PrintOctober 16, 2007
Kyle-Anne Shiver radio appearances Tues and Wed.
AT contributor Kyle-Anne Shiver will be a return guest on the Sandy Rios Show today, on WYLL AM 1160 in the Chicago area, discussing her work on George Soros. She will be heard at 5:05 Eastern Daylight time. An internet stream is available here.
Tomorrow morning, Kyle-Anne will be a guest on the famous KSFO Morning Show with Lee Rodgers and Melanie Morgan, Wednesday morning at 6:35 AM Pacific Time. KSFO's web feed is available here, and the broadcast signal can be heard at AM 560 over a wide area of Northern California.
Update: here is the article discussed on KSFO.
FOLLOW US ON
Recent Articles
- A Multi-Point Attack on the National Debt
- Nearing the Final Battle Against the Deep State
- Now’s the Time to Buy a Nuke (Nuclear Power Plant, That Is)
- The Fall and Fall of the Associated Press
- Bill Gates and the AI Delusion
- New York Greenlights Quarantine Camps
- Reality Check for Democrats
- A MAGA Siege of the Democrats’ Deep State
- Why Incel and 4B Culture Matter
- Defending Donald Trump: A Response to Jeffrey Goldberg and The Atlantic on the Signal Leak
Blog Posts
- The progressive movement has led the Democrat party into a political black hole
- A Colorado Democrat’s immoral cost-benefit analysis to justify taxpayer-funded abortion
- We must reclaim Islam from Islamism
- Texas under siege: the stealth Islamic takeover we can’t ignore
- The UFO mystery
- NYT: Dems in ‘denial’ about ‘comprehensive defeat’
- Stupiditywatch: Columbia's pro-Hamas protestors tear up their own diplomas for the cameras
- U.K. to institute two-tier system of justice?
- We remember those who served in Vietnam
- A curiosity about the DC District Court’s judges
- The 9th Circuit prepares to be reversed again
- Tim Walz really is a knucklehead
- A Ph.D. in ‘Molecular and Cell Biology’ shows the difference between credentials and knowledge
- Nasty Venezuelan migrant who flashed taxpayer dollars and urged squatting, gets thrown out
- Watch white leftist women’s brains breaking—and repairing—in real-time