Seminar Week 3: Restoring Heritage Grains

Restoring Heritage Grains by Eli Rogosa

“Although traditional farmers worldwide still grow, save, and improve their own seed, US farmers have abdicated their seed to ‘professionals.’ Public-university breeding programs, which have introduced many locally adapted cultivars until late in the twentieth century, have almost disappeared, replaced by genetic research funded by corporations that patent the seed. A series of consolidations has rocked the seed industry, reducing the players to a small handful” (Rogosa, 36).

“The Talmud documents a society that elevated growing food into a sacred practice…. Ancient Israelites believed that soil fertility was based on food justice…. The ancient Israelis believe that the earth—a living, conscious being—would be fruitful as long as the farmers nourished the community, the poor, widows, and orphans; that by feeding the people—all the people—the earth would provide its bounty” (Rogosa, 130-131).

 

Outside the system of capitalism, most humans existed on a communalist system which necessitates everyone be fed as it is a basic human right. It seems like a crazy thing to envision today—a food system that sees farming as sacred and inherently equity oriented—but it was commonplace in the past. How did we get to where we are today—agribusinesses producing food through mechanization and petro-chemicals, with little to no regard for the land underfoot? These two quotes show the divide between ancient and modern farming (at least in the US, but also elsewhere). They truly epitomize the degree to which farming has been removed from the land and the community, replaced with mechanization, petrochemicals, and commodification. Contemporary seed companies, with their dependence on petroleum-based fertilizers and their patents on their seeds, mark a clear delineation from the ancient Israeli process of farming as a “sacred practice.” These companies see the seeds they sell as a product and by commodifying the seed they too commodify life. There is the question of choice though. How much autonomy do farmers have these days? Where is it illegal in the US and beyond to save seed? This is why I would want to know more about Rogosa’s choice of the word abdicated in the quote above (“…US farmers have abdicated their seed to ‘professionals.’ …”). Did they abdicate their seeds or was their ability (and the knowledge) to save seed taken from them or the generations before, making them dependent on seed companies to be able to grow wheat?

Contrast that to the ancient Israeli practice on farming as sacred and as an act of food justice, something I was not aware of but am not surprised about. In this system, the farmer attempts to meet all needs; everyone is fed regardless of social status and this is because soil fertility is maintained. You can’t have one without the other. According to Just Food, a non-profit organization in New York City, “Food Justice is communities exercising their right to grow, sell, and eat healthy food. Healthy food is fresh, nutritious, affordable, culturally-appropriate, and grown locally with care for the well-being of the land, workers, and animals. People practicing food justice leads to a strong local food system, self-reliant communities, and a healthy environment.” Using this definition, it is clear food justice is community-centered, focusing on the needs of the community to ensure a just and equitable system is put into place that benefits all. I would argue that “all” should include the soil. Without a healthy and alive soil, plants will be weak and unhealthy—deficient of nutrients and minerals necessary to vitality.

Community activists seeking food justice in their communities should see seed sovereignty and soil fertility as a way to achieve food justice. Saving seed is a revolutionary act, putting control of the seed (and thus the subsequent crop) back into the hands of those growing it. Saving seed allows farmers an alternative to buying seed that is homogenous, addicted to petroleum-based fertilizers, and a commodity. Not only will seed saving aid the community, it will also aid the soil. Saving seed and growing organically will overtime revitalize the soil health, eventually boosting the crop’s nutrition and the next generation seed’s adaptability.

 

Some questions to think about:

How does wheat compare/contrast to corn? Is wheat as big of an identity as corn is for many Indigenous in the Americas? Has NAFTA/WTO come into effect with wheat and Indigenous farmers in the same way it has affected Indigenous corn and farming as a whole in Oaxaca and other regions of Mexico? I am really interested in how wheat is/is not like corn, which is a sacred being to many Indigenous Americans. With that second quote (“…farming as sacred…”) it is clear to me that wheat used to be sacred but clearly with seed companies monopolizing access to seed (“…many locally adapted cultivars until late in the twentieth century, have almost disappeared, replaced by genetic research funded by corporations that patent the seed…”) it is no longer sacred. When was that sacredness lost? I learned wheat was sacred in a way similar to corn once long ago, but I have many questions about how we got from that point to where we are now.

 

Conventional winter wheat grown in Flasher, ND Photo: Kim Kuppenbender

 

SOURCES:

Rogosa, Eli. Restoring Heritage Grains; The Culture, Biodiversity, Resilience, and Cuisine of Ancient Grains. Chelsea Green Publishing, 2016.

Shiva, Vandana, editor. Seed Sovereignty, Food Security; Women in the Vanguard of the Fight Against GMOs and Corporate Agriculture. North Atlantic Books, 2016.

WHAT IS FOOD JUSTICE?. Just Food, 2010. http://justfood.org/advocacy/what-is-food-justice. Accessed 17 Jan 2018.

Floret Module 3: Getting a Good Start

Perfectly enough, the first week we really got to work on propagation at Thistlehook was the same week Erin talked about propagation techniques and best practices for the Floret Online Workshop. There were sections about starting from seed in a greenhouse and direct seeding, as well as propagation from cuttings, bulbs, corms, and tubers. There was also a section on soil fertility, including how to perform a soil test, how to prepare your soil, and how to create/utilize compost tea.

Erin went into depth on specific flowers that are a bit more tricky to propagate, including softwood cuttings, smaller seeds (i.e. Iceland Poppies, foxglove, snapdragons), dahlias (cuttings, digging/storing, dividing), pre-sprouting in cold climates (i.e ranunculus, anemones), bulbs (i.e. tulips, daffodils, etc.), and direct seeding (i.e. millet, sunflowers, cress, larkspur, etc.)

As a die-hard tulip lover, I found the 30 minute video devoted solely to bulbs to be fascinating. I learned a ton of tips and tricks for growing, harvesting, and storing flowers grown from bulbs (but especially tulips). For example, at Floret when they harvest tulips, they take the entire plant, bulb and all. This keeps the flower attached to its food source, allowing them to be kept in a cool for up to one month! They don’t need any water either, just the bulb to stay attached. I also liked this idea because it gets the bulb out of the ground immediately after harvest so they don’t sit for weeks and become rotten.

Harvested tulips (with bulbs attached) at Floret Farm in Mount Vernon
Harvested tulips (with bulbs attached) at Floret Farm in Mount Vernon
Source: Floret Online Workshop Module 3

Additionally, there was a video on how to build a simple grow light if you don’t have a greenhouse on-site (which is exactly what we did at Thistlehook this week!) See Thistlehook Internship (Week 3) for photos.

I also really appreciated them going over soil fertility and compost tea. It was really cool to see a compost tea brewer in action and get step-by-step instructions for how to brew compost tea. For some reason, I was always intimidated by brewing compost tea because it seemed very complex, but this video made it seem really easy as long as you have all the right equipment and materials. Apparently, they try to compost tea all their crops at least once a week, with certain crops like dahlias and sweet peas getting even more applications. I definitely want to try it in the future.

RESOURCES:

Floret Online Workshop, Module 3: Getting a Good Start

Thistehook Internship (Week 3)

MONDAY

Monday morning, Anika and I did a farm evaluation for Doug. After walking the farm and asking questions of both Doug and Maya and Phelan (of Little Big Farm, leasing part of Doug’s land), we were tasked with coming up with a list of pros and cons to the parcel of land. In addition to this summation, we were also asked to give an evaluation of some solutions to the drawbacks as well as suggestions for Doug going forward. Here is some of our findings:

PROS:

  • Lots of worms: good soil fertility
  • Good working relationship with neighbors
  • Sloping upper fields with SW at lowest point (good for sun exposure, little bit of protection from N winds; excess water flows into drainage pond)
  • Not close to forest: less forest disease pressures
  • High water table good for some plants (i.e. dogwood, blueberries)
  • Because it was previously pasture, easy to maintain weed pressure simply by mowing
  • SOLAR!!!! (besides initial cost, not spending a ton of money of electricity especially with walk-in cooler): located in an open area also helps increase energy production
  • High organic matter in soil
  • High bird population: less insects
  • Not on top of neighbors, area to expand (lots land he’s not using)
  • Bees interspersed around property on various neighbor land
  • House is on the land being farmed (if there’s ever a crisis, can react quickly), cuts down on time commuting
  • Barn infrastructure already on property
  • Flowers: not too worried about pests
  • Companion planting: putting herbs between apricots and others to decrease pest interest in cash crops

CONS:

  • Neighbors use pesticides (but they’re pretty far away and this isn’t a certified organic farm)
  • West pasture floods during the winter; could potentially harm plants out there (especially if they don’t like sitting in overly wet soil or wet roots)
  • Water passing through field: could deplete water-soluble nutrients, potentially for soil erosion
  • Water passing under driveway—if high enough, could wash out driveway.
  • Exposure: prevailing wind from SW but no wind breaks to block that wind (although not a ton of annuls, excessive wind procures shorter, stockier stems; florists want long and tall stems), there is
  • Pest populations: deer, rabbits, voles, mice—especially for deer, entire grow space must be enclosed, voles could do serious damage to plants/roots. Keep fence intact (close rabbit holes). Get a good hunting cat/dog.
  • Large goose population: spread of disease (not growing produce but Little Big Farm is), solution: keep boots clean, keep birds off immediate property (but they do eat slugs!)
  • Little Big Farm could introduce pathogens (growing brassicas and nightshades)
  • Fungal pressures: especially on peonies (botrytis)
  • Copper deficiency: potentially increase slug/snail populations and could lead to mold problems, BUT too much is toxic to plants. If spraying some fungicides don’t add copper.
  • Drainage issues around spigots: easily floods around them, not necessarily usable
  • No water source for west pasture: wouldn’t be able to plant anything needing irrigation (if wanting to expand into that area, would need to plant something that wouldn’t mind being dry in the summer)
  • Having cows next door will attract cucumber spotted beetle and other pests
  • In summer, if windy, will have to irrigate a lot more
  • Annuals can’t be rotated
  • Can’t put in a commercial well on site here, would be very difficult (maybe impossible) to get another

SUGGESTIONS:

  • Roof compost pile and add concrete floor (prevents runoff/leaching): can have the NRCS collaborate in that process
  • Plant windbreaks: could even be harvested from once its big enough and could use it as a part of IPM (and collaborate with NRCS)
  • Plant blueberries right by swampy area in west pasture (prevent erosion)
  • Plant some sort of shrub at bottom of upper field (SW) to prevent erosion of driveway during heavy rains…
    • Purple contorted filbert? (every season it could be harvested and sold to the floral market, “Red Dragon” variety is blight resistant)
    • Tiger fig? (leaves and fruits are beautiful on stem, could also be sold)
  • Cover crop Little Big Farm’s area before putting it into production
  • Take out blackberries along trail and replace with something harvestable
  • Chip brush pile (could rent chipper) and use directly in field (save some back and forth to get mulch)
  • Sloping upper field could yield itself nicely to hugelkultur
  • Long-term greenhouse (but already know that)
  • Could collect rain water: especially in west pasture where there is no water access
  • Prevention of botrytis:
    • Only cut when dry
    • Get rid of infected leaves
    • Clean pruners between each individual plant (keep clorex wipes in pocket at wipe after each plant)
    • Copper and sulfate organic fungicide help with botrytis
    • Neem oil?

      Seeded Marigolds and Nasturtium
      Seeded Marigolds and Nasturtium
      Photo: Allie Kuppenbender
    • Mulching around plants will trap fungal spores
    • Shake dew off plants (make sure its not wet for too long)
    • Homemade solution: 2Tbsp baking soda, couple drops of dish soap, and 1gal water (commercial fungicides won’t work)

Monday afternoon Anika worked on converting a kitchen shelving rack into a grow chamber while I seeded. These seeds aren’t destined to be out in the field, however, they were just to test germination in the garage greenhouse to ensure it is actually going to work as a greenhouse.

What we planted:

  • 36 beans, burgundy
  • 30 marigolds, variety unknown
  • 6 nasturtium, trailing mix
Grow shelf built on Monday
Photo: Allie Kuppenbender

WEDNESDAY

Contrary to the weather report, it was not raining when we arrived Wednesday morning which we took advantage of and weeded the asparagus. We then pruned a red elderberry tree back by the barn, which really meant cutting it back to the ground. The branches with their buds looked really cool so Anika and I took them home. Not exactly what I’m going to use them for. We also got to work potting up all the yarrow we dug up and divided. Nowhere near close to being done with that endeavor. Doug wants to see works better: individually potting yarrow and leaving it in the greenhouse or healing it in a large trough filled with soil outside. He wants to see if it is worth all of the time to individually pot it up and all of the greenhouse space it takes up or if leaving it outside will work just fine.

Diagram of how mound layering works
Diagram of how mound layering works
Photo: NC State Extension Publications

We also dug up and potted some California Bay shoots Doug had been mound layering for that purpose. There were nodes present so the method works in terms of getting the plant to start to root. Hopefully they actually end up rooting now that they are cut and potted inside the greenhouse. We also used more of our willow water that we made last week to both soak the sprouts in before potting them up and to water them after they were potted up.

Our final task Wednesday was to prepare the unheated greenhouse structure for the freesias that are going to be planted in there. We raked and broad forked before adding 2 cups of bonemeal to each bed.

Unheated greenhouse after bed prep Photo: Allie Kuppenbender

RESOURCES:

Plant Propagation by Layering

Practicum Week 2: Pruning 101

Before making any cuts, it is important to look at the tree you are about to prune and assess what the desired outcome for pruning. Pruning inevitably will

Dave pruning off a water sprout
Dave pruning off a water sprout
Photo: Allie Kuppenbender

decrease yield for that season, but over time it will increase the quality of fruit and decrease susceptibility to disease and pest pressure. Make sure to think about where the sunlight will hit the tree in the various seasons before ever even making any cuts. This assessment is critical to successful pruning. Pruning can be done either in the winter or early spring, when the tree is dormant, or in the summer. Winter pruning is generally more intensive, whereas summer pruning is mainly to increase sunlight and airflow in the center of the tree. Also keep in mind that, especially if you have neglected the tree for a while, this will be a multi-year process to achieve the ideal shape. In a given year, you should take out roughly 10-30% of the given tree without shocking its root system.

First Cuts I would:

Dave assessing a branch before a heading cut
Photo: Allie Kuppenbender
  • Take out suckers and water sprouts
  • Take out any crossing branches (either within the same tree or overlap on neighboring trees), look for which branches have the best crotch angles (ideally 45-60 degrees) as the branches to keep
  • Take out any diseased or dead wood

 

After these cuts, I would:

  • Do my heading cuts, which would bring the tree down and in (forcing more branching and less outward/upward growth)

Floret Module 2: Planning the Farm

Module 2 dug in deeper to the nitty gritty of flower farming, namely planning out the farm both physically (i.e. where to grow what and when) and chronologically (i.e. what will be grow at what time of the year and successional planting).

In terms of physically planning out the farm, Erin gave us 5 things as top priority over the first few seasons of the farm. These are:

  1. Place things that need the most attention closest to your living space (if you live on the farm)–similar to zones system in permaculture. (copyrighted images removed)
  2. Standardize your bed length and width
  3. Invest in slower to establish crops (i.e. woodies, shrubs, trees) right away
  4. Plant windbreaks (will make your flowers grow longer, stronger stems)
  5. Establish permanent paths and roads

(Floret Flower Online Workshop, Module 2)

In terms of chronology, Erin broke down how to think about planning the entire year based upon the flowers you’re growing. Put another way, what flowers will you be harvesting when and what work do you need to do beforehand to ensure you actually will be able to harvest those flowers. Included in week 2’s resources was an excel spreadsheet helping to do a lot of that back planning for you as the farm (i.e. when to seed in a greenhouse, when to transplant, succession planting planing, etc.). It would have been so incredibly helpful last quarter in Practices of Organic Farming’s crop planning assignment. It is definitely something I will take with me into the future and utilize often.

(copyrighted images removed)

Floret does a really unusual way of planting in a grid rather than rows within a bed so all of the plants are very tightly spaced. I was wondering about this method and the pros to planting this way. These pros would be (duh) you get way more flowers and way less weed pressure since you’re growing a virtual canopy cover of your crop to block out the weeds. It seems like a really great way to maximize yield on a small farm. I do wonder about disease and pest pressure in the model and would have to do some digging into that, but it seems like it would be worth trying.

RESOURCES

Floret Online Workshop, Module 2: Planning the Farm

 

 

Thistlehook Internship (Week 2)

MONDAY

Monday, we visited Sheilah’s farm to take cuttings from her willow trees. We used these cuttings to make willow water for our blueberry cuttings that we will take on Wednesday.

Goat Friend
Goat Friend
Photo: Anika Goldner

According to a Deep Green Permaculture article entitled Home Made Plant Rooting Hormone–Willow Water, willow water works in improving rooting in cuttings because of two substances–indolebutyric acid (IBA) and Salicylic acid (SA)–found within the Salix (Willow) species.

“Indolebutyric acid (IBA) is a plant hormone that stimulates root growth. It is present in high concentrations in the growing tips of willow branches. … Salicylic acid (SA) (which is a chemical similar to the headache medicine Aspirin) is a plant hormone…involved in the process of “systemic acquired resistance” (SAR) – where an attack on one part of the plant induces a resistance response to pathogens (triggers the plant’s internal defences) in other parts of the plant. It can also trigger a defence response in nearby plants by converting the salicylic acid into a volatile chemical form.

When you make willow water, both salicylic acid and IBA leach into the water, and both have a beneficial effect when used for the propagation of cuttings. One of the biggest threats to newly propagated cuttings is infection by bacteria and fungi. Salicylic acid helps plants to fight off infection, and can thus give cuttings a better chance of survival. Plants, when attacked by infectious agents, often do not produce salicylic acid quickly enough to defend themselves, so providing the acid in water can be particularly beneficial” (Home Made Plant Rooting Hormone – Willow Water).

Making Willow Water
Photo: Allie Kuppenbender

How to Make Willow Water:

  1. Collect young first-year twigs and stems of any of willow (Salix spp.) species, Will be green or yellow bark. Don’t use the older growth with brown or gray bark.
  2. Remove all the leaves.
  3. Cut twigs into roughly 1″ (2.5cm) pieces.
  4. Add water water. Can use either method
    1. Place the chopped willow twigs in a container and cover with boiling water, (similar to making tea), allow “tea” to steep overnight.
    2. Place the chopped willow twigs in a container and cover with room-temperature water, let soak for several days.
  5. Separate the liquid from the twigs. The liquid is now ready to use for rooting cuttings. You can keep the liquid for up to two months if covered and left in the refrigerator.
  6. To use, just pour some willow water into a small jar, and place the cuttings in there like flowers in a vase, and leave them there to soak overnight so they take up the plant rooting hormone. Then prepare them as you would when propagating any other cuttings. (Home Made Plant Rooting Hormone – Willow Water)
Allie working on the greenhouse garage conversion
Allie working on the greenhouse garage conversion Photo: Anika Goldner

Additionally, Monday we picked up free wood chips from an arborist in Black Lake (where we met really cute and super sweet goat friends) and used the chips to mulch the paths between peony beds. We also dug up and cleaned more yarrow to be divided later on. Finally, we built the structure for the greenhouse within the garage. We used insulation as walls and plastic over the ceiling to create a sealed off section. It’s a little slipshod but should do the trick. Even without the heaters or grow lights in there yet, it was noticeably warmer within the enclosure.

Peony buds beginning to come up from the crown
Peony eyes beginning to come up from the crown Photo: Allie Kuppenbender

WEDNESDAY

Anika pruning a blueberry bush
Photo: Allie Kuppenbender

Wednesday we pruned Doug’s neighbors’ blueberries and in exchange for that work, we were able to take cuttings to propagate more blueberry plants. To get viable cuttings, we had to ensure there were only vegetative buds and not flower buds on the cuttings, snip off the apical bud, and keep 5-10 leaf buds on each cutting. We then stuck the cuttings into a mix of 2 parts sand, 2 parts peat moss, and 1 part pearlite that was watered to saturation. Hopefully they root, although we won’t know until the end of the quarter if even!

Wednesday afternoon we continued to cut and divide yarrow. Hopefully next week we will be done with that and can start actually potting the yarrow up!

RESOURCES:

Home Made Plant Rooting Hormone – Willow Water

How to Propagate Blueberries from Cuttings

 

Floret Module 1: Getting Clear

Module One of the Floret Flower Online Workshop was all about clarifying and setting goals. What are your goals? How can they be broken up into smaller, more doable steps? What inspires and/or motivates you? How do you effectively achieve these goals? These were all questions we were encouraged to ask yourselves. Through this lens, Erin answered all of these questions for herself and outlined how she achieved her goal of creating and running a successful flower farm and floral design business.

Vision Board 2018
Created by Allie Kuppenbender

Additionally, we “visited” nine different flower farm/floral design businesses to get a better understanding of the wide variety of potential business models out there and how different people are growing flowers and cultivating relationships around the United States. This businesses include:

North Field Farm, owned by Geraldine Kildow and situated on 1.5 acres in Ferndale, WA where she grows peonies for wholesale.

Triple Wren Farms, owned by Sarah and Steve Pabody and situated on 6 acres also in Ferndale, WA where they grow a variety of flowers for wholesale and mixed bouquets for grocery stores and direct to DIY weddings.

Little Boy Flowers, owned by Angie Tomey and situated on 1 acre within a larger 15 acre organic vegetable farm (Mountain Bounty, owned by Tomey’s husband) in Nevada City, CA. Tomey grows for weddings, wholesale, and as an add-on for her husband’s CSA.

The Flower Hat, owned by Julio Freitas and situated on 1/4 an acre in Bozeman, MT. Started as a floral design business, Freitas began growing flowers when he was unhappy with the selection from the wholesaler he was previously working with. All of the flowers grown are used for weddings he is commissioned for or sold to other florists in the area.

3 Porch Farm, owned by Mandy and Steve O’Shea and situated on 3 acres in Comer, GA where they grow for farmer’s markets, florists, and weddings (and are entirely solar-powered and use waste vegetable oil to power their delivery vehicles with the intent to be entirely carbon neutral).

Whipstone Farm, owned by Shanti and Cory Rade where they have an 18 acre vegetable farm with 3 acres designated to flowers in Paulden, AZ. They sell their flowers at farmer’s markets, within their larger vegetable CSA, and some wholesale for DIY weddings and florists.

Shoving Leopard Farm, owned by Marina Michahelles and situated on 1.75 acres in Barrytown, NY where she sells her flowers in a u-cut CSA, for DIY weddings, and to charities.

Tarrnation Flower Farm, owned by Vanessa and Reggie Tarr and situated on 2 acres in Sugar Hill, NH where they del at a farm stand, to a CSA, wholesale, and to DIY weddings.

Sassafras Fork Farm, owned by Stephanie Hall and J. Ed Hall, this father-daughter duo has 40 acres on land devoted to pasture for a meat and egg business, with 2 acres for flowers and located in Rougemont, NC. The flowers, Stephanie’s passion, are sold at farmer’s markets, wholesale to grocery stores, and for onsite weddings.

 

RESOURCES

Floret Online Workshop, Module 1: Getting Clear

 

Thistlehook Internship (Week One)

This week Anika and I began work with Doug Hock on Thistlehook Farm in East Olympia where he grows a variety of flowers to sell at the Seattle Wholesale Growers Market Cooperative. He specializes in Cornus varieties, piers japonica varieties, prunus armeniaca (apricot), sunflowers, and peonies, but is hoping to grow more yarrow and blueberry branches (with flowers and/or immature fruits) to sell this season.

Here are some of my goals for this internship:

  • Experience seeding and in greenhouse
  • Experience with propagation (cuttings, mound and air layering)
  • Work with and be more comfortable around power tools
  • Be employed by the end of the quarter (preferably by a flower farm or working with flowers on a farm setting)
  • Focus on and learn more about flower cultivation and propagation

MONDAY

We arrived Monday and immediately were put to work, putting occultation tarps over two fields for Doug. We then began the prep work for planting cornus (Dogwood) on Wednesday. This involved watering them, loading them all onto a trailer and taking them out to the pasture where they were to be planted, staking out the row and measuring/flagging where each would be planted (20 total trees, spaced 7 feet apart). Our final task on Monday was building a garage door cover made out of greenhouse plastic and wiggle wire. Doug wants to convert part of his garage into a greenhouse for starts this season. Stay tuned for more of that process!

WEDNESDAY

Allie gathering asparagus clippings to add to compost
Allie gathering asparagus clippings to add to compost
Photo: Anika Goldner
Cornus after being planted
Cornus after being planted Photo: Anika Goldner

On Wednesday, we prepared and planted the Cornus varieties. Doug planted the varieties Temple Jewel and China Girl last year, and added 10 more Temple Jewels, 8 Wolf Eyes, and 2 Oculus Rift, making 20 total we had to prep and plant. Prep work involved digging a hole 2x as wide but the same depth of the root ball, fertilizing directly into the dug hole (1 cup bone meal, 1/2 cup sulfur, 1/4 cup azomite, 1/2 cup phosphate, and a pinch of borax), aerating/mixing up that fertilizer with a pitchfork, covering the fertilizer mix with a layer of dirt before planting the tree into the hole.

Additionally, on Wednesday, we divided yarrow, which was very muddy and wet.

Yarrow before being divided
Yarrow before being divided
Photo: Allie Kuppenbender

All in all, a great first week with a lot of physical labor. Looking forward to the weeks to come and all of the projects we will accomplish.