Meet Rosalie, a fluffy, almost Anatolian-looking beauty born on January 4, 2026, with a soft spirit and a heart full of love. Rosalie is a true mixed breed masterpiece. Honestly, she’d be so fun to DNA test because her genetic makeup is surely a classic Heinz 57! Whatever she is, she’s absolutely stunning, with her fluffy coat and soulful eyes to match her gentle personality. Rosalie is incredibly affectionate and sweet-natured. She has a more submissive, easygoing demeanor and truly loves earning affection from her people. Whether it’s praise, treats, or playtime, Rosalie is happiest when she’s making you smile. She’s the kind of puppy who leans into love and thrives on connection. Like her siblings, Rosalie is part of a very smart litter. She is already trained to use a doggy door and does not have accidents inside: an amazing foundation for her future family. She is motivated by treats, affection, and play, making her highly trainable and eager to please. With her big paws and fluffy frame, Rosalie is expected to grow into a larger dog, likely around 60 pounds when full grown. She’s going to be a beautiful, loyal companion with a calm and loving presence. At the time of adoption, Rosalie will be fully vetted. She has already received two rounds of vaccinations and is microchipped, with her spay and third round of vaccines scheduled soon. Rosalie is the kind of puppy who will grow into a deeply devoted, gentle companion. Could she be your girl? Apply to adopt at CRAPrescue.org/application. Adoption process: After your phone screening, we can schedule a meet and greet / the start of your foster-to-adopt trial. All adoptions have a 2 week minimum foster-to-adopt trial to make sure that the pet is the right fit for your home, and vice versa. Rosalie's adoption fee is $250, which would be due after the foster-to-adopt period. If you are located outside of Texas, we offer to-your-door transportation and have so many happy families as references. We are very transparent about the process so feel free to ask any questions.