© 2024 Kansas Public Radio

91.5 FM | KANU | Lawrence, Topeka, Kansas City
96.1 FM | K241AR | Lawrence (KPR2)
89.7 FM | KANH | Emporia
99.5 FM | K258BT | Manhattan
97.9 FM | K250AY | Manhattan (KPR2)
91.3 FM | KANV | Junction City, Olsburg
89.9 FM | K210CR | Atchison
90.3 FM | KANQ | Chanute

See the Coverage Map for more details

FCC On-line Public Inspection Files Sites:
KANU, KANH, KANV, KANQ

Questions about KPR's Public Inspection Files?
Contact General Manager Feloniz Lovato-Winston at fwinston@ku.edu
Play Live Radio
Next Up:
0:00
0:00
0:00 0:00
Available On Air Stations

NASA Scientist Says Water Shortages Will Become More Severe in Kansas and Worldwide

Jay Famiglietti is the Senior Water Cycle Scientist at NASA's Jet Propulsion Laboratory in California.
Jay Famiglietti is the Senior Water Cycle Scientist at NASA's Jet Propulsion Laboratory in California.

A hydrologist who monitors the world's water supply using satellite data told an audience at Kansas State University that water security is at risk worldwide. As part of a lecture series at Kansas State, Jay Famiglietti, from NASA's Jet Propulsion Laboratory in Pasadena, California, said that 20 of the world’s major aquifers are being rapidly depleted, including the Ogallala Aquifer in western Kansas.  He says a national water policy is necessary but, water regulations should be established at the local level. 


Famiglietti says that in over half of the world's major aquifers is that food producers use more water than is available on an annual renewable basis and compensate for the shortfall by tapping groundwater from the aquifer. The Gardiner Global Food Systems Lecture Series aims to provide science-based education about the global food system.

Learn more about this story here.

The Kansas Information Network sends newscasts, weather and sports to our affiliates throughout Kansas. Our news focus is on Kansas. We have a string of reporters throughout the state of Kansas that send us stories and sound bytes. Our strength is our complete statewide coverage at an extreme cost-efficiency.