Age: 36
female
Ashly Syble Burch (born June 19, 1990) is an American actress, writer, director, and singer. She is known for her roles as Aloy in the Horizon series, Chloe Price in the Life Is Strange series, Tiny Tina in the Borderlands series, Mel in The Last of Us Part II, Miss Pauling in Team Fortress 2, the web series Hey Ash, Whatcha Playin'?, Enid Mettle in OK K.O.! Let's Be Heroes, Molly McGee in The Ghost and Molly McGee, Ash Graven in Final Space, Cassie Rose in Minecraft: Story Mode, the Rutile Twins in Steven Universe, Rachel Meyee in Mythic Quest, Cassie Cage in Mortal Kombat X and Ray in Fortnite.
Ashly Burch
Molly McGee
for Molly McGee in The Frog and Molly McGee
Suggested by brettpalevich
In this alternate timeline, when Molly McGee moves to Brighton, she doesn't encounter Scratch, the ghost. Instead, she discovers a peculiar frog named Ivy Sundew in her backyard. Ivy, much like Scratch, is a spirited and adventurous character, but she hails from the fantastical world of "Amphibia." Initially startled by Ivy's sudden appearance, Molly soon realizes that Ivy is not just any ordinary frog. Ivy, being from another world altogether, possesses unique abilities and a wealth of knowledge about her homeland. As they get to know each other, Molly learns that Ivy comes from a place called Amphibia, a land filled with anthropomorphic amphibians and magical creatures. Despite their differences, Molly and Ivy quickly become close friends, bonding over their shared love for exploration and adventure. Together, they embark on thrilling escapades, hopping between Brighton and the enchanting realm of Amphibia. Along the way, they encounter eccentric characters, face formidable challenges, and uncover the mysteries of both worlds. Their adventures in Brighton and Amphibia are filled with laughter, danger, and heartwarming moments as they navigate through the complexities of two vastly different worlds. Although their journey may be unconventional, Molly and Ivy prove that true friendship knows no bounds, transcending even the barriers between dimensions.
