Of Corn and Compost
Bed Transformation
In an hour and a half this morning, a 20’ long by 3’ wide bed of spired, aging corn stalks morphed into a bed of succulent, young greenery in the form of endive and Chinese cabbage transplants.
Before beginning this job I harvested what ears were still ripe on the stalks. The yield from this first corn planting was small, both in quantity and size of ears. Old fashioned Golden Bantam, as told by its name, normally yields small ears — but not usually as small as the 3 to 5 inch long ears I harvested. 
Planting in “hills” (clusters of 4 plants) usually provides for adequate pollination, but poor weather at a critical developmental stage might have thrown pollination awry.
At any rate, with ears harvested, I lopped each stalk in half with my Hori-Hori knife, then dug straight down right around the base of each hill to sever the main roots so I could jerk the cluster of stalks up out of the ground. I also cleared away from the bed any weeds, and then carted everything over to a compost pile.
For the return trip from the compost pile, I loaded the cart with finished compost from another pile. An inch depth of compost slathered on top of the old corn bed had it ready to receive the endive and Chinese cabbage transplants I had waiting in the wings. The 40 transplants had grown up during the month of July in a seedling flat and were just ready to outgrow their individual cells. Each went into a quickly made hole jabbed into the ground, the holes 15” apart in each of the two rows running down that bed.
The refurbished bed will provide good eating beginning in early October and, with some covering for protection, on into December.
Compost Discoveries
Besides merely compost, the compost pile often yields some interesting and forgotten objects. (Some annoying things as well, such as those fruit labels glued to the skin of almost every piece of commercial fruit.)
For years now I’ve had trouble bringing myself to tossing anything compostable into the garbage for eventual burial in a landfill. It seems so wasteful of materials and disrespectful to the soil to use it as a dumping ground for cast-offs. Soil is a limited resource so eventually there will be no more acreage to bury trash.
Much of my clothing is cotton, wool, or leather — natural products that would eventually decompose to enrich a finished compost. So I sometimes compost such garments, forgetting that I did so until an uncomposted piece of the garment makes an appearance as I turn the compost pile or shovel out the finished material.

Partially composted Levi jeans
The distinctive zipper and fly snap from my Levi jeans, for example. After three compost cycles, except for the zipper and fly snap, those jeans are surprisingly intact but look more like sheer polyester slacks than Levi’s jeans. In contrast, my daughter’s non-Levi jeans were threadbare after merely one cycle.

Composted (almost) non-Levi jeans
I came upon a not immediately identifiable object today as I shoveled out finished compost for spreading on the endive/Chinese cabbage bed. It was about a half inch thick, almost flat except for some bends, and spongy. What could it be? Aha! The cushioning from my sheep skin booties. Most of the leather portion had decomposed.
My guess is that the bootie was transformed as far as it would go in the near future so I’m not returning it to the new pile for another cycle.
Worms in My Ears (Some of Them)
My ears, now, are relatively large. Corn ears, that is.
Since writing about the diminutive ears from my first planting of sweet corn, I’ve harvested a few ears from my second planting. That second planting went in 2 weeks after the first planting but is ripening close on its heels. Warmer weather earlier in the season compressed those ripening dates.
Just about every ear in this second batch of ears is large (for the variety Golden Bantam) and well filled with kernels. I occasionally find a corn earworm feasting on some of the kernels at the tip of the ear. 
That’s the nice thing about home-grown sweet corn — it’s not nice having the earworms but it is nice not being bothered by them. Corn farmers don’t have that luxury. I just break off the tip with the worm and enjoy the rest of the ear.
The earworms got inside the husks by eating their way down the corn silks. Spraying the corn with the benign biological pesticide Bacillus thurengiensis (sold under such friendlier names as Thuricide), or cutting off or squirting some of mineral oil into the silks right after pollination is complete (3 to 7 days after silks appear) could control this pest. But why bother for an occasional pest that is so easily ignored or removed?

I train my tomato plants to stakes and single stems, which allows me to set plants only 18 inches apart and harvest lots of fruit by utilizing the third dimension: up. At least weekly, I snap (if early morning, when shoots are turgid) or prune (later in the day, when shoots are flaccid) off all suckers and tie the main stems to their metal conduit supports.
I lop wayward shoots either right back to their origin or, in hope of their forming “spurs” on which will hang future fruits, back to the whorl of leaves near the bases of the shoots.
Newly planted trees and shrubs are another story. This first year, while their roots are spreading out in the ground, is critical for them. I make a list of these plants each spring and then water them weekly by hand all summer long unless the skies do the job for me (as measured in a rain gauge because what seems like a heavy rainfall often has dropped surprisingly little water).
Not only vegetables get this treatment. Buy a packet of seeds of delphinium, pinks, or some other perennial, sow them now, overwinter them in a cool place with good light, or a cold (but not too cold) place with very little light, and the result is enough plants for a sweeping field of blue or pink next year. Sown in the spring, they won’t bloom until their second season even though they’ll need lots of space that whole first season.
Every time I look at a weed, I’m thinking how it’s either sending roots further afield underground or is flowering (or will flower) to scatter its seed. Much of gardening isn’t about the here and now, so I also weed now for less weeds next season. It’s worth it.
This ancient variety, elongated and with a black skin, has been grown almost exclusively near the Pardailhan region of France. Why am I growing it? The flavor is allegedly sweeter than most turnips, reminiscent of hazelnut or chestnut.
Next year I can expect a vine growing 6 to 9 feet high and which is both decorative and tolerates some shade. What’s not to like? (I’ll report back with the flavor.)
Later in the season, cluster of bulbs form, similar to shallots, although forming larger bulbs. They can overwinter and make new onion greens and bulbs the following years.
The problem was separating the small tubers from soil and small stones. I have a plan this time around — more about this at harvest time.

Flowering meads of herbs, flowers, and grasses blanketed the ground beneath most of the orchards, providing — probably unknown back in colonial days — forage for beneficial insects to help protect crop plants.
My own home is brick; even a few four-foot-high walls around my vegetable garden and in other areas would improve the general appearance — and provide, warmer microclimates for cold-tender plants or early harvests. Not that the rustic locust fencing and arbors enclosing my vegetable garden look unsightly . . . but I’d like some brick walls.
Actually, that insidious blackness covering my beds is black vinyl. But that’s beside the point. Its purpose, like the black plastic against which I’ve railed, is to kill weeds. Not that my garden has many weeds. But this time of year, in some beds, a few more sprout than I’d like to see.
I had just dug my first garden which had a clay soil that turned rock hard as it dried, so I was especially awed, inspired, and admittedly jealous of the soft, crumbly ground in Scott’s garden. What a surprise when someone who had worked with Scott for a long period told me how tough and lean his soil had been when he started the garden. A number of giant compost piles were testimonial to what it takes to improve a soil.
The soil in my permanent vegetable beds is never turned over with a rototiller or garden fork; instead, every year a layer of compost an inch or so deep is lathered atop each bed, and no one ever sets foot in a bed. That inch of compost snuffs out small weeds, protects the soil surface from washing away, and provides food myriad beneficial microbes (and, in turn, for the vegetable plants).
Recent additions to that pile were an old soil pile from a local horse farm and soil from a hole I was digging to create a small duck pond. The latter was poorly aerated subsoil.
In practice, I mostly pay attention to rotation of plants most susceptible to diseases, which are cabbage and its kin (all in the Brassicaceae), cucumber and its kin (Cucurbitaceae), tomato and its kin (Solanaceae), beans and peas (Fabaceae), and corn (sweet or pop, in the Gramineae).
Root, leafy, and fruiting vegetables have somewhat different nutrient needs, so in the ideal garden these crops are rotated to make best use of soil nutrients.
A few years ago they stopped bearing well, collapsing with yellowing foliage not long after they bore their first pods.
Plants infected by aphanomyces have fewer branch roots and what roots there are lack the plump, white appearance of healthy roots.

My tea is nothing more than the liquid strained from compost soaked in water, then applied with a watering can at the base of the pea plants.

And what about winter? A greenhouse full of salad and cooking greens solved that problem, in addition to providing figs in summer and early and late season cucumbers.




For the past few years, I’ve allowed celery in the greenhouse to go to seed each fall. The seeds drop and, within a few months, sprout to furnish plenty of seedlings for early summer celery in the greenhouse and later celery out in the garden. All of which is most welcome because celery seedlings are very slow to germinate and grow. Before celery volunteered around here, I had to sow seeds in early February in seed flats, keep the flats warm and moist until the seeds sprouted, transplant the sprouts into individual cells in another flat, and finally transplant the seedlings, after about 10 weeks of care, out into their permanent homes.







The flowers don’t exactly jump out at you so you have to get up pretty close to even notice them. Still, they are a sign of plant life in the depths of winter.
