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The end of November and the beginning of December is a time of encroaching darkness. (Readers in the Southern Hemisphere can skip this until May of next year.) For reasons we can only guess at, the earth’s axis is tilted 23.4 degrees in respect to the plane of its track around the sun.* These months we in the North are tilted away from the sun, which is why it’s so low above the horizon — and, of course, in that position the sun’s radiant energy strikes us at a shallow angle, giving us reduced heat.
So now is a good time to hug the clothes when you fetch them from the dryer. Simply reach in, gather the wonderful warmth of freshly dried towels and pajamas and socks and what have you, and clasp that heap of warmth to your chest. Now hold them that way as you make your way to the sorting table. If your dryer is in the cellar and you have to climb stairs, hold the stair rail with one hand and the clothes with the other. Just keep going until you dump the still warm clothes on the bed and sort them there. The important thing is to hug that warmth. There’s nothing like it.
Or, if you just came in from the cold and your hands are reddish-blue blocks of ice, wash a few of those dishes that are stacked jumble-wise in the sink. The warm soapy water will melt your digits and you’ll feel better all over. And for dinner, we suggest soup.
*John Milton, the great Puritan poet, ascribed the tilting of the earth’s axis to Adam and Eve’s misbehavior in the Garden of Eden. In his Paradise Lost, the earth’s axis is vertical in relation to the ecliptic plane prior to their eating the Forbidden Fruit, so it’s summer all year round, but after the Fall of Man God tilts it awry. Some cosmologists have speculated that the newly formed earth was hit by a large asteroid that knocked the earth off the vertical and tore a chunk away that became our moon. These two explanations of axial tilt seem equally plausible. In any case, to calculate the diminished effect of the sun in winter, multiply the effect of the sun when directly overhead by the cosine of the sun’s angle above the horizon in winter.