Spring Is On Its Way!

Public domain from PXfuel

The shortest day of the year in the northern hemisphere is the winter solstice, which occurred last year on December 21st. From that day on, the days begin to lengthen and the sun’s position in the sky begins to rise from our perspective.

But if the days are now getting longer and we’re getting more sunlight, why does it keep getting colder and snowier here in January and February?

Where is spring?

There are two reasons for this temperature lag: one having to do with the tilt of the earth, the other with how slowly the earth heats up and cools down in response to the sun’s energy.

Think of a rock near a bonfire. When the fire is first lit, the rock will stay cool for a while. It takes time for it to heat up, even though it’s being exposed to a roaring fire. The rock will eventually absorb the fire’s heat, though, and will retain that heat for a while even after the fire is put out.

Similarly, even though the days are now lengthening, it takes time for the earth to warm up, resulting in colder temperatures in the early months of the year. The earth is also slow to release accumulated heat energy from the sun after the summer solstice in June. This gives us hotter July and August days in the northern hemisphere, even as the days are getting shorter.

In the same way, sometimes we pray about something but don’t see any immediate results. There seems to be an inexplicable “lag” in receiving answers to our prayers. We don’t see any evidence that things are changing; in fact, our situation might seem to get worse.

What’s going on? Where is our “spring”?

I think we need to understand that God can answer our prayers in several ways.

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Saved By The Blood

Image of ground squirrel by Roy Buri from Pixabay

In a match between a ground squirrel and a deadly rattlesnake, whom would you bet on?

Remember, this is a ground squirrel: it can’t run up a tree to escape.

And if the squirrel needs to defend its burrow with its babies inside, it doesn’t have much choice: it has to stand its ground.

What chance does it have against a venomous rattlesnake?

More than you’d expect.

California ground squirrels have an ace up their sleeve.

When confronted by a rattlesnake, this squirrel is able to engorge its tail with extra blood. It then waves its tail back and forth vigorously, super-heating the blood.

The snake, while lethal, has relatively poor vision, so it can’t clearly see what it’s facing. It instead uses its built-in infrared sensor to detect heat.

The squirrel’s hot, blood-filled tail swishing to and fro mimics the heat signature of a much larger animal. The snake thinks twice about taking on such a formidable creature, and more often than not it slinks away, defeated.

The squirrel has been saved from its enemy by the blood.

And so are we.

On our own, we are no match for that serpent of old, Satan.

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