Laueana Growing

Category: general cultivation

  • Eco landscapes: winter schemes for spring dreams!

    A small pile of Sacre Bleu kidney beans. They are dark indigo in color. Beans are very important for regenerative gardening systems.

    Sacre Bleu kidney beans

    I haven’t started, let alone finished, my final vegetable review (but you can read part 1 and part 2). Yet, I started planning this year’s garden months ago! This frosty winter passed slowly and then all at once. I spent many snowy days planning a client’s landscape. With permission, I am writing about our design. We are planning on two garden beds: one with corn, squash, and beans, and the other with peppers, potatoes, tomato, and herbs.

    The benefits of “three sisters” agriculture

    My client requested a “three sisters” garden bed, or “milpa.” Native Mesoamerican people designed this strategy, which optimizes the harvest of three mutually beneficial crops: corn, squash, and beans. People must harvest a milpa by hand. Because of this, it is not suitable for mass-scale industrial agriculture. “It takes five people four days to pick the beans and harvest the maize” for a one hectare plot (Landzettel, 2026).

    However, it is a sustainable and productive system that deserves more attention. The milpa has high value for food security gardening. Growing the three sisters together creates climate resilience through mutually beneficial interactions between the three crops.

    Pungo Creek Butcher Dent Corn seed packet from Southern Exposure Seed Exchange. The seed packet has illustrations of yellow, orange, and red cobs of corn.

    Pungo Creek Butcher Dent Corn seed packet from Southern Exposure Seed Exchange

    Each plant plays a role so that the garden stays healthy. The beans “fix” nitrogen from the air into the soil, where plants can absorb it. The corn provides a pole for the beans to climb, and the squash’s large leaves cast a cooling shade on the soil (Landzettel, 2026;Kruse-Peeples & Marinaro 2016). These mutually beneficial interactions are what make the milpa so wildly resilient!

    A milpa can have mounds or rows. Kruse-Peeples & Marinaro (2016) report that the traditional Iroquoian way to build a milpa is by making mounds, which we will emulate.

    “Other sisters” are also important to southwestern Native cultures, and can grow in a milpa (Kruse-Peeples & Marinaro, 2016). For example, we will grow melons alongside our squash.

    Using lasagna mulching to build soil

    No-till techniques help the soil stay healthy because they disturb it less than digging it up. We will use “lasagna mulching” to create two garden beds with mounds. Lasagna mulching is layering composting materials on top of existing soil (Rauter & Sherp, 2025). We will layer compost between cardboard to create mounds. On top of this we will add mixed coco coir and compost. The cardboard will be inoculated with oyster mushroom grain spawn, which will integrate outdoor mushrooms into the garden bed.

    My client and I are totally thrilled about this design! This mound-based intercropping design is taking shape well. I would love to repeat this design in the future. Hopefully this summer, we will have a green and growing garden brimming with vegetables and mushrooms. Stay tuned to follow this project as it grows!

    Oyster mushroom grain spawn in a quart sized wide mouth mason jar. White oyster mushroom mycelium grows as a fuzz over rye grains.

    Oyster mushroom grain spawn

    Bibliography

    Landzettel, M. (2026, February 13). Milpa. How an Ancient Farming System Helps Small Farmers in Today’s Mexico. Slow Food. https://www.slowfood.com/blog-and-news/milpa-ancient-farming-system-mexico/

    Kruse-Peeples, M. & Marinaro, L. (2016, May 27). How to Grow a Three Sisters Garden. Native Seeds/SEARCH. Native Seeds/SEARCH. https://www.nativeseeds.org/blogs/blog-news/how-to-grow-a-three-sisters-garden

    Rauter, S. & Sherp, L. (2025). Sheet mulching and lasagna composting with cardboard. Oregon State University Extension Service. https://extension.oregonstate.edu/catalog/em-9559-sheet-mulching-lasagna-composting-cardboard

  • Mycology updates

    I went on an accidental mushroom foraging expedition on some recent walks through the woods. I also have a brief update on my Chicken of the Woods experiments.

    COTW update

    Mold contaminated my COTW grow bag and it did not form a full fruit unfortunately. Still, I learned something very important: shocking the mycelium with cold water causes growth through the filter.

    DIY home made liquid culture for mushroom cultivation. A mason jar filled with home made mushroom liquid culture made of corn syrup and water. It is golden in color and has chunks of solid agar in it and mycelium growing in it in a hazy clump.
    DIY home made potato starch dextrose agar for growing mushrooms. A mason jar shown from the bottom containing potato starch dextrose agar with an agar wedge transfer on it. Mycelium grows from the wedge transfer out into the fresh agar.

    I have successfully grown chicken of the woods mycelium on my homemade potato starch dextrose agar jars (recipe). I also successfully made my own liquid culture using corn syrup and grew chicken of the woods mycelium in that. The mycelium is not very picky, it is just difficult to get it to fruit.

    Accidental Foraging Expedition

    I was walking in the woods recently, and I found three edible wild mushrooms! Mushroom foraging is great fun, but I am always more successful when I am not trying! I found lion’s mane, pinkish-white oyster mushrooms growing on a beech log, and some hairy-topped brown woodear mushrooms.

    Riparian woodland ecosystem in Eastern North America. This is a good mushroom foraging location. If you are asking "where to forage for mushrooms" the answer is a place like this. Similar habitats occur in Maryland, Pennsylvania, Virginia, West Virginia, North Carolina, South Carolina, Georgia, Tennessee, Kentucky, Delaware, New Jersey, Connecticut, Rhode Island, Massachusetts, and southern New York state.

    The exact species of each is uncertain at the moment, because oysters, woodears, and lion’s mane have many species. However, all are generally edible.

    Oyster mushroom foraging. Mushroom foraging. Foraging in the woods. Oyster mushrooms growing on a hardwood beech log. Found in Rockville, Maryland, USA. Eastern North American Woodland ecosystem.

    I identified the oyster mushrooms by color (whitish/blush pink surface and white flesh), decurrent gills running partway down the stem, gregarious (grouped) shelf growing habit, and white spore print (Field Guide to Common Macrofungi, Oyster Mushroom ID Guide, Oyster Mushroom Description).

    Mushroom foraging. Foraging wood ear mushrooms. Foraging in the forests of Eastern North America. Wood ear mushrooms growing on a log in a forest in Eastern North America. They are dark brown with a smooth underside and velvet like top. Foraged in Rockville, Maryland, USA.

    I identified the woodears (AKA Tree Ears, Auricularia species) by shape (cup-like shelves), texture (rubbery flesh, tomentose/hairy upper surface, smooth underside), color (dark brown), and white spore print (Tree Ear Description, Auricularia Wikipedia)

    Mushroom foraging. Foraging lions mane mushrooms. Foraging in Eastern North American woodlands. A lion's mane mushroom growing on a log in a forest. It is white and spherical or circular with pointy spikes or teeth.

    Lion’s mane (AKA Satyr’s Beard, Bearded Tooth) is extremely easy to identify, at least at the genus level. Hercium species tend to have spiky, icicle looking “teeth.” This one was white and very dense and spherical. The spore print was white (Satyr’s Beard Description, Bearded Tooth ID)

    Foraged forest product. Foraged lions mane. A lions mane mushroom in hand, forager is wearing flannel, background is the asphalt of a road with some painted lines.

    All of the mushrooms I found are saprotrophic (grow on decaying things) instead of mycorrhizal (grow in a complex relationship with trees). They are wood lovers, although oysters will grow on almost anything.

    Because I took spore prints (spore print how-to) to help with identification, I can now grow these in captivity!