Amy Gilligan

Well, wouldn't you know it, just when we got past the last comics kerfuffle, I have to make another change. This one's not my fault.

This Sunday we will begin a project the likes of which we have never undertaken at the Telegraph Herald. Beginning on May 24, and continuing each day after for a

No matter how long you've called the tri-state area home, there's always more to see and do — and there's plenty that you shouldn't miss out on if you live here long enough.

If we're talking about supper clubs, let's be honest, it starts with the old-fashioned. Step back bourbon snobs, this is the original home of the brandy old-fashioned.

For the third time in four years, I'm proud to announce that the TH's own Mike Day has earned a certificate of recognition from the Iowa State Historical Society's George Mills & Louise Noun Popular History Award.

I was a wee child of 10 when we marked the bicentennial, but I do have many memories of what was quite a celebration. I remember doing numerous school programs,

It was in the fall of 2003 that the Telegraph Herald introduced an exciting new product, “Her: A Magazine for Women,” as we announced it more than two decades ago.

GALENA, Ill — Attention foodies: What if we told you there was a community to which you could travel easily and you could get food from around the world?

Regular readers have no doubt seen the TH ads teasing a big summer event — get ready for the Tri-State Drone Extravaganza to be held at the Dubuque County Fairgrounds

We present new, high-resolution, shear velocity models for the western Himalayas and West Tibet from the joint inversion of P receiver functions recorded using seismic stations from four arrays in this region and fundamental mode Rayleigh wave group velocity maps from 5-70 s covering Central and Southern Asia. The Tibetan Plateau is a key locality in understanding large-scale continental dynamics. A large number of investigations has examined the structure and processes in eastern Tibet; however, western Tibet remains relatively understudied. Previous studies in this region indicate that the western part of the Tibetan Plateau is not a simple extension of the eastern part. The areas covered by these arrays include the Karakoram and Altan-Tagh faults, and major terrane boundaries in West Tibet and the Himalayas. The arrays used include broadband data collected by the West Tibet Array, a U.S.-China deployment on the western side of the Tibetan Plateau between 2007 and 2011. We use the shear wave velocity models to obtain estimates of Moho depth. The Moho is deep (68-84 km) throughout West Tibet. We do not observe significant steps within the Moho beneath West Tibet. A large step in Moho depth is observed at the Altyn-Tagh fault, where Moho depths are 20-30 km shallower to the north of the fault compared to those to the south. Beneath the Lhasa Terrane and Tethyan Himalayas, we observe a low-velocity zone in the midcrust. This feature is not interrupted by the Karakoram Fault, suggesting that the Karakoram Fault does not cut through the entire crust