Copenhagen Market Early
Expected germination: 10-12 days
Expected harvest: 66 days
9 seeds
06/02: Planted 1 per cell in 9 cells.
06/06: 8 of 9 (89%) have shoots 1/2″ tall.
06/10: 8 of 9 (89%) have shoots 3/4″ to 1″ tall.
06/14: 8 of 9 (89%) have shoots 1-1/2″ to 1-3/4″ tall.
06/19: 8 of 9 (89%) have shoots 3″ to 4″ tall.
06/21: Planted out.
07/01: Heat stressed – added shade.
07/05: Removed shade.
07/18: 9 to 14″ tall.
07/19: Found and hosed off some aphid colonies.
07/22: Sprayed with 0.001% spinosad, an organic pesticide.
07/24: 10″ to 14″ tall, with foliage diameter 10″ to 15″.
07/28: Sprayed with 0.001% spinosad, an organic pesticide.
08/01: 11″ to 21″ tall, with foliage diameter 15″ to 18″.
08/02: Sprayed some leaves with 0.001% spinosad against aphids.
08/07: 11″ to 18″ tall, with foliage diameter 16″ to 18″. First heads starting to take shape. Crowded by rutabaga.
08/15: Approx 16″ tall, with foliage diameter approx 16″. First heads starting to take shape. Crowded by rutabaga.
08/23: 9″ to 17″ tall, with foliage diameter approx 12″. Forming slowly. Crowded by rutabaga.
08/30: 11″ to 17″ tall, with foliage diameter 7″ to 13″. About half have loosely formed heads. Crowded by rutabaga.
09/01: Harvested first head. Healthy but loose. MHJ reports not much flavor cooked but very nice in coleslaw.
09/15: Dug up remaining cabbages.
Harvest: 91-105 days. Only three modest heads. Poor crop may be due to limited sun and/or overcrowding.
Catskill
Expected germination: 7-14 days
Expected harvest: 90 days
18 seeds
06/02: Planted 2 per cell in 9 cells.
06/06: 17 of 18 (94%) have shoots 1/4″ tall.
06/10: 17 of 18 (94%) have shoots 3/4″ to 1-1/2″ tall.
06/14: 16 of 18 (89%) have shoots 1-1/4″ to 2″ tall and another 1 (6%) is struggling at 1/4″.
06/19: 17 of 18 (94%) have shoots 2″ to 4″ tall.
06/21: Planted out.
07/01: Heat stressed – added shade.
07/05: Removed shade.
07/18: 10″ to 15″ tall.
07/19: Found and hosed off some aphid colonies.
07/22: Sprayed with 0.001% spinosad, an organic pesticide.
07/24: 14″ to 18″ tall, with foliage diameter 17″ to 24″.
07/28: Sprayed with 0.001% spinosad.
08/01: 17″ to 22″ tall, with foliage diameter 13″ to 19″.
08/02: Sprayed some leaves with 0.001% spinosad against white fly.
08/07: 19″ to 26″ tall, with foliage diameter 14″ to 21″.
08/15: 22″ to 28″ tall, with foliage diameter 18″ to 28″.
08/23: 25″ to 32″ tall, with foliage diameter approx 22″.
08/30: 28″ to 32″ tall, with foliage diameter 15″ to 25″.
Green Sprouting Calabrese
Expected germination: 14 days
Expected harvest: 80 days
18 seeds
06/02: Planted 2 per cell in 9 cells.
06/06: 14 of 18 (78%) have shoots 1/2″ to 1″ tall.
06/10: 18 of 18 (100%) have shoots 1/2″ to 1-1/2″ tall.
06/14: 18 of 18 (100%) have shoots 1-1/4″ to 2-1/4″ tall.
06/19: 18 of 18 (100%) have shoots 3″ to 6″ tall.
06/21: Planted out.
07/01: Heat stressed – added shade.
07/05: Removed shade.
07/18: 14″ to 19″ tall.
07/19: Found and hosed off some aphid colonies.
07/22: Sprayed with 0.001% spinosad, an organic pesticide.
07/24: 14″ to 22″ tall, with foliage diameter 10″ to 20″.
07/28: Sprayed with 0.001% spinosad, an organic pesticide.
08/01: 19″ to 25″ tall, with foliage diameter 17″ to 24″.
08/07: 22″ to 35″ tall, with foliage diameter 14″ to 22″. First few heads are 1/2″ to 1″ diameter.
08/15: 26″ to 40″ tall, with foliage diameter 18″ to 24″. First few heads are 1″ to 3″ diameter.
08/22: Started harvest.
08/23: 29″ to 41″ tall, with foliage diameter 20″ to 24″. Several heads are 1-1/2″ to 5″ diameter.
08/30: 31″ to 41″ tall, with foliage diameter approx 24″. Four heads are 2-1/2″ to 5″ diameter.
Santa Anna
Expected germination: 6-8 days
Expected harvest: 65-70 days
36 seeds
06/02: Started soaking in a jar of water overnight.
06/03: After 15 hours soaking, planted 2 per cell in 18 cells.
06/06: A few have swelled and are now visible at soil surface.
06/10: 12 of 36 (33%) have shoots 0″ to 1-1/2″ tall.
06/14: 10 of 36 (28%) have shoots 1″ to 3″ tall and another 3 (8%) are still trying to launch their beans.
06/19: 10 of 36 (28%) have shoots 2″ to 4″ tall, 2 (6%) have launched beans but no leaves, and 1 (3%) is still trying to launch its bean.
06/23: Planted out.
07/05: Healthy but growing slowly.
07/18: Finally started moving this week. Leaf mass is up to 22″ and runners are up to 37″.
07/24: Leaf mass is up to 30″ with runners up to top 60″.
07/24: Henceforth “Beans, Pole #2″ plant is merged with these.
08/01: Three runners have topped the trellis. First white flowers appeared this week.
08/07: About half the runners have topped out. Many flowers in white/butter colored pairs. Many more buds. No beans yet.
08/15: Most of the runners have topped out. Many flowers – some white, some butter. Several 1-2″ matchstick beans.
08/20: Started harvest as one plant is ahead of the rest and needed picking. Got one portion.
08/23: Most or runners long topped out. Some flowers and a few young beans.
08/29: Harvested a couple of portions.
08/30: Well topped out. Many flowers and a few small beans.
09/06: Yielding nicely now – perhaps a couple of pounds per week.
Most of our early starts failed to germinate. We believe this was due in part to insufficient moisture, as the swiss chard finally germinated after we watered heavily. There may also have been a problem with the compost-based potting soil pH, as it turns out that our pH meter is worse than useless.
The swiss chard, and a second wave of radish, germinated nicely after heavy watering. However we then lost about one seedling per night. We finally tracked the problem down to a lone earwig, which was biting the young shoots just below the first leaflet. Since sending the earwig to meet its maker we have lost no further seedlings – but all that we have left of the early starts is four radishes.
Today we planted the main wave of starts, about two weeks before we take them to Seattle. In all we planted four seed trays of 72 cells each, most with two seeds per cell. I’ll create separate posts with the precise details. We used a premium commercial potting soil this time.
Common Earwig
Slowly, over the last several days, our swiss chard seedlings have died. In each case it appeared as though the stem had rotted or snapped just below the leaf.
Last night, I went to look at the potting tray about 1am. I found a small earwig nibbling the last remaining swiss chard just below the leaf. The earwig ran off and today that seedling looks like the others.
According to Wikipedia, earwigs look for dampness during dry weather, and their diet includes tender shoots and seedlings.
Our potting mixture is too deeply colored to get a pH reading from a regular garden soil test kit, so we bought a pH meter – actually a Moist/Light/pH meter.
The extremely low germination rate and sickly behavior of seedlings made us suspect the soil pH. So we tested the pH meter.
Testing tap water, the meter reads pH 6.7 with an inch immersed and pH 5.2 with four inches immersed. Our regular garden soil test kit yields a pH of 7 for our tap water.
We were unable to attain deep immersion in a compartmented potting tray, so we filled a jar with potting soil and added water. The meter read ph 5 with an inch immersed and initially pH 3 with four inches immersed. After a few minutes the four-inch reading dropped to pH 4.5. There may be pH changes as the various components of the potting mixture react with the water.
We removed potting mixture from several cells of the potting tray and arranged it so as to be able to test at various immersions. At one inch the meter read pH 6.2 and at four inches the meter read 5.2.
Testing tonic water, the meter read pH 5 with an inch immersed and pH 3.5 with four inches immersed. The pH changes steadily as immersion increases. Clearly the pH meter has insufficient impedance. We tried dissolving various quantities of table salt in the tonic water but there was little change in the readings.
We tried testing the tonic water with our regular garden soil test kit. The pink solution and buff precipitate don’t match any standard reading so we don’t know precisely how acid the tonic water is.
I wish I could tell you the brand name of our Moist/Light/pH meter but all it says is “Made in China”. It is green and has two probes. And the pH function is garbage.
Two of the “moist paper towel” radishes planted yesterday have developed nice shoots with small green leaves or cotyledons just at the surface of the potting soil.
Additionally, there are growths from one other “moist paper towel” radish and also two of the “jar of water” radishes but these growths appear to be confused roots (radicles) rather than shoots. It was not possible to properly orient the germinated seeds during planting but I had expected the radicles to be more sensitive to gravity (geotropic). Perhaps I soaked them too long (24 hours) before planting.
After 24 hours, 7 of 10 radish seed in a jar of water and 8 of 10 on a folded damp paper towel in an inflated ziploc had germinated. Those in the jar of water germinated about six hours ahead of the others. All 20 have now been planted in potting soil.
The seed coats of those which had been in the jar of water were much more delicate than the seed coats of the others. A couple of the seed coats from the jar of water fell off during planting.
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