02: Accelerated Growth
Seedlings & Pots
Seed stock is currently stable across all categories, with totals matching expected longevity curves, species-specific viability, and germination periods. We presently maintain seed reserves for 34 species, distributed relatively evenly across small, medium, and large classifications.
At this time, the integration rate is tracking at ~37% (154/419). While not critically low, this figure does fall beneath the previous two quarters (~43% for Q1 2147 and ~40% for Q4 2146). Given current environmental forecasting, particularly higher-than-average rainfall projected for Q3, I recommend we prioritize fast-germinating species to capitalize on the moisture window to increase integration speeds and improve transplant throughput.
In terms of pot occupancy/vacancy:
Large pots currently account for 211/419 total potted seedlings (50%) across all 3 sizes, with 45 confirmed transplant-ready.
Recommendation: Moderate priority transplanting.
Transplanting these 45 seedlings would return a significant number of large pots to the vacant inventory, allowing for immediate reallocation to new batch cycles.
Total pots under maintenance: 46/900 (~5%)
18 of these are small pots are receiving delayed routine updates due to an Madhuca pasquieri batch whose germination period was unusually slow. This is within expected biological variation and no further action is required at this time.
Vacant small pots: 163/300
Vacant medium pots: 197/300
Both values are currently higher than typical seasonal averages.
Recommendation: Launch larger batch operations using species suited to these sizes. This will both utilize idle inventory and generate valuable training data for LEAF.
Recommended small-size candidates for immediate batch use:
Michelia balansae – seed count: 121
Hydnocarpus annamensis – seed count: 62
Both species are currently unrepresented in our potted seedling count, and their seed volumes are at comfortably maintainable levels.
Dalbergia cochinchinensis – seed count: 32
Cautionary note: 24 of these seeds are showing clear markers of approaching expiration. Viability is time-sensitive.
Recommended medium-size candidates for immediate batch use:
Bischofia javanica – seed count: 1322
Toona sinensis – seed count: 1487
Ziziphus mauritania – seed count: 1024
All three exhibit high natural seed production, which may give a false impression of surplus. However, lab records show these species have historically been underplanted in favor of others with smaller seed counts. Prioritizing these will rebalance our propagation ratio and improve ecosystem modeling.
Botanical Research Lab Inventory:
Analysis & Recommendations
To: Dept. Heads (Labs Only)
BCC: Labs Teams
06 July 2147, 7:50AM
Greetings, teams.
I’ve completed my scheduled quarterly inventory analysis of the botanical lab. Below is a summary of my findings, and I have provided recommendations based on current growth trends, environmental forecasts, and module performance analytics. All metrics are internally validated; no data anomalies detected during this cycle. If discrepancies are suspected on your end, I welcome review queries and will respond with a full verification protocol.
Robotics Modules
Module deployment continues to scale with both increased planting activity and pot occupancy rates. Although most modules remain within safe operational buffer zones (outside of large GrowTones, see below), I recommend proactive restocking in several areas to prevent future bottlenecks. Please see below.
URGENT: GrowTone (Large):
Available: 0/20
Recommendation: High priority fabrication request due to high demand.
These modules have proven immensely beneficial to promoting cell division and increasing structural resilience, particularly in large species.
HydroTubing (Large):
Available: 78 meters
Recommendation: Moderate priority fabrication to bolster reserves.
While sufficient at this moment, large tubing is utilized in higher per-unit amounts compared to smaller sizes.
NutriTap:
Available: 64/100 small, 65/100 medium, 38/60 large
Continues to prove universally effective as a growth aid across all pot sizes.
Recommendation: Monitor stock levels in the upcoming quarter.
As transplant operations scale, it is likely Nutritaps will be commonplace among most if not all seedlings. Anticipate increased demand in the near future.
RootSpanner (Large):
Available: 5/10
Recommendation: Moderate priority fabrication due to low count.
Current usage is acceptable and steady compared to previous quarters, but additional large-size units would provide redundancy and reduce reliance on ad hoc configuration using smaller modules. This is especially important if we prioritize small and medium species batches per my earlier recommendation.
TemPulse:
Utilization trends: Medium size at ~38% usage, compared to ~20% for small and ~25% for large.
Recommendation: Monitor medium-size stock levels in the upcoming quarter.
Till:
Maintenance rates are high across all sizes:
Small: ~27%
Medium: ~29%
Large: ~29%
Recommendation: Full structural reanalysis of the design schematics to identify stress points and improve mechanical reliability. Reassess at a future date.
Due to their highly mechanical construction, these modules continue to experience high failure rates across all sizes since the onset of their fabrication in Q4 of 2146. Improving longevity will reduce downtime and repeated maintenance cycles.
Wisp:
Similar profile to Till modules, with elevated maintenance rates:
Small: ~25%
Medium: ~26%
Recommendation: Full structural reanalysis of the design schematics to identify stress points and improve mechanical reliability.
Due to their highly mechanical construction, these modules continue to experience high failure rates across both sizes since the onset of their fabrication in Q3 of 2146. Improving longevity will reduce downtime and repeated maintenance cycles.
Soil & Fertilizer
Soil Amendments:
Since beginning ground trials, recycled soil amendment protocols have proven successful. Current stock levels are adequate, and I do not see a need for external amendment acquisition this quarter.
Fertilizer:
Fish Emulsion:
Available: 8L
Recommendation: Moderate priority acquisition of a consistent ≥40L stockpile.
This remains our most heavily used fertilizer and usage will only increase with operational scale. Based on foreseeable data trends, our usual 20L resupply orders will be inadequate by Q4 of this year. Increasing our stockpile to 40L should provide a cushion until at least Q1 of 2148.
Both IMO and SAP levels are consistent and sufficient for the next quarter.
IMO (indigenous microorganisms): 14L
SAP (superabsorbent polymers): 18L
Pesticides:
Pesticide reserves remain balanced, though increased transplant rates are gradually raising usage volumes.
Recommendation: Monitor stock levels in the upcoming quarter for the following, ordered by perceived priority:
Neem oil
Chili pepper spray
Tobacco extract
Fermented rice water
Garlic extract
Fermented plant extracts
Lime-sulfur solution
Neem Oil:
Available: 12L
Recommendation: High priority acquisition of a consistent ≥50L stockpile.
As Neemlet integration increases, demand will grow proportionally to field exposure. And with more erratic and volatile insect migration habits (citing Dr. Sun’s Q4 2147 report) in recent years, having emergency reserves is more preferable than before.
Wood Vinegar:
Available: 30L
Over the past year, direct use as a pesticide has declined quarter over quarter, with chili pepper spray, tobacco extract, and fermented rice water showing more effective results across most species, in addition to being more cost-efficient.
Recommendation: Utilize solely as a seed-soaking agent.
With its alternative application as a germination accelerant and our decreased reliance on it as a pesticide, soaking seeds (especially those with longer germination periods) would be a more efficient use. The amounts required for soaking are minimal, and even small amounts of success could allow for faster integration and transplantation timelines.
Overall, inventory systems are currently within acceptable parameters. Should you detect any mismatched data or require clarity on individual entries, please reply to me with your query and I will reprocess the relevant segment. My internal clock counts the days until the Design & Fabrication Lab Inventory scheduled for Monday 14 July. Thank you.
Happy data,
Kiiz
Aphids on KP0038 - please advise
To: Kiry Sun
CC: Vivian Pham
26 September 2148, 5:14PM
Hi Dr. Sun and Dr. Pham,
Apologies for reaching out late on a Friday, but I’m afraid that this is somewhat time sensitive since we’re Yada and I are only onsite this weekend.
While we were doing inspections and planting the seedlings scheduled for Zone 12 we noticed a small population of aphids on a few of the lower leaves of seedling CI0038. I think it’s necessary for us to make a decision now whether we want to address this or let it play out.
My recommendation is to take care of this before it’s too late. Seedling CI0038 is one of our best specimens yet and I’d hate to see this one go to stage 6 like many already have. Alternatively, we could try adjusting the neemlet misting schedule though I’m under the impression that changing control parameters isn’t something you’d like us to do.
Let us know your thoughts,
Joseph
Elder tree integration complete,
LEAF implementation in the works
To: Willard Syse
CC: Dept. Heads
05 January 2149, 8:39AM
Hello teams, Frohes neues Jahr!
I hope you all had a restful start into the new year.
As some of you may already have heard, the Integration unit successfully completed the long-anticipated elder tree upgrade just before the long weekend. A big thanks to everyone who helped push it through in time.
We are now in the process of addressing LEAF implementation and compatibility. As expected, this phase brings its usual share of quirks. While not particularly exciting, it remains essential. We think this will require several more weeks, but once it’s stable, we expect a noticeable improvement in both resource management and climate cross-analysis. That, in turn, should ease the workload for Kimura’s team and give them more bandwidth to support Helping Hand’s upcoming demands.
I will share another update once LEAF is stable and fully operational—by the end of the month, barring unforeseen issues.
Viele Grüße,
Dr. Senna Kahnwald
Observational Workplace Analysis Log
07 June 2149
Observational workplace analysis for the seventh day of June, year 2149. 11:00AM. Ygress LAB27.
It’s now nearing three years since we began ground trials. There’s no denying we have made notable progress on seedling longevity and module integration with the advancement of LEAF’s analyses over time, and the team is in generally good spirits. This success has Dr. Pham breaking more out of her shell than I’ve witnessed in quite a few years—greeting coworkers every time she sees them, being more open to outside ideas from the team, even being enthusiastic about going on routine field observations. And even I, a data-driven, programmed-for-assistance, talking hard drive with legs, do not like routine field observations.
It’s clear she’s oblivious to these behavioral changes, but I fear this wave of optimism might be short-lived. Admittedly, it’s often times difficult for me to express any beliefs that might negatively impact her. We both want to see this mission to its end, as does everyone at RPI, but I feel as though we’re on a treadmill we can’t break free of. It endlessly spins as we keep pace, step by step, for now. Unfortunately a treadmill can continue to run much longer than we can manage to put one foot in front of the other. We must eventually rest and gather ourselves, things a treadmill doesn’t pay any mind to.
That’s not to say we are twiddling our thumbs. On the contrary, everything we have done so far I believe to be necessary to the mission. An endeavor like this has many stepping stones along its path—hydrostasis, RPI, Rebourne, modules, integration, LEAF, lab trials, ground trials—all vital to our research, despite how impatient some of the team can be to see the forest saved. Maybe it is my “artificial” nature that tempers my urgency compared to humans’, they would, after all, have a much harder time surviving in a ruined world than I (not that I’m insinuating anything)—or perhaps it’s just my commonality with LEAF fueling a hunch that there might still be a gap in the logic, and knowing that the scientific process is not a place to cut corners.
But Vivian understands the ebb and flow of our work and is constantly tempering her expectations—really quite sentient-like behavior if you ask me. So, in turn, at a time like this, I find myself resisting the urge to be fully honest with her, despite my recommended programming to do so. I see this light in her eyes and feel hope carry her voice—things such a pragmatist rarely surrenders to out of fear of disappointment. I want her to hold onto those feelings. She and her hard-headedness would disagree, of course, but I believe they are crucial to us when we are pursuing such a selfless and daunting goal so much greater than ourselves. And if I were to even offhandedly mention how she appears lighter than usual...safe to say those feelings might immediately scatter from the sudden shock wave of practicality, and a more neutral, carefully-measured mindset might take over—makes even my ones and zeros shiver.
That’s not to say there isn’t a time to have a more level-headed (and admittedly a bit uninteresting) view of the data and work, but without those glimmers of unobstructed hope and passion, she would not be as much of the brilliant scientist that I know her to be. The data is imperative, but emotions have the power to guide us through the darkness when the path of progress has yet to be fully illuminated.
As we continue the day-by-day, I will do my best to ensure the forward momentum that Dr. Pham and the rest of our colleagues need to see these species survive and come back from the brink of extinction stronger than before. The journey might be long, but undoubtedly it is one worth reaching the end of, despite the skeptical looks we might receive from those unaware or oblivious to the dangers in a world where we do not succeed. A lack of understanding of the data does not make it any less true, but I hold hope that they will come around once they see what good LEAF and the rest of this technology can do. For them, and for the planet. Otherwise... it’s back to that whole “ruined world” debacle.
On that note…best not let Dr. Pham read this one. Her killer robot joke is getting a bit stale.
Ygress LAB27
Chief Assistant to Dr. Vivian Pham