Cooperative Institute for Research in Environmental Sciences
Friday, January 15, 2021

New a one-stop NOAA resource for all things drought

A new portal for everyone

Panoramic photo of a dry riverbed with a hill and trees in the background.
The new allows users to explore drought impacts in a new comprehensive resource of economic sector data, such as agriculture, energy, water utilities, and tourism and recreation.
- photo_steff from Pixabay

NIDIS, NOAA’s National Integrated Drought Information System, has launched a redesigned U.S. Drought Portal to better serve stakeholders, decisionmakers, the media, and the public. Several CU Boulder researchers contributed to the website's development. 

The new website,, features updated content and new interactive architecture designed to provide actionable, shareable information, and easy-to-understand graphics describing current drought conditions and forecasts by city, county, state, zip code, and at watershed to global scales. aggregates and presents drought impact data for economic sectors such as agriculture, energy, water utilities, tourism and recreation, bringing together interactive maps and data in one place, which you won’t find anywhere else. 


The new site brings together drought information and analysis from a wide variety of official sources, and provides new ways of understanding drought impacts. Credit: NIDIS

“The new will help communities and economies across the United States understand and manage drought impacts,” said Veva Deheza, Executive Director of NIDIS. “Whether you’re looking for conditions in your neighborhood, or you’re an elected official responsible for water management decisions, is designed to be a one-stop shop for drought information, decision-support products, and educational resources.”

The new website has four major new features:

  • City and county level conditions: Explore current conditions, key indicators of drought, outlooks, forecasts, and historical drought conditions. Local drought data can assist with monitoring drought conditions at greater levels of granularity and evaluating local mitigation measures.
  • Historical data and maps: View U.S. Drought Monitor data going back 20 years, standardized precipitation index (SPI) data going back 125 years, and paleoclimate data (e.g., from tree-ring analysis) going back 2,000 years. These data sets allow you to compare historical and current conditions even at the county level. By looking back at historical data, communities can get a better understanding of the drought and extreme weather threats to plan for and to be prepared for.
  • Sector impacts: Explore drought impacts in a new comprehensive resource of  economic sector data, such as agriculture, energy, water utilities, and tourism and recreation. For example, reductions in snowpack and stream flows directly affect outdoor recreation and tourism - snow sports like skiing and snowmobiling, and water sports like boating, rafting, canoeing, fishing, and swimming. The maps in this section display U.S. recreation and tourism attractions currently in drought, including ski areas, national parks, and reservoirs. Additionally, now provides updated snow drought information, streamflows, information on active wildfires, wildfire outlooks, and more.
  • Research and Learn: Go “back to the basics,” learn about flash drought, snow drought, and initiatives like the National Coordinated Soil Moisture Monitoring Network.  This section also includes links to ongoing and published NIDIS research designed to help build resilience to drought across the United States.

NIDIS is a program of NOAA’s Climate Program Office. CIRES researchers at NIDIS--including Adam Lang, Elizabeth Ossowski, Elizabeth Weight, Joel Lisonbee, Britt Parker, Sylvia Reeves, Amanda Sheffield, Molly Woloszyn, and Kelsey Satalino--were critical to the development of

Watch this demonstration video to learn more about the new

This story was written by NOAA Communications.


Recent News