Dolly Parton thanks Taylor Swift and Travis Kelce for life-changing $2 million gift

Dolly Parton thanked Taylor Swift and Travis Kelce after the couple donated $2 million to her Imagination Library

Dolly Parton has expressed her gratitude after Taylor Swift and Travis Kelce reportedly donated $2 million to the Imagination Library as part of a wider charitable initiative ahead of their highly anticipated wedding celebrations.

According to reports, Swift and Kelce have pledged a total of $26 million to various charitable organisations across the United States during their wedding week. Among the recipients is Parton's Imagination Library, the literacy programme operated by the Dollywood Foundation that provides free books to children from birth until the age of five.

Parton shared a video message on social media thanking the couple for their generous contribution. The country music icon said she was "blown away" and "overjoyed" by the donation, adding that the funding would help expand the foundation's mission of encouraging children to dream, learn and grow through access to books.

In her message, Parton highlighted the Dollywood Foundation's commitment to helping young readers and said the donation would allow the organisation to continue supporting families on an even greater scale. She concluded by thanking Swift and Kelce for their generosity and referenced her signature song by saying she would "always love" them.

The donation forms part of a broader charitable campaign reportedly organised by Swift and Kelce ahead of their wedding, with contributions benefiting food banks, children's hospitals, education programmes and community organisations across several states.

Neither Swift nor Kelce has publicly commented on the reported donations. However, the couple's philanthropic efforts have drawn widespread attention, with fans praising their support for causes focused on children's literacy, healthcare, education and community welfare as excitement continues to build around their reported wedding celebrations.