TL;DR
We harvested eggplant, radishes, adn the last of the winter squash before discing in some rye. We also set up an enclosed yard for the meat birds.
I also thought a lot about the hype and reality of precision agriculture in small organic farms versus flattened mono-crop macro-farms. To fast-forward a bit, my position is that âprecise agricultureâ requires people, not simply technology, to truly produce food efficiently and sustainably.
Is âPrecision Agricultureâ Really the Future of Farming?
Precision agriculture is a buzzword that has been around for a while, but itâs not always clear what it means. Itâs often used to describe the use of technology to improve the efficiency and sustainability of farming. But what does that mean for small organic farms versus large mono-crop farms?
As far as I can tell, the term âprecision agricultureâ first began getting traction in the 1990s and 2000s because of early incubations of GPS guidance in European farms. By 1992, there was a conference in Missouri that hosted workshops on precision fertilizer application. Human beings have been farming for over 10,000 yearsâŠonly in the last few decades have we had the technology to scale profiteering on it. Profit is not a bad thing so long as it comes from models where people welcome their spend and does not exploit the labor of others.
I think that dedication and hard work are the true keys to success in farming, whether itâs precision agriculture or not. It also takes lots of people willing to work those hard jobs, and ethical business practices that donât undermine the importance of everyone of all ages and backgrounds being part of that work. However, to be precise you need to be âin the weedsâ with your âhands in the dirtâ doing the work, both at a physical level and at a mental level.
Like cover croppingâŠthere are things you know you can do to encourage the along likely future outcomes otherwise they wonât happen:
Thatâs why Iâd like to introduce a different term here: âprecise farmingâ to narrow this in to the realm of small organic farms and how theyâre actually leading the way forward, despite many family owned farms are getting gobbled up by corporations and lack of government support.
Precise Farming
(Def: Precise Farming) - acting in an informed and responsible manner to ensure sustainable outcomes for your farm and community
- acting: effort of work to do or change an outcome
- informed: having context, experience, and awareness of dynamics
- responsible: taking accountability and ownership of your decisions and outcomes
- sustainable: making long-term beneficial decisions
- ââŠfor your farm and communityâ: local in nutritional and economic impact
- (precise): detail-oriented, informed, and intentional to achieve an outcome
There are many factors and dynamics that are continuously at play on a farm, small or large. The idea is to partner with nature to make things that you can sell and do that in a way you can do that again next year, and so on, maybe making a fair wage and future for yourselfâŠand positive impact on your community. Your actions, whether proactive or reactive, are decisions you make. Even if you canât control all the contributing factors or subsequent impacts.
Each cycle you should get better at it and not defer risks until they are too big to be resolved without offloading them onto someone else (a sort of categorical imperative between farmers). This requires many proactive steps and assumptions, but also the ability to adapt and pivot when necessary. Therefore, this requires you to be continuously involved and aware of where and when to adjust (and often not) in order to be precise about decisions taken.
Radishes for Instance
Radishes are a great example of a crop that can be grown in a small organic farm, but take intentional time-spend to produce. Given the right season and conditions, they are easy to grow and can be harvested readily.
But radishes donât last long, especially with their greens on them, so they have to be harvested and stored just prior to sale, which is a problem for big farms and non-local distribution. Yes, cold storage chain logistics (not local distribution) can get your average supermarket some decent looking radishes, but then again theyâre doused with antimicrobial washes and misted constantly to keep the illusion of freshness, say nothing of the pesticides, fungicides, and herbicides likely used on them during their growth. These kinds of treatments extend shelf life, but prolonged storage (even with chemicals) reduces vitamins like C and folate, meaning âfresh-lookingâ doesnât always equal nutrient-rich.
Precision Humanity
Still there are many people (globally and domestically) who donât have the money or otherwise access to something as privileged as fresh radishes, let alone the time and effort to grow them. âPrecise farmingâ would step back and consider that the outcome of âgetting all people access to fresh, local radishesâ makes less sense than contributing to localized changes that get them ânutritious regional foods they have some control overâ, in other words, growing or buying from local farmers.
Precision agriculture isnât just about straight rows and robotic repeatabilityâŠitâs about targeting nutrition and health outcomes of growing food, not simply its resale value. For growers, itâs about timing both in the field and when to seed, plant, harvest and sell them. For luxury consumers, itâs about realizing that other people are nutritionally starved and that your privilege costs lives. For everyone else, itâs about doing what it takes to connect these two worlds, not just making ends meet.
âPrecise farmingâ (as opposed to âprecision agricultureâ) isnât really about technologyâŠitâs fundamentally about human-to-human empathy. Amoral, corporate precision leads to consolidation of wealth and subjugation of peoples. âPrecise farmingâ is a diametric opposite, a underwrite of ethical humanity.
AI Summary from Field Notes
Speaking of amoral/technologyâŠthe LLM trained used to generate the following summary and trained on a global, unfiltered dataset (much of which has not been explicitly permitted) produces freely-distributed models that result in mostly passable outcomes, unless carefully QCâd (quality controlled).
Some days I have the time to do this QC in (close to) real-time, publishing less than 12 hours between posts. Other times, I have to write under a daily crunch of farm work, family life, personal time, and other commitments. Today, the crunch came from commitments to my volunteer work with the IEEE. Despite âlaws and sausagesâ historical learnings and logistical challenges, I somehow found a way to hang in and lead the substantive forward motion on a scalable standard for observability in distributive systems.
As a former software developer (#SWE), performance and reliability engineer (#SRE), director of incubation (#PMO), core organizer of large-scale conferences (#nerd), and organic tester (QC/QA/QM brat), I have very little hope for that horizon to provide for the future of quality with respect to âAIâ, specifically LLMs (Large Language Models). Theyâre all just overly-complicated statistical models created to produce inorganic, fake outputs such as the following:
Summary
Consolidated Summary
Main Themes
- Agricultural Operations: Harvesting, seed preparation, and livestock care.
- Teamwork & Collaboration: Coordinating with the new member in Ipswich and ensuring field management.
- Seasonal Preparation: Winter rye planting and field maintenance.
- Personal Reflections: Preferences for radishes vs. turnips.
- Field Management: Setup of chicken coop, netting, and fencing.
Key Activities
- Harvested and sorted eggplants.
- Installed a new chicken coop with netting and fencing.
- Washed, sorted, and stored radishes.
- Disced and seeded winter rye using a seeder attached to a gator.
- Packaged Mizuna for distribution.
- Watered chickens and pigs.
- Delivered produce to a new member in Ipswich.
- Took a lunch break.
New Things Encountered
- New Member in Ipswich: A delivery task for an individual, possibly for a new role or project.
- Seeder on Gator: Used for winter rye planting (though the intern has prior experience with this method).
Questions for Future Research
- Field History: Inquiry into the long-term effectiveness of the winter rye planting method.
- New Member Integration: Clarifying the role or needs of the new member in Ipswich.
Suggested Actions
- Delivery to Ipswich: Continue delivering produce to the new member.
- Monitor Field Health: Track the effectiveness of winter rye planting.
- Inspect Infrastructure: Check the durability and safety of the chicken coop netting and fencing.
- Document New Member Tasks: Ensure alignment with farm goals and clarify responsibilities.
Part 1
Main Themes
- Agricultural Operations: Harvesting, planting, and maintaining crops (eggplants, radishes, winter rye).
- Teamwork: Collaborating with Jamie and other team members for tasks like setting up chicken coops and cleaning up.
- Seasonal Preparation: Preparing for winter by setting up meat bird facilities and planting winter rye.
- Personal Reflections: Expressions of preference for certain vegetables (radishes vs. turnips) and observations about farm work.
- Field Management: Maintaining infrastructure (fencing, netting) and managing livestock (chickens, pigs).
Activities Performed by the Intern
- Harvesting Eggplants: Assisted in harvesting eggplants, transporting them to the garage, and sorting them.
- Setting Up Chicken Coop: Installed a new net and fencing for meat birds (chickens) in a corner of the non-production fields.
- Washing and Binning Radishes: Washed, sorted, and stored radishes.
- Discing and Seeding Winter Rye: Used a seeder attached to a gator to prepare fields for winter rye.
- Bagging Mizuna: Packaged Mizuna (likely a vegetable) for distribution.
- Watering Livestock: Watered chickens and pigs.
- Making a Delivery: Delivered produce to a new member in Ipswich.
- Lunch Break: Took a break during the workday.
New Things Not Yet Encountered
- New Member in Ipswich: The intern is making a delivery to a new individual, possibly for a new role or task.
- Seeder on Gator: The use of a seeder attached to a gator for winter rye planting (though the intern mentions prior experience with this method).
- Radishes and Turnips: The intern compares preferences for these vegetables, suggesting familiarity but not explicit newness.
Questions or Future Research
- Field History: The intern asked Jamie how many years the winter rye planting method has been used in the field, indicating a curiosity about its long-term effectiveness.
- New Member Integration: The intern may be exploring the role or needs of the new member in Ipswich.
Suggestions
- Delivery to Ipswich: The intern is explicitly tasked with delivering produce to a new member, which is a key action.
- Monitor Field Health: The winter rye planting method may require ongoing monitoring for effectiveness.
- Check Fencing/Netting: The chicken coop setup (net and fencing) could be inspected for durability or safety.
- Document New Member Tasks: Clarify the role of the new member in Ipswich to ensure alignment with farm goals.
[end of post]
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