Food & Cooking Recipes Dessert & Treats Recipes Plum-Ginger Granita 2.2 (19) By Martha Stewart Editors Martha Stewart Editors Facebook Instagram Twitter Website An article attributed to "Martha Stewart Editors" indicates when several writers and editors have contributed to an article over the years. These collaborations allow us to provide you with the most accurate, up-to-date, and comprehensive information available.The Martha Stewart team aims to teach and inspire readers daily with tested-until-perfected recipes, creative DIY projects, and elevated home and entertaining ideas. They are experts in their fields who research, create, and test the best ways to help readers design the life they want. The joy is in the doing. Editorial Guidelines Updated on May 16, 2017 Print Share Share Tweet Pin Email Photo: Sang An Yield: 2 quarts The coarse crystals in this sweet and slightly spicy granita distinguishes it from other frozen desserts. Ingredients 2 inches peeled fresh ginger 2 pounds ripe red plums, halved, pitted, and coarsely chopped, plus thin wedges for garnish (about 9 plums total) 1 ⅓ cups sugar ¼ teaspoon coarse salt 1 teaspoon pure vanilla extract Directions Pulse ginger in a food processor until finely chopped. Transfer ginger to a large saucepan. Add plums, sugar, salt, and 5 cups water. Bring to a boil over medium-high heat. Reduce heat to medium. Simmer, stirring occasionally, until sugar has dissolved and plums have broken down, about 15 minutes. Pour plum mixture through a fine sieve into a 9-by-13-inch shallow nonreactive dish; discard solids. Stir in vanilla. Chill in freezer until edges are frozen, about 1 1/2 hours. Remove from freezer; scrape with fork tines, pulling from edges into center. Return to freezer. Repeat process every 30 minutes until mixture is the texture of shaved ice, about 4 1/2hours. Spoon into serving bowls, and garnish with plums. Cook's Notes For the right texture, scrape the granitas every half hour for 4 1/2 hours. Same-day preparation is best -- after too long the consistency will change from light and layered to overly dense. Print