Try this Lemon Thyme Roasted Butternut Squash recipe
- Carbohydrate 0 g
- Cholesterol 0 mg
- Fat 3.225 g
- Fiber 0 g
- Protein 0 g
- Saturated Fat 0.445308 g
- Serving Size 1 1 to 4 (3g)
- Sodium 0.0645 mg
- Sugar 0 g
- Trans Fat 0.0873329999999999 g
- Calories 29 calories
Step-by-step
- Preheat the oven to 425ºF.
- Peel the squash, cut in half, and scoop out the seeds. Then cut it into ½-inch cubes.
- Arrange the cubes single layer on a rimmed sheet pan. Drizzle with some oil. Scatter the thyme on top, pulling off some of the leaves with your fingertips. Season with the salt.
- Bake for 20 minutes, turning once or twice, until the squash is golden all over, and tender when pierced with a fork.
Operating under strict sheet-pan surface area limits requires cubing the squash to uniform half-inch dimensions to ensure proper heat conduction and browning without overcrowding the pan. Roasting at 425 degrees Fahrenheit drives off internal moisture rapidly, allowing natural sugars to caramelize against the hot metal while the volatile citrus oils in the lemon thyme break down thermally to infuse the lipids.
- Freezing roasted squash alters its cellular structure due to ice crystal formation, resulting in a softer texture upon thawing that works best when repurposed into purees rather than served as distinct cubes.
- Refrigerating cooked portions within an airtight container preserves them safely for up to four days.
- Reheating chilled cubes requires a hot oven set to 400 degrees Fahrenheit for approximately 8 minutes to re-crisp the exterior edges without over-softening the interior.
- Mini varieties like honeynut squash offer denser flesh and higher sugar concentrations than standard large butternut squash, yielding more pronounced caramelization during high-heat roasting.
Acidic compounds from citrus varieties soften dense starches during roasting, while essential oils bond readily with olive oil fats to coat the palate evenly. Proper cooling before long-term storage prevents condensation buildup inside sealed containers, maintaining structural integrity.
