Martha Stewart says the Kardashians 'all eat very little' and recalls Kris Jenner serving her 'a very fancy, nice lunch'
- Kris Jenner once hosted Martha Stewart for a lunch of "a salad and a fish and a dessert."
- Jenner is set to be one of the first guests on Stewart's upcoming iHeartRadio podcast.
In an exclusive interview with Insider promoting her new podcast, Martha Stewart said Kris Jenner once served her a "a very fancy" lunch but consumed "very little" of it herself.
Jenner, who is a friend of Stewart, will be one of the first guests on "The Martha Stewart Podcast," which premieres June 22 on iHeartRadio.
"I ate at her house. She served me a very fancy, nice lunch, which she ate very little because they all eat very little," Stewart said. "Khloé was with us, too, and Khloé hardly ate anything because she's a vegetarian, I think."
Stewart recalled that the meal consisted of "a salad and a fish and a dessert."
"It was all very, very nice. But as I said, they didn't eat anything," the culinary expert added.
Khloé Kardashian, who lives in the same Calabasas neighborhood as her mother in Los Angeles County, is known for her pristine pantry and her affinity for household organization — which, according to Stewart, is something Jenner values as well.
"The refrigerators were like works of art. They were so beautifully stocked," Stewart said.
But the aesthetically pleasing appliance was not the source of the meal Stewart consumed with Jenner and Kardashian.
"Not one thing in that refrigerator was on my plate," she told Insider. "No, they have a chef, and they were trying out a new chef when I was there. So that was interesting, and they seemed to be very pleased with her."
Stewart's upcoming podcast will feature intimate conversations with her celebrity friends like Jenner; Snoop Dogg; Alex Rodriguez; Kevin Sharkey, Martha Stewart Living Omnimedia's executive vice president and executive director of design; the photographer Douglas Friedman; and the horticulturist Dan Hinkley.
Check out a trailer for the first episode below.