Go Back
+ servings
A tray of roasted cauliflower and mushrooms sprinkled with parmesan cheese and parsley.
Servings: 4

Garlicy Roasted Cauliflower + Mushrooms

This traybake of roasted cauliflower and mushrooms is the perfect side dish or vegetarian meal with deliciously caramelized vegetables and garlicky flavor.
Prep: 5 minutes
Cook: 30 minutes
Total: 35 minutes
Save this recipe!
Get this sent to your inbox, plus get new recipes from us every week!

Ingredients 

  • 1 large head cauliflower, cut into bite-sized florets
  • 2 Tbsps avocado oil, or oil of your choice, divided
  • 16 oz button mushrooms
  • 4 cloves fresh garlic, minced
  • sea salt and black pepper, to taste
  • 1/2 cup freshly shredded Parmesan cheese
  • a handful of freshly chopped parsley, to garnish

Instructions 

  • Preheat your oven to 425 degrees f. and line a large sheet pan with parchment paper.
  • In a large bowl, toss the cauliflower florets with 1 Tablespoon of oil, sea salt, and black pepper until nicely coated.
  • Spread the cauliflower onto the prepared sheet pan and roast for 20-25 minutes, or until it starts to lightly brown. Stir a few times during roasting.
  • In the meantime, place your mushrooms in a large baking dish and drizzle with the remaining tablespoon of oil.
  • Place your mushrooms into the oven (simultaneously while your cauliflower is roasting in a separate pan) and roast for around 20 minutes, stirring twice while baking.
  • Once the mushrooms are done, remove from the oven and add in the garlic, roasted cauliflower florets and sprinkle with parmesan cheese.
  • Return to the oven for 10 more minutes or just until nicely melted.
  • Garnish with fresh parsley.

Nutrition

Calories: 176kcal, Carbohydrates: 12g, Protein: 11g, Fat: 11g, Saturated Fat: 3g, Polyunsaturated Fat: 1g, Monounsaturated Fat: 6g, Cholesterol: 9mg, Sodium: 250mg, Potassium: 814mg, Fiber: 4g, Sugar: 5g, Vitamin A: 98IU, Vitamin C: 73mg, Calcium: 188mg, Iron: 1mg

Nutrition information is automatically calculated, so should only be used as an approximation.

Like this? Leave a comment below!