shortbread cookies

Cherry Hazelnut Shortbread Cookies are a delightful twist on a classic holiday favourite.

Buttery shortbread is elevated with the rich nuttiness of hazelnuts and pops of sweet-tart dried cherries, making each bite an irresistible blend of flavour and texture.

Shortbread cookies are the ultimate treat for anyone who loves a melt-in-your-mouth, buttery bite of goodness.

With their delicate crumb and rich simplicity, these classic cookies are perfect for any occasion, from holiday spreads to a cozy afternoon snack

Cherry Hazelnut Shortbread Cookies

These cookies are perfect for the holidays or an everyday treat, bringing a bit of festive warmth with every crumbly, melt-in-your-mouth bite.

Ingredients

  • 1 cup salted butter, room temperature
  • 1/2 - 2/3 cup brown sugar, firmly packed
  • 1/8 tsp salt
  • 1/2 tsp vanilla
  • 2 hard-cooked eggs (yolks only), cooled, optional
  • 2 cups all-purpose flour
  • 1/4 cup rice flour
  • 1/2 cup toasted hazelnuts, finely chopped
  • 1/2 cup dried tart cherries, finely chopped

Instructions

  • In a stand mixer, beat together butter, sugar, salt and vanilla for 2 minutes on medium speed, scraping bowl occasionally.
  • Press cooked egg yolks through a fine sieve with the back of a spoon into the mixing bowl and beat 2 minutes more, ensuring that the yolks are fully incorporated.
  • Stir flours to blend, then add to batter with hazelnuts and cherries. Mix lightly only to incorporate, do not over mix.
  • Form dough into 2-inch logs; wrap and place on a flat pan or plate and refrigerate overnight.
  • For more flavourful cookies, you can also roll the logs in chopped nuts before refrigerating, if desired.
  • The next day, when ready to bake, heat the oven to 350 F
  • Remove dough from the fridge and slice into 1/2-in slices and place on a prepared baking sheet, sprinkle with decorating sugar and dock holes in each cookie with a skewer or fork to release steam.
  • Bake 16-22 minutes until lightly browned. Cool and store in an airtight container or freeze.