
Cookie and Kate · by Cookie and Kate★ 4.8
Coconut Curried Kale and Sweet Potato
NUTRITION · PER SERVING65M COOK
CAL 29%·PRO 22%
CARBS 77G53% OF CAL
10G FIBER0G ADDED11G INTRINSIC56G OTHER11G TOTAL SUGAR
FAT 27G42% OF CAL
16G SAT11G UNSAT
BARS = SHARE OF RECIPE CALORIES · RINGS = FDA DV
A hearty curried kale and sweet potato stew with coconut milk and rice. Warm, spiced, and naturally vegan—perfect for winter meals.
mainindianbowlcurry🍲 stockpot🫕 dutch oven🍳 skilletdairy freegluten freeveganvegetarian
View the full recipe on Cookie and Kate →We index the facts; the cooking instructions live with the creator.
Nutrition & ingredients
Ingredients
serves 6- 1 1/2 cups brown basmati rice, rinsed well
- Salt, to taste
- 3 tablespoons extra-virgin olive oil, divided
- 1 medium yellow onion, chopped
- 1 teaspoon fine salt, divided, more to taste
- 2 pounds sweet potato (about 3 medium) or 1 butternut squash, peeled and sliced into 1/2-inch cubes
- 3 large garlic cloves, pressed or minced
- 2 teaspoons finely grated fresh ginger
- 1 teaspoon curry powder
- 1 large bunch of kale (about 8 ounces), stems removed and chopped
- 2 cups vegetable broth or water
- 1 can (14 ounces) full-fat coconut milk, divided
- 1 tablespoon lime juice
- ⅓ cup pepitas (green pumpkin seeds)
- Freshly ground black pepper, to taste
- Red pepper flakes (optional), to taste
At a glance
PER SERVING · TIME 65M
CAL 29%·PRO 22%
CARBS 77G53% OF CAL
10G FIBER0G ADDED11G INTRINSIC56G OTHER11G TOTAL SUGAR
FAT 27G42% OF CAL
16G SAT11G UNSAT
BARS = SHARE OF RECIPE CALORIES · RINGS = FDA DV
Complete estimate · 100% of estimated mass resolved
All countable ingredients resolved. Figures are per serving.
- Prep
- 25m
- Cook
- 40m
- Sodium
- 913mg
- Total sugar
- 11g
- Added sugar
- 0g
Nutrition estimated from ingredients, per serving.
Vitamins & minerals
- Potassium
- 1047mg
- Calcium
- 167mg
- Iron
- 4mg
Estimated from ingredients; USDA coverage varies by food.
- PREP
- 25M
- SODIUM
- 913MG
- ESTIMATE
- COMPLETE
Nutrition estimated from ingredients, per serving. 100% of estimated mass resolved.
