other Authors: Russ, Jason., Khan, Amjad., Damania, Richard., Jägerskog, Anders.
Format: eBook
Language:English
Published: Houston : World Bank Publications, 2021.
Edition:1st ed.
Subjects:
Online Access:Click to View
Table of Contents:
  • Front Cover
  • Contents
  • Acknowledgments
  • Abbreviations
  • Executive Summary
  • Focus of the Report
  • Taking a Global, Long-Run Perspective
  • Stay or Go: Why and in What Context Do Water Shocks Induce Migration?
  • Water, Migration, and Human Capital Spillovers: Who Are the Typical Migrants and What Human Capital Do They Carry with Them?
  • The Cost of Day Zero Events: What Are the Development Implications for Shocks in the City?
  • Going with the Flow: The Policy Challenge
  • References
  • Chapter One Transitions and Transformations
  • Introduction
  • Focus of the Report
  • Climate Change and the Increasing Variability of Rainfall
  • Learning about Water's Role in Global Migration from Half a Billion Individual Records
  • Social Dimensions of Migration
  • Structure of the Report
  • References
  • Spotlight Inequality, Social Cohesion, and the COVID-19 Public Health Crisis at the Nexus of Water and Migration
  • Chapter Two Stay or Go?
  • Key Highlights
  • Introduction
  • Should I Stay or Should I Go? Estimating the Impacts of Water Shocks on Migration Decisions
  • Does Buffering Rural Income from Rainfall Shocks Influence Migration?
  • Irrigation Costs and Forest Loss
  • Water as a Conduit for Development
  • Notes
  • References
  • Chapter Three Water, Migration, and Human Capital Spillovers
  • Key Highlights
  • Introduction: The Human Capital Channel
  • From Temporal to Spatial Spillovers
  • Water Shocks, Distress Migration, and Workers' Skills
  • Productivity, Growth, and Welfare
  • Adaptation Strategies, Adjustment Channels, and Regional Specificities
  • Implications for Development Policy
  • Note
  • References
  • Chapter Four The Cost of Day Zero Events
  • Key Highlights
  • A Historical Perspective on Droughts and Cities
  • Learn from the Past or Be Doomed to Repeat It
  • The Importance of Water for Growth.
  • Quantifying the Cost of Day Zero-Like Events
  • The Way Forward
  • Notes
  • References
  • Chapter Five Going with the Flow
  • The Policy Challenge
  • Policy Options at the Origin
  • Policy Options at the Destination
  • Weighing Policy Options
  • Annex 5A Projected Changes in Annual Rainfall in Africa
  • Notes
  • References
  • Boxes
  • Box 1.1: Water and the Urbanizing Force of Development
  • Box 1.2: Is Water a Locational Fundamental?
  • Box 1.3: COVID-19 (Coronovirus) Fallout
  • Box 1.4: Exploring Water Scarcity through Water Shocks
  • Box 1.5: Harnessing the Power of Machine Learning
  • Box 1.6: Social Cleavages Run Deep
  • Box 2.1: Using Disaggregated Global Data to Illuminate Water and Migration Links
  • Box 2.2: Choosing Not to Migrate
  • Box 2.3: Measuring the Buffering Effect of Gray and Green Infrastructure
  • Box 2.4: Water Shocks and Declining Wetlands
  • Box 2.5: Irrigation Costs and Forest Loss
  • Box 3.1: Examining Determinants of Migrants' Human Capital through Census Data
  • Box 3.2: Rainfall, Education, and Regional Migration-Evidence from Cross-Sectional Data
  • Box 3.3: Drought and Rural-Urban Migration: Impacts of Cumulative Rainfall Shocks
  • Box 4.1: The Resilience of Urban Water Systems
  • Box 4.2: Measuring the Impacts of Water Deficits on Economic Activity in Cities
  • Box 5.1: Analytical Approaches Help Decision-Makers Confront Large Uncertainties
  • Box 5.2: New Ideas to Thwart the Next Urban Water Crisis
  • Box 5.3: Place-Based Policies and Risk Management
  • Figures
  • Figure ES.1: This Report Takes a Global Perspective to Answer Three Questions
  • Figure ES.2: The Importance of Various Characteristics in Explaining Migration
  • Figure ES.3: Impact of Rainfall Shocks on Out-Migration Rates, by Income
  • Figure ES.4: Rainfall and Migrants' Education.
  • Figure ES.5: Impact of Rainfall Shocks on City Growth Rates at Urban Water Points
  • Figure ES.6: Water Shapes Migration and Development
  • Figure ES.7: Policies and Investments to Sustain Prosperity
  • Figure 1.1: The Report Takes a Global Perspective to Address Three Questions
  • Figure 1.2: The Importance of Water Shocks in Explaining Migration
  • Figure 2.1: Main Results at a Glance: Channels through Which Rainfall Deficits Affect Migration
  • Figure 2.2: Impact of Rainfall Shocks on Out-Migration Rates, by Agricultural Dependence and Income Distribution
  • Figure 2.3: Impact of Rainfall Shocks on Out-Migration Rates, by Gray (Irrigation) and Green (Forest) Infrastructure
  • Figure 3.1: Rainfall and Migrants' Education
  • Figure 3.2: Migrant Skills and the Presence of Large Cities
  • Figure 4.1: Impact of Water Supply Shocks on City Growth Rates
  • Figure 4.2: Impact of Water Supply Shocks on Urban Luminosity Growth Rate, by Climate
  • Figure 4.3: Impact of Water Supply Shocks on Urban Luminosity Growth Rate, by City Population Size
  • Figure 4.4: Impact of Weather at Nonsurface Urban Water Points on Urban Luminosity Growth Rate, Placebo Test
  • Figure 4.5: Comparison of Water-Intensive and Water-Scarce Economies, Nonagricultural
  • Figure 5.1: Policy Approaches at the Source and Destination
  • Figure 5.2: Share of Regions in North Africa and G5 Sahel Countries That Experienced Different Types of Conflict Events, by the Presence of Irrigation
  • Figure 5.3: Policies and Investments to Sustain Prosperity
  • Figure 5A.1.1: Projected Changes in Annual Rainfall in Africa
  • Maps
  • Map B1.2.1: Clustering of Cities along Major River Basins
  • Map B3.2.1: Regions Used in the Cross-Sectional Analysis
  • Map B3.3.1: The Subregions of Brazil, Indonesia, and Mexico Explored Using Census Data.
  • Map 4.1: Location of Cities Experiencing Deep Three-Plus Years of Water Deficits, 1992-2013
  • Tables
  • Table 4.1: Drought Events in Major Urban Water Supply Systems
  • Table 4.2: Cities Facing Largest Three-Year Water Deficits
  • Table B5.3.1: Typology of Options for Risk Management.