Curing Winter Squash

Helpful Tips on Curing

by Sandy Swegel

All winter squash improve greatly by having a curing time.  Most of us inadvertently cure our winter squash without even realizing it…by leaving it on the counter or a shelf until we get around to cooking it. Curing is keeping the squash at a warmish temperature (70-80) for about two weeks.  If the growing season is long in your area and the squash is ripe before temperatures start to freeze at night, squash can cure perfectly well just sitting in the field.  Here in Colorado this year, we had a hard freeze that caused us to run out, cut all the squash off the plants and bring them indoors.

What is it curing actually does?  Even though you have picked the squash from the vine, it doesn’t “die” but continues to breathe or respirate (a creepy kinda of thought of all those pumpkins on Halloween porches “breathing.”) Respiration is a good thing because it means the squash are still vital and full of life to nourish you. What curing winter squash does is lower the temperature so the respiration slows down. During the curing time, many of the starches in the squash convert to sugar making for a yummier squash.

After keeping the squash at room temperature for 10-20 days, you can then move the squash to a basement, cool garage or unheated room where it will last for months.

Some helpful tips on storing winter squash:

Space the squash so they aren’t touching one another.

Don’t put the squash directly on a cold garage or basement floor. They need to have air circulation around them and will be more likely to rot at the spot where they are touching the floor. Put it up on a shelf or on a board.

Don’t try to cure and store acorn and delicata squashes…they don’t keep well and should be eaten soon after picking

Squash Bees

Checkout These Wild Pollinators

by Sandy Swegel

My friend and local pollinator expert Niki fretted greatly this Spring because there weren’t any bees in her yard.  She grows her native plants and large vegetable gardens in her yard that is surrounded by typical perfect looking suburban lawns. Despite her pleas with neighbors, they maintain suburban perfection by pouring pesticides and synthetic fertilizers on their lawns, and over time, the bee count in her yard has dropped precipitously.

But there was no fretting during a recent tour of her garden.  There were still very few honeybees but the garden was abuzz with many native bees and native fly pollinators.

Niki eagerly led us over to her huge squash patch.  She did the usual humble gardener thing of apologizing for her garden and how poorly the plants were doing.  Naturally, her plants were double the size of anything in our yards. We walked right into the squash bed as she gently lifted a giant leaf so we could see…a “Squash Bee.”  With great animation, she described how one bee comes early in the morning and throws itself completely over the pollen…and then proceeds to eat all day long.  This bee seems oblivious to us and looked like it was lounging in its own little opium den, covered in pollen and eating as much as it could. Niki lowered her voice and said, “Sometimes there are two bees.”  The male comes first and then is joined by a female…and the two of them spend the day in a frenzy of mating and eating, mating and eating (she watched). Once they finish one blossom, they moved to the next one.

There are two genera of native squash bees, Peponapis and Xenoglossa, and they are specialist bees. Cucurbits are all they pollinate.  And they are very resourceful and start pollinating earlier in the morning before the honey bees are even awake.  So take a look under your leaves one morning and peer deep into squash blossoms.  In areas with healthy squash bee populations, there can be as many as one bee per every five blossoms.  Another marvel of the natural world….hidden in plain view before us.

Of course, while you are peeking under giant squash leaves, don’t forget to look for that pest of the squash kingdom…the squash bug…and pick it off and throw it away.

The International squash bee survey: http://www.ars.usda.gov/Research/docs.htm?docid=16595