Same Grove. Two Very Different Answers.
We spend a lot of time trying to perfect a plant's environment. But what if Mother Nature already left us some clues?
Most houseplants live in our environment. And that's perfectly fine. A peace lily beside the sofa isn't asking you to recreate a tropical forest in your living room. Many of the plants we keep as household décor are wonderfully adaptable. We give them a comfortable room, some light, some water, perhaps a little fertilizer, and off they go.
But the plants we cultivate in the Grove made us wonder about something else.
That rather busy little growing space in the first photo? That's the Grove. It isn't a laboratory, and it certainly isn't Borneo. It's simply the environment we've built around the plants we cultivate.
Instead of asking how well a plant can adapt to our environment, what happens if we try to adapt the environment to the plant?
Not perfectly, obviously. We're growing plants indoors in Markham, Ontario. We have not recreated Borneo downstairs. Nor would one imaginary version of “the tropics” suit every species anyway.
But Mother Nature does leave clues.
Mother Nature doesn't leave the controls at one setting.
Outside, there is day. And then there is night. Temperatures rise and fall. Humidity changes. Water comes and goes. Nutrients aren't delivered according to a calendar notification every Tuesday at precisely 7:00 p.m.
There is rhythm. And plants are built around rhythm too.
Plants have an internal circadian clock. Darkness isn't simply the part of the day when nothing happens. Plant metabolism continues through the night, and the light-dark cycle helps organize processes across the day.
Temperature can be a signal too. Plants can respond to differences between daytime and nighttime temperatures, although exactly how they respond varies enormously among species.
So in the Grove, we try to pay attention to those rhythms. We give our plants light — and we also give them darkness. We allow temperatures to fall when the grow lights switch off. Humidity moves rather than remaining pinned to one number. Nutrition is used with restraint rather than on the assumption that more must always be better.
Is that the secret to extraordinary variegation?
No. And anyone hoping for a magic recipe may now be mildly disappointed.
And that's where this gets interesting.
We don't paint the leaves.
Variegation is complicated. Genetics can play an enormous role, but there isn't one single biological mechanism responsible for every variegated leaf. Different plants can arrive at their patterns and colours in different ways.
Environment can influence plant development too, and in some plants it can influence how colour or variegation presents. But that does not mean we can turn a dial, adjust the humidity, cool the night and order a spectacular next leaf.
If only.
We haven't found scientific evidence showing that our particular Grove conditions will make an Alocasia or Scindapsus produce more beautiful variegation. So we won't tell you that they will.
In fact, two residents of the Grove make the point better than we ever could.
Same Grove. Different answers.
Look at the two plants accompanying this Scroll. They live within the same Grove and under the same broad cultivation philosophy.
One apparently woke up and chose drama: colour, pattern, contrast, layer upon layer of expression.
She understood the assignment.
And the other?
“Green. I have chosen green.”
Well then. Green it is.
Both are receiving thoughtful cultivation. Neither received instructions for what its next leaf was supposed to look like — apparently our authority ends somewhere before that meeting.
And that's exactly the point.
So why bother?
Because the purpose isn't to force a plant into producing something spectacular. It's to give it an environment in which it can develop well and show us whatever it is capable of becoming.
Perhaps paying closer attention to the rhythms plants evolved alongside gives them a better stage on which to do that.
Perhaps.
That's a question we're interested in exploring — not a result we're prepared to promise. And that distinction matters.
These two plants aren't a scientific experiment. They don't prove that our environment caused the extraordinary expression in one, and they don't tell us why the other remained comparatively green.
They're simply an observation from our Grove.
And sometimes an observation is where the best questions begin.
Mother Nature is our teacher, not our recipe book.
We don't believe cultivation means copying nature literally. Nature is messy. Habitats differ. Species differ. Seasons change. And Mother Nature certainly isn't checking a hygrometer to make sure everything stays at exactly 73% humidity.
What we can do is pay attention. Observe the rhythms. Understand what plant science can actually tell us. Experiment carefully. And remain humble about what we cannot control.
Because underneath all the meters, lights, nutrients, schedules and things growers can fuss over, there is one wonderfully inconvenient truth:
We cultivate the environment. The plant answers.
Sometimes the answer is extraordinary.
Sometimes the answer is green.
Either way, our job remains the same: create the best environment we reasonably can. Observe. Learn. And let the plant show us what it will become.
Mother Nature gives us clues. She does not give us guarantees.
And perhaps that's exactly why the next leaf still feels a little like opening a present.
We don't choose the next leaf.
The plant does.
— Mandy Vasquez
Owner, Variegated Greens
Mother Nature provides the masterpieces. Variegated Greens simply showcases them.