Posted on by Lori Cartmell

Welcome to Your Spring!

Satellite captures moment of spring equinox. Image by NASA Goddard Space Flight Center via Flickr CC BY-2.0

Welcome to Spring!

If you live in the Northern Hemisphere, today marks the vernal equinox, the first day of astronomical spring. (For those Down Under, this day heralds the arrival of autumn.)

The return of spring signals longer days with more sunlight and warmer temperatures. Even though it may take a while to see blooming flowers (especially in Canada!), the spring equinox is a reminder that brighter days are ahead.

But what exactly is an equinox?

We have two of them each year, in spring and fall. Each one marks the day when the sun is directly above the Earth’s equator (from our perspective), and night and day are of equal length.

The sun’s path then crosses the celestial equator (an imaginary line or circle in the sky directly above the Earth’s equator), and heads north or south, depending on the time of year.

At the spring equinox, the sun is rising into the Northern Hemisphere: it’s our turn for renewal.

But no matter where you live on the planet or what time of year it is, you can experience a new season of rebirth in your life.

Your new beginning comes when the Son rises in your life.

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Posted on by Lori Cartmell · 4 Comments

Keep Your Eyes On The Son

Image by mbll from Pixabay

Why don’t trees freeze to death in winter?

After all, if you or I stood outside naked for several months in sub-zero temperatures, we’d soon be turned into frosty statues.

Trees can’t burrow into the ground and hibernate like bears, and they can’t fly south like migratory birds. They’re fixed in place, at the mercy of the elements.

And yet they somehow survive through the cold depths of winter. Why don’t they turn to ice, since, like other living things, they’re made mostly of water?

Their trick is something called “hardening.”

In autumn, trees in cold climates undergo a change whereby water flows out of their cells. The concentrated sugars, proteins, and acids left behind act as a potent antifreeze. The water now in the spaces between the cells is so pure that ice crystals can’t form. This ultra-pure water can be cooled to -40 degrees F and still remain an ice-free liquid.

Pretty cool, isn’t it?

But what is it that triggers the hardening?

Ah, this is where we can learn a lesson from the trees.

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Posted on by Lori Cartmell

Let the Son Outshine Your Problems

Image by Pezibear from Pixabay

The moon did a disappearing act on me recently.

As I sat eating breakfast, I could see the moon shining brightly through the window. It handily outshone the streetlights, which were still on at that pre-dawn hour.

But slowly, the moon grew dimmer and fainter, although it was still high in the sky.

What had happened to its luminosity?

Had the moon changed in some way?

No, the sun had simply come up!

The sun’s growing brilliance filled the morning sky, causing the moon to appear paler than before. Eventually, I could barely see the moon at all, even though it hadn’t set behind the horizon yet.

This puts me in mind of how we sometimes view our problems.

In the darkness of our difficulties, we often focus on what’s causing us pain. The source of our problems gets our attention, out-competing other factors in our lives.

But if we let the light of Jesus shine on our situation, the truth of His unending love for us can outshine the temporary nature of our problems. Our challenges appear dimmer in the light of His forgiveness, His care for us, and His promise of eternal life.

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Posted on by Lori Cartmell

Light in the Darkness

Jellyfish Image by PublicDomainPictures from Pixabay

The Earth’s oceans are a bit mysterious to landlubbers, aren’t they? Especially the farther down you go.

The top zone of the ocean, 200 meters or less from the surface, is called the “sunlight” zone. This zone hosts the vast majority of fish, sea mammals and aquatic plant life that we’d be familiar with.

In the next zone down, the “twilight” zone, the amount of sunlight rapidly diminishes. Such a tiny amount of light penetrates this region that photosynthesis is no longer possible.

But it’s the lowest reaches of the oceans that are the most otherworldly and forbidding.

The bottom zone, below 1,000 meters, is called the “midnight” zone, and with good reason. Sunlight has no hope of penetrating this far down. These inky depths are darker than most humans have ever experienced.

And yet some creatures down here have eyes.

What on earth for? What is there to see in this eternal darkness?

There’s actually still light in the deepest part of the oceans. It comes not from the sun but from bioluminescent creatures. Some deep-sea organisms, like jellyfish, can generate and emit light much the way fireflies do here on land.

There’s still light, even in areas where sunlight never penetrates and the darkness seems impossible to vanquish. Even in the “midnight” zone.

Are you going through a “midnight” of your own?

Does it seem to you that you’re living in a kind of darkness, that you’ll never see the light of day in your situation?

Rest assured that there’s no place on earth where God’s light can’t reach you.

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Posted on by Lori Cartmell

The Moonbow Connection

Lunar Rainbow over Victoria Falls, Zambia
Photo courtesy Calvin Bradshaw (calvinbradshaw.com)
Wikimedia Commons, CC BY-SA 3.0

I’ll bet most of us have seen a rainbow at some time in our lives, but have you ever seen a moonbow?

Frankly, until recently I didn’t even know such a thing existed. Moonbows, also known as lunar rainbows, are rainbows which are produced by moonlight rather than by direct sunlight. As such, they’re usually fainter than regular rainbows, and may even appear white.

But moonbows are still evidence of the sun’s presence, because they’re created by reflected sunlight bouncing off the moon. They’re a very special reminder that the sun is still shining, even when we can’t see it.

Sometimes I think God puts believing friends in our lives to function as “moonbows” for us.

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