Keep It Out. Soak It Up. Inform the Public.
Be a Discovery Lab Citizen Scientist!
Discovery Lab is teaming up with the National Oceanic and Atmospheric Administration for a Citizen Science project to track Extreme Precipitation in the Tulsa area.
Build your own backyard rain gauge using the activity sheet or videos below.
Report your weekly rain data for 6 weeks starting April 18th. (Be sure to empty your rain gauge after submitting your weekly total.)
Citizen Scientists that report their data all 6 weeks will be put in a drawing for some Discovery Lab swag.
Send questions then watch the virtual forum at 1:30 p.m. on June 23rd to hear meteorologists, engineers, and city planners talk about the results from our Citizen Scientists around the city, compare them to years of intense flooding in our area, and answer your questions about extreme precipitation.
Extreme Precipitation Project: Rain Gauge
Use this activity sheet to make your own rain gauge. Common household materials and recyclables are used in this project.
For additional background information and a visual guide to building your rain gauge, watch the video below.
Make a rain gauge with Dr. Ray Vandiver using a few simple items. Learn the importance of tracking weather to study our climate.
- PK.S.2 Make observations of the physical and natural world.
- 2.ESS1.1 Use information from several sources to provide evidence that Earth events can occur quickly or slowly.
- 3.ESS2.1 Represent data in tables and graphical displays to describe typical weather conditions expected during a particular season.
- 4.ESS3.2 Generate and compare multiple solutions to reduce the impacts of natural Earth processes on humans.
- 5.ESS3.1 Obtain and combine information about ways individual communities use science ideas to protect the Earth’s resources and environments.
- 6.ESS2.4 Develop a model to describe the cycling of water through Earth’s systems driven by energy from the sun and the force of gravity.
- 6.ESS3.2 Analyze and interpret data on natural hazards to forecast future catastrophic events and inform the development of technologies to mitigate their effects
Additional Resources authored by Museum of Science, Northeastern, Arizona State University, and ECAST
FEMA Floodplains and Areas of Concern for Tulsa
Extreme precipitation can lead to flooding if the right resiliency plans have not been implemented.
Riverine Flooding occurs from excessive rainfall in upstream areas that forces rivers and streams to rise and overflow their banks, inundating the adjacent floodplains. Riverine flooding is usually a gradual process, with several hours to several days of warning time for downstream communities. This type of event usually remains in flood for a longer period than flash or urban flooding, and often causes more damage due to the length of time structures are inundated, the velocity and depth of water, and floating debris.
Flash Flooding is associated with large convective thunderstorms that frequent the region and can drop between 1 and 5 inches of rain in the course of an hour. When the soil is already saturated, rainfall from such storms can converge in creeks and streams suddenly, with little warning. Flash floods can reach peak flows within a few minutes. Waters from flash floods move with great force and velocity and can tear out trees, carry away houses and outbuildings, and destroy roads and bridges. These walls of water often carry large amounts of debris, sewage and pollutants. Although potentially hazardous to life and destructive of property, flash flooding usually lasts only a matter of hours.
Urban Flooding occurs when heavy rainfall runs off of structures, parking lots and streets and converges in culverts and drainage ways often clogged with debris. This causes streets to flood and storm sewers to back up.
On Wenesday, June 23rd from 1:30 to 2:30 p.m., we will host a virtual forum with a panel of weather professionals from KJRH Channel 2 and city engineers to discuss your data, ask questions, share recommendations for improving community resiliency, and learn more about extreme precipitation.
Brandon Wholey (KJRH)
Brandon joined the 2 Works for You Weather Team in December 2015. He is originally from Gig Harbor, Washington, but thrilled to call Tulsa home. Previously, he was the Chief Meteorologist at KRNV, the NBC affiliate in Reno, Nevada from 2008 to 2015. There he tracked severe thunderstorms, flash flooding, snowstorms, wildfires, drought, and earthquakes that would impact the high desert and Sierra.
Brandon earned his Bachelor of Science degree in Meteorology from Lyndon State College in Vermont, with honors. he is a member of the American Meteorological Society and currently holds their Certified Broadcast Meteorologist Seal of Approval.
Anne Brown (KJRH)
Anne Brown, a Tulsa native, joined the KJRH family as weekend morning meteorologist. She’s a 5th generation Tulsan, grew up down the street from the station in midtown and continued her growth in the field of meteorology as a graduate from the University of Oklahoma.
Her passion for weather began at a young age when she witnessed a funnel forming in her backyard near Brookside.
Anne interned at a local news station in Tulsa from 2016 through 2017, where she developed a more hands on experience with severe weather in Oklahoma. After her internship, Anne spent three years as the weekday morning meteorologist at WLFI-News 18 in West Lafayette, Indiana before returning to Tulsa.
Gary McCormick, PE, CFM (City of Tulsa)
Gary graduated from Oklahoma State University with Bachelor’s of Science in Engineering in 1991.
After graduating, Gary started working for the City of Tulsa as a Stormwater Engineer. Gary acted as Staff Engineer and Project Manager on a variety of Stormwater Capital Improvement projects that included storm sewer systems, stormwater detention facilities, channel design, and floodplain analysis.
In 2002, Gary left the City of Tulsa to become a private design consultant specializing flood control systems design for private and municipal entities, before returning to the City of Tulsa in 2018 as a Senior Engineer whose responsibilities include overseeing the City’s rain gauge system, managing the City’s Hazard Mitigation Plan updates, managing the City’s Community Rating System (CRS) program through FEMA, managing all master drainage plan updates, and managing the City’s stormwater utility enterprise initiative.
Taylor Malone (Up With Trees)
Taylor grew up in Tulsa and studied Environmental Management at Northeastern State University. She joined the Up With Trees team in 2015 to assist in the development of the Tulsa Urban Forest Master Plan, and now serves as Program Director. Taylor has a passion for service and education, and recently attained her arborist certification.