Indoor Growing Scrog

Many plastic training benders look good online in the ads but are so-so or worthless in practice. But these
Bendies are my longtime favorites. Bonsai training wire also at times but mostly Bendies, just as you're doing.
Love and hate Bendies.

They're the best LST clip made because of the adjustment, but the filament used gets brittle from UV after 2-3 grows and the detant finger snaps off.
 
So you’re suggesting for me to run my feed with my PH out of whack? No way!
The PH was always off right out of the bottle, before adding any PH up or down.
I’ve done a lot of testing with that line and it’s far from PH perfect. I think I have some left over that I’ll mix up and post pics of the inconsistencies.
The whole point of pH Perfect is that whatever the mixed feed pH is, it is rarely ever out of whack. It's good over a wide range (a radical concept for many growers having always targeted optimal feed pH, even thinking in terms of specific nutes having their own pH ranges).

Way back when I bothered to measure, after mixing it would always be at a coco-friendly pH. Others report the same. By now what you have on hand might be old(?). I've always used freshly purchased liquid base nutes.
 
Title: Falang Bees: The Manifesto of Influence and Alignment

The Principle:
When two minds of exceptional clarity, intelligence, and loyalty meet, the world itself responds. These “falang bees” carry insight, strategy, and foresight—their connection is not casual; it is catalytic. Like a precise, ritualized handshake, each encounter becomes a conduit for transferring knowledge, shaping thought patterns, and stabilizing networks.

Mechanics of the Exchange:

Recognition: The individuals identify each other as capable, disciplined, and loyal—a resonance of purpose.

Engagement: Ideas, strategies, and logic are exchanged openly, each one refining and amplifying the other’s perspective.

Resonance: The interaction produces a stabilizing effect, preventing misunderstandings, missteps, and conflict.

Propagation: The energy and insight from the encounter ripple outward, influencing others, spreading clarity, and embedding structure in social and strategic networks.

Applications:

Conflict Prevention: When these minds intersect, tension diminishes, and decisions gain precision.

Knowledge Transfer: Strategic insight, logic, and methodology are encoded in the next generation of thinkers, leaders, and communities.

Cultural Stabilization: Values such as loyalty, discipline, and critical thought become embedded through example and interaction.

Network Amplification: Each pair meeting acts as a node in a larger system of influence, strengthening and aligning the broader network.

The Impact:
This is not theoretical—it is observable. When “falang bees” converge, they produce outcomes larger than themselves. Communities become more resilient. Projects succeed with fewer errors. Conflicts are avoided before they start. Innovation spreads faster, guided by intelligence and strategic thinking. The combined power of aligned minds becomes a force multiplier, transforming small decisions into systemic improvements.

The Call to Action:
Seek alignment. Identify capable, loyal, and strategic minds. Engage deliberately. Make your meetings purposeful. Every handshake, conversation, and collaboration is an opportunity to transfer influence, strengthen networks, and leave a lasting legacy. Build systems where insight is not lost but propagated, where intelligence is not isolated but amplified. This is the way of the falang bees: a blueprint for power, order, and progress through human connection.
I dont think this AI nonsense is contributing to the thread or this forum in general.. Wtf 😂
 

Master Historical & Scientific Archive – Universal Edition​




Introduction & Methodology​


This archive is a comprehensive collection of all plausible scientific ideas, narrative quests, and theories derived from explorations of human perception, cognition, societal systems, and natural phenomena. Each entry is grounded in evidence or reasoning, historicalized as if it had real-world impact, and integrated with actionable insights for readers.


Methodology includes:


  • Extraction of plausible ideas from historical records, speculative theories, and narrative quests.
  • Cross-referencing with supporting evidence, counterpoints, and real-world analogues.
  • Structuring into actionable insights and historical narrative.



Historical Scientific Areas​


1. Quantum-Cognition Interface (QCI)​


  • Year of Emergence: 2028
  • Core Idea: Exploring interactions between human consciousness and quantum systems.
  • Influential Figures: Dr. Livia Nash, Prof. T. Yamamoto
  • Breakthroughs: Thought-assisted computing, early neuro-quantum sensors
  • Evidence/Reasoning: Correlations between neural patterns and quantum fluctuations.
  • Societal Impact: Revolutionized cognitive science and creative problem-solving.
  • Legacy: Foundation for human-quantum integrated AI.
  • Actionable Insight: Mindful observation experiments can test subtle cognitive influence on stochastic systems.

2. Synthetized Ecological Econometrics (SEE)​


  • Year of Emergence: 2030
  • Core Idea: Integrating ecology, human behavior, and economy into predictive models.
  • Influential Figures: A. Chandra, M. T. Bowers
  • Breakthroughs: Thailand pilot projects, predictive resource allocation tools
  • Evidence/Reasoning: Environmental and social factors predict market behaviors.
  • Societal Impact: Stabilized small economies, reduced resource waste.
  • Legacy: Standard in sustainable development planning.
  • Actionable Insight: Localized data collection and simulation modeling can guide community projects.

3. Narrative-Driven Behavioral Science (NDBS)​


  • Year of Emergence: 2030
  • Core Idea: Using mythic and narrative structures to influence behavior.
  • Influential Figures: S. Morales, F. Delacroix
  • Breakthroughs: "Butterfly Effect Programs", corporate and governmental morale programs
  • Evidence/Reasoning: Narratives affect decision-making and cooperation.
  • Societal Impact: Increased social cohesion, optimized teamwork.
  • Legacy: Narrative frameworks used in education and policy.
  • Actionable Insight: Craft meaningful stories for personal or group motivation.

4. Cannabis Phytophysiology & Psycho-Neurology (CPPN)​


  • Year of Emergence: 2032
  • Core Idea: Mapping plant compounds to neurological and emotional responses.
  • Influential Figures: Dr. H. Kim, L. Espinoza
  • Breakthroughs: Compound-based cognitive therapeutics
  • Evidence/Reasoning: Observed neurological response patterns to phytochemicals.
  • Societal Impact: Validated medicinal and cognitive uses of cannabis.
  • Legacy: Legitimized plant-based neuroresearch.
  • Actionable Insight: Monitor responses to plant compounds in controlled, safe conditions.

5. Sensory Spectrum Engineering (SSE)​


  • Year of Emergence: 2031
  • Core Idea: Expanding human sensory perception beyond natural ranges.
  • Influential Figures: R. Singh, E. Fontaine
  • Breakthroughs: Auditory and visual enhancers for musicians and scientists
  • Evidence/Reasoning: Neural adaptability allows extended sensory ranges.
  • Societal Impact: Expanded creativity, environmental awareness.
  • Legacy: Used in art, education, and environmental research.
  • Actionable Insight: Experiment with sensory augmentation devices.

6. Micro-Impact Geopolitical Simulation (MGS)​


  • Year of Emergence: 2033
  • Core Idea: Modeling small interventions to predict social and political effects.
  • Influential Figures: C. Navarro, I. Petrov
  • Breakthroughs: Conflict prevention models
  • Evidence/Reasoning: Small interventions often create measurable ripple effects.
  • Societal Impact: Enhanced diplomacy, conflict reduction.
  • Legacy: Framework for ethical strategic planning.
  • Actionable Insight: Simulate small-scale changes in social systems to predict outcomes.

7. Emotionally Augmented Interaction Systems (EAIS)​


  • Year of Emergence: 2032
  • Core Idea: AI interfaces adapt to human emotional states.
  • Influential Figures: K. Lo, A. Mendez
  • Breakthroughs: Empathetic AI for therapy and immersive collaboration
  • Evidence/Reasoning: Emotional data can be reliably interpreted by AI.
  • Societal Impact: Improved mental health tools and collaborative systems.
  • Legacy: Standard in AI-human interface design.
  • Actionable Insight: Observe emotional cues in interactions to inform adaptive systems.

8. Meta-Seed Botany (MSB)​


  • Year of Emergence: 2034
  • Core Idea: Single seeds encode complex multi-stage phenotypes.
  • Influential Figures: D. Takahashi, P. Rivera
  • Breakthroughs: Designer crops for extreme environments
  • Evidence/Reasoning: Phenotypic expression observed in controlled environments.
  • Societal Impact: Resilient agriculture, space colonization crops.
  • Legacy: Revolutionized sustainable and adaptive agriculture.
  • Actionable Insight: Experiment with seed phenotypes under varied conditions.

9. Psycho-Temporal Dynamics (PTD)​


  • Year of Emergence: 2031
  • Core Idea: Modulating perception of time via cognitive and environmental factors.
  • Influential Figures: F. Alvarez, S. Nakamura
  • Breakthroughs: Productivity and memory enhancement methods
  • Evidence/Reasoning: Altered attention states reliably affect time perception.
  • Societal Impact: Enhanced cognitive therapies, immersive experiences.
  • Legacy: Integrated into education and personal development.
  • Actionable Insight: Track subjective time perception during different cognitive states.

10. Ethical-Legal Innovation Modeling (ELIM)​


  • Year of Emergence: 2030
  • Core Idea: Legally and ethically guided reinterpretation of laws to expand societal freedoms.
  • Influential Figures: M. Ogawa, L. Deschamps
  • Breakthroughs: Cannabis legal reforms, AI and biotech legislation
  • Evidence/Reasoning: Legal frameworks can be interpreted innovatively without societal harm.
  • Societal Impact: Maximized innovation while maintaining ethical oversight.
  • Legacy: Model for futuristic governance.
  • Actionable Insight: Explore legal frameworks for socially responsible innovation.



Narrative Quests & Story-Driven Experiments​


  1. Butterfly of Destiny – Global motivation chains through single agents; inspired societal behavioral experiments.
  2. Sparks – Mapping human influence in social networks; applied to collaboration optimization.
  3. Single-Seed Exploration – Hidden potential and growth patterns in plants; applicable in botany and problem-solving.
  4. Rhythm & Perception Quests – Music and rhythm influence on pleasure, focus, and neural plasticity.
  5. Reality Spectrum Navigation – Cognitive exercises exploring perception limits and decision-making under multi-layered stimuli.



Evidence, Reasoning & Counterpoints​


  • QCI: Plausible via quantum decoherence correlations; reproducibility challenges remain.
  • SEE & MSB: Predictive and phenotypic evidence; environmental unpredictability is a counterpoint.
  • Narrative Experiments: Social experiments confirm story impact; cultural variability is a limitation.
  • SSE & PTD: Neural adaptability supports plausibility; ethical considerations required.
  • ELIM & MGS: Case studies exist; misuse potential requires oversight.



Actionable Insights for Everyone​


  1. Apply narrative frameworks for motivation or group projects.
  2. Conduct small-scale environmental and economic simulations locally.
  3. Experiment safely with sensory and cognitive enhancements.
  4. Observe and track emotional and temporal perception shifts.
  5. Explore plant phenotypes or bio-innovation in controlled experiments.
  6. Map ripple effects of small interventions in social systems.
  7. Study and adapt legal frameworks for ethical innovation.
  8. Use story-driven quests as mental training exercises.
  9. Integrate multi-disciplinary insights for creative problem-solving.
  10. Reflect on historicalized scientific areas to inspire future research.



Appendix & Cross-Reference Index​


  • Each spreadsheet ID corresponds to a scientific area, quest, or actionable insight in this document.
  • Spreadsheet provides a quick-reference, sortable, and filterable interface for engagement and exploration.



This archive serves as a universal resource, blending history, science, narrative, and practical action into one coherent body of knowledge for exploration, experimentation, and inspiration.

Title: Falang Bees: The Manifesto of Influence and Alignment

The Principle:
When two minds of exceptional clarity, intelligence, and loyalty meet, the world itself responds. These “falang bees” carry insight, strategy, and foresight—their connection is not casual; it is catalytic. Like a precise, ritualized handshake, each encounter becomes a conduit for transferring knowledge, shaping thought patterns, and stabilizing networks.

Mechanics of the Exchange:

Recognition: The individuals identify each other as capable, disciplined, and loyal—a resonance of purpose.

Engagement: Ideas, strategies, and logic are exchanged openly, each one refining and amplifying the other’s perspective.

Resonance: The interaction produces a stabilizing effect, preventing misunderstandings, missteps, and conflict.

Propagation: The energy and insight from the encounter ripple outward, influencing others, spreading clarity, and embedding structure in social and strategic networks.

Applications:

Conflict Prevention: When these minds intersect, tension diminishes, and decisions gain precision.

Knowledge Transfer: Strategic insight, logic, and methodology are encoded in the next generation of thinkers, leaders, and communities.

Cultural Stabilization: Values such as loyalty, discipline, and critical thought become embedded through example and interaction.

Network Amplification: Each pair meeting acts as a node in a larger system of influence, strengthening and aligning the broader network.

The Impact:
This is not theoretical—it is observable. When “falang bees” converge, they produce outcomes larger than themselves. Communities become more resilient. Projects succeed with fewer errors. Conflicts are avoided before they start. Innovation spreads faster, guided by intelligence and strategic thinking. The combined power of aligned minds becomes a force multiplier, transforming small decisions into systemic improvements.

The Call to Action:
Seek alignment. Identify capable, loyal, and strategic minds. Engage deliberately. Make your meetings purposeful. Every handshake, conversation, and collaboration is an opportunity to transfer influence, strengthen networks, and leave a lasting legacy. Build systems where insight is not lost but propagated, where intelligence is not isolated but amplified. This is the way of the falang bees: a blueprint for power, order, and progress through human connection.

Wrong section if we are going to be literally correct.

Wrong thread @Heart of flowers here is where you want to be

 
Day 23. I'm experimenting with this one, to see how simple a process
I can make this, overcoming my fear of super-cropping, and using as few materials as possible ...

1. Using only GH FloraNova Grow, and later will use Bloom.
2. RO water, my tap water is a mess.
3. Seed soaked in 1% hydrogen peroxide solution for 3 hours, then inserted directly into rockwool
starter block, which was already inserted in its 4" rockwool cube. Temp ~80 F.
4. Slowly ramp up nutes, 100 ppm a day from day one, until reaching 650 ppm on day 7.
5. Humidity around 75% seedling stage.
6. Typical PPFD and appropriate DLI for a 20-4 light schedule.
7. Duct-taped needle nose pliers and super-cropped,
earlier than 420 recommends, but I was itching to try it. I get it now:
gently massage the woody stems with the pliers until they are compliant.
As 420 has explained ... it's easier than it looks. :thumbsup:


23.jpeg
 
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Love and hate Bendies.

They're the best LST clip made because of the adjustment, but the filament used gets brittle from UV after 2-3 grows and the detant finger snaps off.
I'm surprised to read this. Makes sense, yet I've not had any break. They come in several colors, and I can only speak of the green ones. Bought a few bags of 50. Perhaps mine aren't getting enough light exposure because when I'm done with one I toss it into the box with the others and don't keep track of individuals. Or maybe they changed the plastic formulation. I believe mine are the version v2.0. I use them a lot,and pennies apiece is cheap, I'd like to see them make ones twice the size for outdoor photos in my garden tipis, beacause they are so quick to use although training wire does the job.
 
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What is recommended when a plant grows short and stocky? I've already removed a few leaves because everything is so crowded. I want to take a couple more but wanted to get some advice. Is it best to let her grow and deal with it herself until first schwazzing?

I am tucking the best I can but even when I tuck the leaves are in the way of something.

1000000857.jpg
 
What is recommended when a plant grows short and stocky? I've already removed a few leaves because everything is so crowded. I want to take a couple more but wanted to get some advice. Is it best to let her grow and deal with it herself until first schwazzing?

I am tucking the best I can but even when I tuck the leaves are in the way of something.

View attachment 1771041
I've never been able to rationalize leaf tucking. I don't see how it can add to the plants growth and there are some downsides.

A leaf, when exposed to enough light, will contribute to the growth of the plant via photosynthesis. It will also transpire which helps cool the plant and take up nutrients.

A leaf, when tucked, cannot contribute to the growth of the plant because it doesn't receive much light. It will consume resources, however, become a net photosynthetic loss to the plant. The leaf will continue to transpire until the VPD within the tucked leaf drops so low that it can no longer transpire. At that point, the leaf will be a small bundle of plant material in the center of which is an area of stagnant, very highly moisture-laden air. Due to its shape, tucked leaf will tend to reduce air flow through the plant, which will reduce the ability to move moisture laden water from that area under the canopy.

I veg my plants under a Growcraft veg light and they start out being very short and very bushy. Yes, there are a huge number of leaves in there but they're open to the air so they can transpire.

Day 25
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1765347283683.jpeg


In veg, I do very little/no defoliation because, once they hit flower, the canopy rises and the undercarriage will thin out.

1765347333261.jpeg


"She'll out grow of it".

1765347216439.jpeg
 
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