Map of Drought – Dry Climate & Water Shortage Guide

Map of Drought – Dry Climate & Water Shortage Guide

This map of drought provides an overview of drought conditions, dry climate regions and water shortage monitoring around the world.

Drought occurs when rainfall levels remain below normal for extended periods, affecting water supplies, agriculture, ecosystems and communities.

Quick Answer:

Drought conditions are influenced by rainfall deficits, heat, climate variability and long-term weather patterns.

Interactive Drought Map Explore drought regions, rainfall deficits and climate monitoring systems around the world.

Open an interactive drought monitoring map to explore dry climate conditions and water shortages.

☀️ Open Drought Map
Note: Drought conditions and rainfall data may update regularly, so this guide links directly to climate monitoring resources.

What Is Drought?

Drought is a prolonged period of below-average rainfall that reduces water availability across regions and ecosystems.

  • Rainfall deficits — lower-than-normal precipitation
  • Water shortages — reduced surface and groundwater supplies
  • Heat impacts — increased evaporation and dry conditions
  • Agricultural stress — affects crops and livestock

Major Drought-Prone Regions

  • Arid and semi-arid climates — naturally dry environments
  • Desert regions — low annual rainfall
  • Mediterranean climates — seasonal drought risk
  • Interior continental regions — vulnerable to prolonged dry periods
  • Tropical climate zones — influenced by changing rainfall patterns

Types of Drought

  • Meteorological drought — prolonged lack of rainfall
  • Agricultural drought — insufficient soil moisture for crops
  • Hydrological drought — reduced rivers, reservoirs and groundwater
  • Socioeconomic drought — impacts communities and economies
  • Ecological drought — affects ecosystems and biodiversity

Drought and Climate Systems

  • El Niño and La Niña — influence rainfall patterns globally
  • Heatwaves — intensify dry conditions
  • Climate variability — affects precipitation cycles
  • Soil moisture decline — worsens drought impacts
  • Water resource pressure — increases during prolonged drought

Drought Monitoring and Preparedness

  • Rainfall monitoring — tracks precipitation deficits
  • Satellite observation — measures vegetation and moisture conditions
  • Water management systems — support drought planning
  • Climate forecasting — predicts long-term dry conditions
  • Conservation programs — promote efficient water use

Why People Search for a Map of Drought

  • To monitor dry climate conditions
  • To understand water shortage regions
  • To study climate and rainfall patterns
  • To follow agricultural and environmental impacts
  • To explore weather and climate science

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Drought Map Resources

Related Maps & Location Guides

Map of Drought FAQs

  • What causes drought?
    Drought is caused by prolonged periods of below-average rainfall and dry climate conditions.
  • What regions experience drought most often?
    Arid, semi-arid and seasonally dry regions commonly experience drought conditions.
  • How does drought affect agriculture?
    Drought reduces soil moisture, crop yields and water availability for farming.
  • How is drought monitored?
    Drought monitoring uses rainfall data, satellites, soil moisture analysis and climate forecasting.

This page is for general informational purposes only and does not replace official environmental, agricultural or emergency advice.

Disclaimer: Drought conditions, rainfall data and climate forecasts may change over time and vary between monitoring agencies. Maps and climate resources are provided for general informational purposes only.