Lander, Wyoming, is the latest community to benefit from @ciresnews.bsky.social and @wwanews.bsky.social programs to build flood resilience. The team gathered key community stakeholders and led thoughtful discussions to diagram what they would do in a disaster.

High temperatures coupled with mostly below normal precipitation caused low snow-water equivalent (SWE) and worsening drought conditions in November. Learn more: wwa.colorado.edu/resources/in... @cires.colorado.edu #wx #weather #snowpack #drought

Large areas of the region received 150-200% of normal #precipitation in October, with some locations in northern Utah, southeastern Utah, northern Wyoming, and southwestern Colorado receiving 200-400% of normal precipitation. Learn more: wwa.colorado.edu/resources/in... @cires.colorado.edu

Rapid assessment led by CIRES researchers dives deep into Pagosa Springs' third-largest flood on record. The report compiled by Western Water Assessment includes scientific and historical context to help decision makers and emergency responders buff.ly/7pBWXlz

#Drought conditions improved during September in Colorado and Wyoming, while all of Utah continues to remain in at least moderate (D1) drought. By Sept 30, regional drought coverage was 61%, a 6% improvement since the end of August. Learn more: wwa.colorado.edu/resources/in... @cires.colorado.edu

“Whenever an organization like WWA brings communities into this discussion, you can see a lot of cascading benefits from that,” says sustainability consultant Gwen Garcelon, speaking about the #drought resilience workshop that WWA held in Carbondale in 2018. Learn more: wwa.colorado.edu/impacts

Monthly #streamflow conditions were below to much below normal across large parts of the region during August. Most river basins in Colorado and Utah experienced these conditions, with record-low monthly streamflow observed in the Piedra River and at four streamflow gauges on the White River.

Regional #drought conditions expanded and worsened, especially near the Colorado-Utah border and western Wyoming, where extreme (D3) drought conditions now cover 23% of the region. Learn more: wwa.colorado.edu/resources/in... @cires.colorado.edu

Are you an undergrad student @colorado.edu interested in water? Apply by 9/8 for the Colorado Water Fellows Program, hosted by WWA! The program prepares students for careers in the water field and connects them to opportunities, including conferences. Apply here: forms.gle/4DdZdFkufmon...

In 2018, WWA worked closely with community members and leaders in Carbondale, Colorado to plan a workshop that helped local leaders assess risks from drought and develop strategies to build resilience to drought impacts in their community. Learn more: youtu.be/4o4Z-DGvuoE?... @cires.colorado.edu

In July, regional precipitation was generally below normal, with record-dry conditions throughout much of the region. As of August 1, Colorado reservoirs are 63% full, Utah reservoirs are 75% full, and Wyoming reservoirs are 72% full. Learn more: wwa.colorado.edu/resources/in... @cires.colorado.edu

WWA's Nels Bjarke spoke with Rocky Mountain Community Radio about current drought conditions and said hotter temperatures "can lead to further drying of the soils ... [and] have the potential to allow the drought to at least stick around, and potentially amplify it." Learn more ⬇️

During June, much of the region experienced above average temperatures and below average precipitation. As of July 1, seasonal snowmelt was completed with many mountain locations melting out 1-2 weeks earlier than average. Seasonal streamflow volume forecasts remained below to much below normal.

ICYMI: Years after wildfires burn forests and watersheds, the contaminants left behind continue to poison rivers and streams across the Western U.S. — much longer than scientists estimated. Work led by CIRES, @wwanews.bsky.social‬, and @colorado.edu scientists. Read the story: buff.ly/Uy6QkNd

Our team ☺️ wwa.colorado.edu/about/team

New research, led by CIRES, @wwanews.bsky.social, and @colorado.edu, featured in Grist! ⬇️

New CIRES-led research: Years after wildfires burn forests and watersheds, the contaminants left behind continue to poison rivers and streams across the Western U.S. — much longer than scientists estimated. @wwanews.bsky.social‬ @colorado.edu Read the story: cires.colorado.edu/news/wildfir...

As of June 1, statewide percent median SWE was 54% in Colorado, 29% in Utah, and 62% in Wyoming. Seasonal streamflow volume forecasts are all below to much below average for the region. Regional drought coverage in late May was 53%. Learn more: wwa.colorado.edu/resources/in...

"Looking at things like how drought is changing, it's getting bigger, it's getting drier, it's coming on more quickly, trying to understand how we can better predict that..." said Benét Duncan, managing director of @wwanews.bsky.social‬ at CIRES. www.pbs.org/newshour/sho...

In April, regional precipitation was below to much below normal with some areas experiencing record-dry conditions. As of May 1, statewide percent median SWE was 58% in Colorado, 66% in Utah, and 86% in Wyoming. Learn more: wwa.colorado.edu/resources/in...

The 2025 edition of CIRES' Spheres Magazine is out! In 2024 and 2025, CIRES scientists and their colleagues worked on Western US fires, greenhouse gases, seasonal allergies, the Colorado River, ice sheets, field safety, and more. Explore now ➡️ cires.colorado.edu/spheres-maga...

End of April #snow water equivalent (SWE) is below to much below normal for the majority of the region (CO, UT, WY), with less than 50% of median conditions in southern Colorado, southern and western Utah, and northeastern Wyoming. wwa.colorado.edu/resources/in...

WWA's Katie Clifford spent time last week with CLIMAS collaborators Christina Greene and Becky Patterson-Markowitz to kick off their project examining the long-term wildfire recovery challenges in rural communities in Colorado, New Mexico, and Arizona. wwa.colorado.edu/research/pro...

Happy #EarthDay! CIRES scientists study a wide range of Earth system science topics, including weather and climate, changes at Earth’s poles, atmospheric chemistry, water resources, and solid Earth sciences. Learn more about our research: cires.colorado.edu/research

On May 10, join @ciresceee.bsky.social's We are Water program for the NSF STEM Day Community Celebration in Durango, CO! wearewater.colorado.edu/events Exhibit opening day celebration 🕙: 10 am - 3 pm 📍: The Powerhouse Film festival and Q&A 🕕: 6 - 8 pm 📍: Fort Lewis College, Noble Hall Rm 130

Mid-April #snow water equivalent (SWE) is below to much below normal for the majority of the region (CO, UT, WY), with less than 50% of median conditions in southern Utah, southwestern Colorado, and northeastern Wyoming. wwa.colorado.edu/resources/in...

April 1 seasonal (April-July) #streamflow volume forecasts were near-to-below average across the region. Seasonal streamflow is forecasted at 67% of average for Lake Powell. Learn more: wwa.colorado.edu/resources/in...

ICYMI: 4 undergraduate students from a range of disciplines participated in the inaugural CU Boulder Water Fellows program. Hosted by @wwanews.bsky.social, the program prepares the next generation of water leaders through training, networking, and mentorship. cires.colorado.edu/news/western...

Seasonal #streamflow volume forecasts are below to much below average for all Colorado and Great Basin rivers except the headwaters of the Colorado and Yampa Rivers. Learn more: wwa.colorado.edu/resources/in...

4 undergraduate students from a range of disciplines participated in the inaugural CU Boulder Water Fellows program. Hosted by @wwanews.bsky.social, the program prepares the next generation of water leaders through training, networking, and mentorship. Read more: cires.colorado.edu/news/western...

Watch our latest webinar, "SWE-Fusion: Multi-Source, Real-Time Snow Water Equivalent Data to Support Water Resource Management in the Western US," with speaker and WWA PI, Noah Molotch. ❄️ wwa.colorado.edu/outreach/eve...

Colorado is at 90% of median SWE, Utah is at 87% of median SWE, and Wyoming is at 100% of median SWE as of February 28. ❄️ wwa.colorado.edu/resources/in...

Next week, the region (CO, UT, WY) will likely see warmer and drier than normal conditions. Ridging over the western US favors increased probabilities for below normal #precipitation. wwa.colorado.edu/resources/in...

On a statewide basis, February 1st snow-water equivalent (SWE) conditions in Colorado were near normal (90%) and below normal in Wyoming (85%) and Utah (76%). ❄️ Learn more from our latest briefing: wwa.colorado.edu/resources/in... #snow

February 1 snow-water equivalent (SWE) is near to below normal for the majority of the region (CO, UT, WY), with much below normal conditions in southern Utah and southwestern Colorado. How do you predict this will change by March 1? wwa.colorado.edu/resources/in... #snowpack

NOAA temperature #forecasts for February-April suggest an increased probability of above average temperatures for southwestern Colorado and southern Utah and below average temperatures for northern and eastern Wyoming. wwa.colorado.edu/resources/in...

The first seasonal #streamflow forecasts of the 2025 water year suggest near average runoff in Colorado (90-100%), below average runoff in Utah (80-90%), and much below average runoff in Wyoming (50-80%). wwa.colorado.edu/resources/in...

Despite below average precip and warm temps during December, snow-water equivalent (SWE) is near normal for about half the region (CO, UT, WY). On a statewide basis, January 1st SWE conditions in CO and UT were near normal (95%) and below normal in WY (83%). wwa.colorado.edu/resources/in... #climate

Utah's Agricultural Water Optimization Program offers funding for modernized irrigation systems to help agricultural producers optimize their water use. Could this program be a blueprint for the West? 💧🌱 #ColoradoRiver www.kunc.org/regional-new...

January 1 snow-water equivalent (SWE) is near to below normal for the majority of the region (CO, UT, WY). How do you predict this will change by February 1? wwa.colorado.edu/resources/in... #climate

Snow-water equivalent (SWE) has worsened across the region (CO, UT, WY) since December 1, with most river basins seeing below to much below normal SWE, particularly in Utah and Wyoming. wwa.colorado.edu/resources/in... #climate

Join the thriving community of researchers in Boulder, CO, as a CIRES Visiting Fellow! Work alongside stellar scientists and staff at the world-class @colorado.edu and Boulder’s NOAA Laboratories. Apply by Jan 2, 2025: https://buff.ly/3OZjy6q

December 1st snow-water equivalent (SWE) was near to above normal in CO and UT and below normal in WY. November #precipitation was above average across central UT and CO, much above average in eastern CO, and below average across most of WY. ❄️ Learn more: wwa.colorado.edu/resources/in...