๐ฎ 8ร8 Adventure โ Week 14 ๐ธ Chem Brรปlรฉe โ Pheno A
๐ฅ Still Wild. Still Evolving. Letting the Beast Reach Her Own Finish Line.
Hello everyone, and welcome back to another chapter of the 8ร8 Adventure! ๐ฑ๐
And here she is again...
Our beautiful Chem Brรปlรฉe Pheno A! ๐ฎ๐ฅ
Now, my friends, I'm not going to pretend that we've done something spectacular to this girl this week.
We haven't.
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She's doing her thing.
She's continuing to evolve, moving through the later part of her flowering journey, and we're simply watching her progress.
No big changes.
No unnecessary interventions.
No dramatic new plans.
Just observation, consistency, photographs, and a little bit of appreciation for what this girl has become.
And honestly?
Sometimes that's exactly what a good update should be.
Not every week needs a big event.
Not every report needs a problem to solve.
Sometimes the plant is doing her job, and the grower needs to know when to step back and let her continue.
๐๐ธ
So let's give Chem Brรปlรฉe Pheno A her own spotlight this week.
Because even when we're doing very little, she's still writing her own story.
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๐ฅ THE WILD GIRL KEEPS DOING HER THING
If you've been following this girl from the beginning, you'll know she's never been particularly interested in following anyone else's schedule.
She's got her own personality.
Her own structure.
Her own rhythm.
And now, as we move further into the later part of her journey, we're continuing to watch that expression develop.
She's still evolving.
We're still observing the flowers and the overall plant.
And we're allowing her to continue toward her finish line without trying to force a particular date onto her.
That's the important part.
I'm not going to tell you she's finished next week.
I'm not going to invent a harvest date.
And I'm not going to make predictions just because we're getting deeper into the run.
The calendar gives us context.
The plant gives us something to observe.
And we'll keep documenting what actually happens.
๐๐ฎ
For now, the wild girl is still here, still evolving, and still deserving of every bit of attention we give her.
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๐ธ NOT MUCH INTERVENTION โ AND THAT'S THE POINT
Honestly, we're not doing much to this girl at the moment.
We're observing.
We're keeping an eye on her development.
We're maintaining the shared environment.
We're documenting the changes.
And we're letting the plant continue her journey.
Why create extra work when there's no specific problem demanding our attention?
The structure is already there.
The flowers have their own story.
And this stage is about watching the plant develop rather than constantly finding something new to do.
Sometimes growers can feel as though they need to intervene every week to prove they're doing something.
But growing isn't measured by how often we touch a plant.
Sometimes the work is maintaining consistency.
Sometimes it's noticing a change.
Sometimes it's recognising that the best thing we can do is leave the plant alone.
๐๐ฟ
And that's where we are with Chem Brรปlรฉe Pheno A.
We're not ignoring her.
We're paying attention without inventing unnecessary interventions.
There's a difference.
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๐ฎ HER OWN PLANT, HER OWN TIMELINE
One of my favourite parts of the 8ร8 Adventure is seeing how differently these plants behave when they're sharing the same general environment.
Some girls have been moving quickly.
Others have taken their time.
Some have developed very different structures from their neighbours.
And Chem Brรปlรฉe Pheno A has certainly established her own identity in this room.
She's the wild girl.
The one we've watched evolve week after week.
The one with that impressive main cola and her own distinctive expression.
And now we're letting her continue toward the next stage without rushing her.
That's what individual phenotype diaries are all about.
We're not trying to make every plant behave identically.
We're documenting what each plant actually does.
Same room.
Same general conditions.
Same lighting ecosystem.
Different plants.
Different expressions.
Different timelines.
And twelve opportunities to learn something new.
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๐ฑ THE 8ร8 ADVENTURE โ SAME ROOM, DIFFERENT STORIES
For anyone discovering this diary for the first time, welcome to the 8ร8 Adventure!
Twelve plants.
Different genetics and phenotypes.
One shared room.
One general environmental strategy.
One 12/12 lighting schedule.
One nutritional program.
One lighting ecosystem.
And a whole lot of individual personalities.
๐๐ฟ
That's the idea behind this experiment.
We keep the general conditions consistent and observe how the different plants develop within that shared environment.
We can control many aspects of the room, but we cannot make every phenotype respond identically.
And that's precisely why we give every plant her own report.
Chem Brรปlรฉe Pheno A doesn't need to have the same story as her sister or the other girls in the room.
She needs to have her own story documented properly.
So even when the weekly update is simple, she still gets her own chapter.
Because the quiet weeks are part of the journey too.
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๐ก THE ARTIFICIAL SUN โ FUTURE OF GROW BLACK SERIES
The lighting setup remains part of the upgraded Future of Grow Black Series ecosystem.
We're continuing with the two additional Black Series 600W fixtures supplied for this experiment, with output previously reduced to approximately 59% from the plug.
Our working reference remains around 1,500 PPFD across the upper canopy, with actual intensity varying according to plant height and position.
The important point is that we're not simply running everything at maximum because we have the capacity to do so.
Having additional lighting capability gives us more flexibility.
The goal is to work with the setup we have, maintain the shared environment, and observe how the different plants respond.
And Chem Brรปlรฉe Pheno A continues her journey beneath that artificial sun.
Same photons.
Same room.
Her own expression.
๐ก๐ฑ
A huge thank you to Future of Grow for supplying those additional Black Series fixtures and giving us the opportunity to explore this upgraded setup throughout the 8ร8 Adventure!
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๐ด THE RED-LIGHT UPDATE โ WHAT ARE WE ACTUALLY DOING?
Let's revisit the additional 15-minute red-light period after the main lighting period.
Since we're discussing this across our individual reports this week, I want to keep the explanation consistent and, most importantly, scientifically accurate.
Plants don't just respond to the amount of light they receive. They also respond to its wavelength and timing.
One important group of photoreceptors is the phytochrome system, which responds to red and far-red light and helps plants interpret changes in their light environment.
Red and far-red wavelengths can influence plant signalling, but their effects depend on the spectrum, intensity, duration, timing, and physiological state of the plant.
Our additional 15-minute red-light period is part of the lighting routine we're documenting.
However, we're not going to claim that those 15 minutes automatically improve flowering, increase yield, or guarantee a better finish.
Those are specific outcomes that would need evidence.
We're recording the routine, learning about the underlying science, and keeping our conclusions separate from our assumptions.
That's how we should approach these techniques.
Curiosity is good.
Experimentation is interesting.
But understanding what we're actually testing is even better.
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๐ฌ THE EMERSON EFFECT โ A LITTLE PHOTOSYNTHESIS EDUCATION
While we're discussing light, let's talk about the Emerson effect.
It's a fascinating and well-established phenomenon in photosynthesis.
In simplified terms, the Emerson effect describes how photosynthetic activity can increase when certain red and far-red wavelengths are supplied together, producing a response greater than expected from their individual effects under the relevant experimental conditions.
Why?
Photosynthesis uses two cooperating photosystems:
๐ฟ Photosystem II (PSII)
๐ฟ Photosystem I (PSI)
Both play important roles in the light-dependent reactions that convert light energy into chemical energy.
The photosystems have different light-absorption characteristics, and their cooperation is essential to photosynthesis.
Under suitable conditions, combining particular wavelengths can improve the balance between their activity and increase the overall photosynthetic response.
That's the basic principle behind the Emerson effect.
But here's the important distinction:
The Emerson effect does not mean that adding a short red-light period after the main lights automatically produces the same response.
The classic phenomenon concerns the combined effects of red and far-red wavelengths under particular illumination conditions.
Our additional 15-minute red-light period is a different situation, and we shouldn't automatically attribute a measurable benefit to it.
The actual spectrum matters.
The intensity matters.
The timing matters.
And the result we want to measure matters.
So yes, the Emerson effect is real and scientifically interesting.
But we need to distinguish the established phenomenon from the specific lighting routine we're using in this grow.
That's how we turn interesting information into useful knowledge.
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๐ RED LIGHT, FAR-RED LIGHT, AND THE END OF THE DAY
One final point worth remembering:
Red light and far-red light are not interchangeable.
They interact with plant photoreceptors in different ways, and the response depends on the precise conditions.
A short red-light period after the main lighting period isn't automatically equivalent to a far-red treatment, nor does either treatment guarantee a particular outcome.
For this adventure, we're documenting our additional 15-minute red-light period as part of the current lighting routine.
We're explaining the science behind plant responses to light.
And we're avoiding claims that go beyond what we can establish from the information available.
If we want to determine whether this particular treatment makes a measurable difference, we'd need suitable comparisons and measurements.
Until then, let's keep learning, keep observing, and keep asking good questions.
That's what makes a grow diary more than a collection of photographs.
It's a record of the process and the things we learn along the way.
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๐ฑ NUTRITION โ CONSISTENCY ACROSS THE ROOM
The general nutritional program remains consistent with the shared setup.
Our current recipe reference remains:
๐ฑ Plagron Pure Zym โ 1 ml/L
โ๏ธ Plagron pH Plus โ 0.03 ml/L
๐ Plagron Lemon Kick โ 0.03 ml/L
๐ธ Plagron Terra Bloom โ 2 ml/L
๐ฟ Plagron Power Buds โ 1 ml/L
๐ฏ Plagron Sugar Royal โ 1 ml/L
๐ฑ Plagron Green Sensation โ 1 ml/L
The previous solution readings were approximately pH 6.04 and EC 2.05 mS/cm.
We're keeping the overall approach consistent while continuing to observe each plant individually.
And as Chem Brรปlรฉe Pheno A approaches her own finish line, we're not going to make decisions based on the week number alone.
We'll continue assessing her development and decide on any changes when there's a reason to do so.
No unnecessary drama.
No invented work.
Just observation and consistency.
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๐ก๏ธ WEEK 14 โ ROOM CONDITIONS
The shared room setup continues to be documented using the following reference readings:
๐ธ Flowering โ Week 14
๐ก Light schedule โ 12/12
๐ก Lighting โ Future of Grow Black Series, upgraded setup
๐ Approximate lighting output โ 59% from the plug
โ๏ธ Upper-canopy PPFD reference โ ~1,500
๐ก๏ธ Day temperature โ ~27ยฐC
๐ Night temperature โ ~26ยฐC
๐ง Relative humidity โ ~61%
โ๏ธ Previous pH reading โ ~6.04
โก Previous EC reading โ ~2.05 mS/cm
๐ก๏ธ Nutrient solution temperature โ ~25ยฐC
๐ฑ Substrate temperature โ ~25ยฐC
๐ฌ๏ธ COโ โ ~693 ppm
๐ฑ Pot size โ 15 L
๐ฆ Irrigation reference โ ~1.45 L per plant / 24h
These are the shared room references from the previous update, not a claim that every reading has been independently remeasured this week.
Same room.
Same general strategy.
Same lighting ecosystem.
And Chem Brรปlรฉe Pheno A continues developing in her own way.
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๐ธ SOME WEEKS, THE BEST UPDATE IS SIMPLY ANOTHER LOOK
I think it's important to say this.
Not every report needs a dramatic change.
Not every week needs a new technique.
Not every photograph needs to show something completely different.
Sometimes the value is in continuing to document the same plant over time.
Because when we look back at the complete diary, those individual weeks become part of a much bigger picture.
We can follow the structure.
We can observe the changes.
We can compare photographs.
We can see how her development unfolded.
And we can remember what we were seeing at each stage.
That's the point of keeping the diary going.
Chem Brรปlรฉe Pheno A doesn't need a new headline-grabbing event this week.
She's still here.
She's still evolving.
And we're still watching.
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๐ฌ COME JOIN THE DOG DOCTOR COMMUNITY!
If you're enjoying the 8ร8 Adventure and want to chat about growing, genetics, lighting, equipment, experiments, or simply share your own growing journey, come and join us on Discord!
We love a good discussion.
Questions are welcome.
Different experiences are welcome.
And respectful debates about techniques and equipment are always part of learning.
Whether you're here to share your own progress, ask questions, exchange ideas, or just hang out with fellow growers, there's room for you in the community.
๐๐ฑ
Come say hello!
๐ https://discord.gg/dogdoctorofficial
Bring your questions, bring your experiences, and let's keep learning from one another.
Growers helping growers.
That's what it's all about.
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โค๏ธ FINAL THOUGHTS โ LET HER FINISH HER STORY
Week 14.
Chem Brรปlรฉe Pheno A.
And this week?
She's doing her thing.
๐๐ฎ๐
We're not making big changes.
We're not trying to invent a new intervention.
We're not rushing her toward a date on the calendar.
We're observing.
We're documenting.
We're maintaining the shared environment.
And we're allowing her to continue toward her own finish line.
She's already given us plenty of interesting chapters throughout this adventure, and she still deserves her own spotlight, even when the update is simply about continuing to evolve.
We've also used this week's report to revisit our red-light routine and the Emerson effect.
Because sharing a grow means sharing what we learn, but it also means being honest about what the science does and doesn't establish.
The Emerson effect is a real photosynthetic phenomenon involving the cooperation of photosystems under particular illumination conditions.
Our additional 15-minute red-light period is something we're documenting, not proof that we're reproducing that effect or guaranteeing a particular result.
We can be curious without making promises.
We can experiment without pretending we already know the outcome.
And we can keep learning while the plants continue their journey.
That's the spirit of this adventure.
๐๐ฌ๐ฑ
So, Chem Brรปlรฉe Pheno A...
Keep doing your thing, wild girl.
Keep evolving.
Keep moving toward your finish line.
We're not going to rush you.
We're not going to invent work for ourselves.
We're simply going to keep watching and appreciate the journey you've given us.
One week at a time.
One photograph at a time.
One phenotype at a time.
๐ฎ๐ธ๐โจ
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๐ THANK YOU
A huge thank you to Zamnesia for the Chem Brรปlรฉe genetics and for giving us the opportunity to follow this individual phenotype throughout the 8ร8 Adventure. ๐ธ
Thank you to Plagron for supporting the nutritional side of the journey. ๐ฑ
A massive thank you to Future of Grow for the Black Series lighting and especially for supplying the two additional Black Series 600W fixtures for this experiment. ๐ก๐
Thank you to LumiFlora for adding another lighting dimension deeper into the canopy.
Thank you to TrolMaster for helping us monitor and maintain the environment behind the scenes.
And, of course, thank you to everyone following these reports on GrowDiaries.
Thank you for the comments, the questions, the support, and the interest in these individual plant stories.
And if you'd like to continue the conversation, don't forget to join us on Discord:
๐ https://discord.gg/dogdoctorofficial
Let's keep sharing experiences, asking questions, and learning together.
Chem Brรปlรฉe Pheno A is still writing her story.
We're still here to document it.
And when she's ready for the next chapter, we'll be here to give her the spotlight again.
๐ฎ๐๐ธ
Growers Love & Happy Growing! ๐ฑ๐