This week on the Born to Be Podcast, Pastor Daron and Radio Theology Hosts Lisa Graft and Ryan Ahlwardt, interview the Oprah of Radio – Delilah! Yes, you read that correctly! It’s hard to even describe how wonderful this conversation was. Delilah is exactly as warm, loud, and amazing as you’d think she’d be. With an audience of more than 10 million listeners, she’s still a humble girl, giving God glory through her life and career.
From adopting 13 kids to realizing her passion for storytelling and launching the most successful radio career, you’ll hear it all. Buckle up and be prepared for a heavy dose of the Holy Spirit in this episode of the Born to Be podcast!
About Delilah
Delilah has a nationally syndicated show that is the number one listened-to night-time radio program in the US. Her listeners and their stories make it the incredible success that it is! She’s the mother of 13 children, one of whom is in heaven, and 11 grandchildren - and that doesn’t even come close to the number of people that know her as Mom or Grandma. She lives on a farm where she spends most of her time digging in the dirt, mucking out stalls, welcoming baby critters, cooking for her family and celebrating Gods gifts; praising and giving Him thanks for all that she has and all that she is. She works closely with a non-for-profit she founded called Point Hope; a voice for forgotten children. They work in the US to support kids in the foster-care system, and in Ghana, West Africa to help impoverished Liberian refugees become self-sustaining.
About the Born to Be Podcast
The Born to Be Podcast is focused on helping you discover your unique calling and purpose in life. We believe you were created on purpose and for a purpose. Each week, we deliver inspiration and interviews with today's top thought leaders who are living out their unique calling. Are you ready to discover your true identity and become who you were born to be?
Hosted by Daron Earlewine, popular radio host, pastor, and the creator of Pub Theology, Radio Theology, and Spiritual DNA.