We have some nice turnips waiting in the kitchen garden. These are "Ideal Purple Top Milan" from Baker Creek Heirloom Seeds. I also grew the more standard Purple Top turnips, which are not as big but very good.
Turnips, Chinese Radish, Sunchokes, are all good for roasting, stir fry, and slicing thin for snacking.
Monday, November 14, 2016
Saturday, November 12, 2016
Kitchen Garden. Sunchokes and Chinese Radishes. 11.11.17
Green Luobo Chinese Radish. 11.11.17 |
Sunchokes. 11.11.17 |
Labels:
Chinese Radish,
jerusalem artichoke,
sunchoke
Thursday, November 10, 2016
Saijo Persimmons. 11.9.16
Saijo Persimmons, with Nikita's Gift for Comparison. 11.9.16 |
Saijo Persimmon. 11.9.16 |
Only 8 persimmons on the Saijo tree, but that's OK. This is my first taste of this variety and this is the first year of any persimmons in my orchard. Very nice.
Friday, November 04, 2016
Nikita's Gift Persimmons. 11.4.16
Nikita's Gift Persimmons. 11.4.16 |
I sliced in half and scooped out the jelly-like contents with a spoon, eating like a small cup of pudding. Excellent sweet flavor, with a spicy element similar to clove or cinnamon.
So now I know, at least these persimmons can be grown and ripen in my cool summer, short season Southwest Washington State climate. So good.
There are some Saijo to follow. A little behind Nikita's Gift, but not by much.
Saturday, October 29, 2016
Fall Chores, Persimmons, Zucchinis, Garlic. 10.29.16
Vegetable bed covered with leaves. 10.29.16 |
The Last Zucchini. 10.29.16 |
Nikita's Gift (Plate) and Saijo (Countertop) Persimmons. 10.29.16 |
Baja (Roja?) Garlic. 10.29.16 |
More Garlic Starts. 10.26.16 |
Picked about 1/4 of the Nikita's Gift Persimmons. They are hard, so will need to ripen. I placed them into a bag of apples to assist that process.
Apples produce ethylene gas, as part of their ripening process. The ethylene gas will help the persimmons to ripen, too.
Not sure about that Saijo, there is still some green. The rest, only about 6 fruits, are still on the tree.
The garlic starts from local nursery, they labeled "Baja" but I wonder if they are Spanish Roja, are all growing nicely. When I get a chance and it's not raining, they need hoeing for the weeds. I checked other local nurseries, no garlic starts. Finally, I checked Portland Nursery, they had multiple types. I bought 2 heads of "Duganski", just for variety. Ordered from a catalog, I would have to order more than I need, for an even higher price plus shipping. Territorial sells Duganski. "beautiful, purple stripe garlic with large bulbs and an amazing flavor that matches its looks and size. Purple outer wrappers protect the violet-tinged cloves that burst with a fiery flavor and mellow out with a pleasant aftertaste." This is just for novelty, see if they are different from the Inchelium Red that I grow each year.
Speaking of Inchelium Red, it's far behind the Baja/Roja this year. A few have germinated, maybe 10 of the 40 or so that I planted.
Edit 10.30.16 It turns our there actually is a Baja Garlic, called "Baja Morado". From the link - "Baja Morado... was at first thought to be a long storing Creole but upon detailed examination turned out to be an even longer storing Silverskin that has a nice pleasant garlickiness with some pungency... similar to Mexican Red Silver but with much white in the clove covers rather than solid deep red." As with anything from nurseries, local and mail order, it's best to take things with a grain of salt. But who know" Maybe this IS Baja, and Baja Morado at that.
Labels:
Fall Chores,
garlic,
kitchen garden,
leaves,
Nikita's Gift,
Persimmon,
Saijo
Wednesday, October 19, 2016
Fertilizing Trees in the Fall. 10.18.16
This post is a lot more dry than usual. I have wondered whether it is beneficial to fertilize trees in the fall. For the past few years I have done so, and do not see harm occuring from that practice. In addition, the fertilized trees do seem to have a good burst of growth in the Spring, more than trees that I have not fall-fertilized.
Different websites give different advice about fall-fertilizing of trees. For the most part, these sites refer to deciduous shade trees. Much of the research that has been done, relates to conifer forestry.
Growingagreenworld.com: "many experts now consider late fall, or about a month after the first killing frost, to be the ideal time for applying fertilizers. We now know plants utilize nutrients throughout the year in different ways." The site further states, that when trees are dormant, their roots absorb nutrients and apply them to root growth, disease resistance, and storage of nutrients for Spring. I don't know if those claims are supported by science, but they make sense.
According to the University of Minnesota extension, early Spring is the best time.
Gregory Forrest Lester (Ohio) states that Fall fertilization is essential. Again, the rationale is to prepare for Spring. There aren't a lot of sources regarding fall fertilization of trees. Via google scholar, there has been some specific research, that may or may not apply to yard shade trees.
Annals of Forest Science. Related to seedlings of red pine, "Results suggest that fall fertilization of red pine seedlings can help render desired target height in the nursery, while maintaining or increasing cold hardiness levels." Benefits were seen for number of needles. concentration of nitrogen in shoots and roots, and cold hardiness parameters.
Western Journal of Applied Forestry. Related to Douglas fir seedlings, fall fertilization increased nitrogen concentrations in the seedlings. There was no difference in root growth or cold hardiness. It did not appear in this project that fall fertilization had much effect.
Annals of Forest Science. Regarding a species of oak, "early fall fertilization promotes nutrient loading of P(hosphate) in Holm oak, with significant effects on root growth potential and field growth by means of a phenologically earlier development and a higher aboveground biomass." and in the discussion it was noted that "six months after planting, fall fertilized plants showed higher shoot biomass, higher proportion of new leaves, and faster development, producing leaves earlier compared with unfertilized plants."
Southern Journal of Applied Forestry. Regarding fall fertilization of one year old longleaf pine, there was "substantial overwinter dry weight gains and increases in nutrient content and concentrations" especially for nitrogen. Based on their research, they conclude that fall fertilization "offers a means of increasing seedling size and nutrient reserves prior to out-planting on the relatively infertile sites where seedlings are normally established."
Journal of American Society for Horticultural Science. Regarding field-grown peach trees, there was not a benefit for fall fertilization vs. spring fertilization, for peach production or tree growth.
Journal of Agriculture. Regarding shade tree fertilization researchm up to 2002. The authors state that nitrogen usually appears to be the most important nutrient, and note that "studies conducted with (labeled) nitrogen
showed low N(itrogen) uptake during the dormant (leafless) season, bringing into question the practice of dormant-season N applications." However, they also note the inadequacies and limitations of the research that had been done.
Canadian Journal of Forest Research. Regarding more Douglas fir seedling research, one month after fall fertilization, "Total nitrogen concentrations increased 1 month after fertilization, remained stable throughout winter, and tended to decrease or remain stable just before budbreak."
My conclusions: A lot more work is needed to determine whether fall feeding benefits, doesn't benefit, or harms trees, and in what situations. There does appear be benefit in some situations. Nitrogen sources are more likely to be beneficial, and unless a deficiency is seen, fertilizers that contain signicant amounts of other major nutrients are usually probably not useful. If one is interested in pee-cycling, that seems like a reasonable approach as long as it is not overdone. A liter of "liquid gold", diluted to 4 liters, could be applied over an area of about 10 feet by 10 feet, to a tree with a drip line about 8 feet in diameter. It's not rocket science, and I would not do so if the soil salts are high.
(All images are public domain, via vintageprintable.com)
Different websites give different advice about fall-fertilizing of trees. For the most part, these sites refer to deciduous shade trees. Much of the research that has been done, relates to conifer forestry.
Growingagreenworld.com: "many experts now consider late fall, or about a month after the first killing frost, to be the ideal time for applying fertilizers. We now know plants utilize nutrients throughout the year in different ways." The site further states, that when trees are dormant, their roots absorb nutrients and apply them to root growth, disease resistance, and storage of nutrients for Spring. I don't know if those claims are supported by science, but they make sense.
According to the University of Minnesota extension, early Spring is the best time.
Gregory Forrest Lester (Ohio) states that Fall fertilization is essential. Again, the rationale is to prepare for Spring. There aren't a lot of sources regarding fall fertilization of trees. Via google scholar, there has been some specific research, that may or may not apply to yard shade trees.
Annals of Forest Science. Related to seedlings of red pine, "Results suggest that fall fertilization of red pine seedlings can help render desired target height in the nursery, while maintaining or increasing cold hardiness levels." Benefits were seen for number of needles. concentration of nitrogen in shoots and roots, and cold hardiness parameters.
Western Journal of Applied Forestry. Related to Douglas fir seedlings, fall fertilization increased nitrogen concentrations in the seedlings. There was no difference in root growth or cold hardiness. It did not appear in this project that fall fertilization had much effect.
Annals of Forest Science. Regarding a species of oak, "early fall fertilization promotes nutrient loading of P(hosphate) in Holm oak, with significant effects on root growth potential and field growth by means of a phenologically earlier development and a higher aboveground biomass." and in the discussion it was noted that "six months after planting, fall fertilized plants showed higher shoot biomass, higher proportion of new leaves, and faster development, producing leaves earlier compared with unfertilized plants."
Southern Journal of Applied Forestry. Regarding fall fertilization of one year old longleaf pine, there was "substantial overwinter dry weight gains and increases in nutrient content and concentrations" especially for nitrogen. Based on their research, they conclude that fall fertilization "offers a means of increasing seedling size and nutrient reserves prior to out-planting on the relatively infertile sites where seedlings are normally established."
Journal of American Society for Horticultural Science. Regarding field-grown peach trees, there was not a benefit for fall fertilization vs. spring fertilization, for peach production or tree growth.
Journal of Agriculture. Regarding shade tree fertilization researchm up to 2002. The authors state that nitrogen usually appears to be the most important nutrient, and note that "studies conducted with (labeled) nitrogen
showed low N(itrogen) uptake during the dormant (leafless) season, bringing into question the practice of dormant-season N applications." However, they also note the inadequacies and limitations of the research that had been done.
Canadian Journal of Forest Research. Regarding more Douglas fir seedling research, one month after fall fertilization, "Total nitrogen concentrations increased 1 month after fertilization, remained stable throughout winter, and tended to decrease or remain stable just before budbreak."
My conclusions: A lot more work is needed to determine whether fall feeding benefits, doesn't benefit, or harms trees, and in what situations. There does appear be benefit in some situations. Nitrogen sources are more likely to be beneficial, and unless a deficiency is seen, fertilizers that contain signicant amounts of other major nutrients are usually probably not useful. If one is interested in pee-cycling, that seems like a reasonable approach as long as it is not overdone. A liter of "liquid gold", diluted to 4 liters, could be applied over an area of about 10 feet by 10 feet, to a tree with a drip line about 8 feet in diameter. It's not rocket science, and I would not do so if the soil salts are high.
(All images are public domain, via vintageprintable.com)
Labels:
fall fertilizing,
fertilizing trees,
pee-cycling
Update. Ginkgo #2. 10.17.16
Ginkgo Tree Planted Summer, 2012. Now 10.18.16 |
Above Ginkgo Tree after planting in 2012. |
This was the smallest of the trees that I grew from seeds that my late father collected qround 1995 in Illinois. I kept it in a flower pot, then planted in poor soil at the place in Vancouver, then when we bought the Battleground place, moved the tree there. That was 2012. It's done nicely, and was given minimal water this summer. It's turning into a handsome tree that my Dad would have been proud of. I miss him.
The parent tree was grown by a neighbor in that small Illinois town. That neighbor was a WWI veteran, a German man who was in a British POW camp for part of the war. He later emigrated to Illinois. I remember his telling me that Gingko biloba trees had a shape like pine trees, and were around in the time of dinosaurs. He grew his tree from a seed as well. That tree was the source of the seeds that my dad collected. It has since been cut down.
Tuesday, October 18, 2016
Update. Transplanting a large Ginkgo tree. 10.18.16
Transplanted Gingko Tree, 9 months later. 10.18.16 |
Each bud grew a tuft of leaves. Only a few stems elongated, and that only 6 inches at most.
Now that it's more established, I think it's ready for a boost for next year, so I gave it a moderate fall dose of nitrogen. I also took off the support ropes, which are not considered beneficial after the first season of growth. The trunk has a mild bend, which I will just have to accept.
Ginkgo tree being dug in January 2016, for transplanting. |
Kitchen Garden Harvest. 10.18.16
Turnip. 10.18.16 |
Root Crops. Chinese Radishes, Daikon, Turnips. 10.18.16 |
The July-planted turnips are great, as is the Daikon and a few of the Chinese radishes. Many of the radishes have exploded, I imagine from the rains. Still, this is a lesson that there are some that can be planted successfully from seeds, in July. The broccoli and kohlrabi don't look like much, so I'm leaving those in place. Ditto for carrots, more an issue of deer eating the tops, than because they didn't grow.
The red-centered Chinese radishes have a mild crispy flavor, nice raw. Daikon is similar, a bit more peppery, and very good shredded and eaten raw as a slaw, or as a dumpling filling.
Lettuce did very well. I don't know why deer and rabbits didn't eat it.
The scallions that I rescued mid summer, staged a come back and we have been eating them.
Red-centered Chinese Radish. 10.18.16 |
Now we are getting a lot more peppers than we can eat. I planted them too early. The raised beds with low fencing was perfect, no herbivore predation and yield is amazing.
Still harvesting corn from seeds that were planted in June. This variety is "Bodaceous". The ear is more full than it looks, I didn't pull the husk back far enough. Bodaceous is a high-yielding, really good "corn-tasting" sweet corn, unlike Mirai which was watery and sugary and no much corn flavor.
Leaf Lettuce Mix. 10.18.16 |
Scallions. 10.18.16 |
Peppers. 10.18.16 |
"Bodaceous" Sweet Corn. 10.18.16 |
Labels:
Bodaceous Sweet Corn,
Chinese Radish,
Daikon,
lettuce,
Mirai Sweet Corn,
peppers,
turnips
Wednesday, October 05, 2016
Saving Chinese Bean Seeds. 10.4.16
Shelled Bean Seeds. 10.4.16 |
Red Variegated Beans. 10.4.16 |
Chinese Green Bean Pole Beans from 8.28.16 |
There won't be more seeds where these came from, so the goal was to see if I could grow some from the ancient packets, and if they grow, save the seeds for next year.
I do also have an envelope with about 25 seeds from last year, that I can combine with these if I find them.
The beans were fairly diverse. There were 5 distinct, types, with 4 pictured here. There was a pale green wide pod, with red speckles and stripes, a dark green wide pod with black speckles and stripes, a green wide pod, and a green narrow pod.
Shelling these, the pale/red speckled pod corresponded to a white bean seed with red speckles; the dark/black speckeled pod corresponded to white beans with black speckles, and some that were solid black. The all green pods had all-red beans, and the narrow / round green beans had white seeds.
I think the two red types in the photo are just variations of the same type.
It's been raining, and some of the pods are mildewed, while some remain green. I've harvested about 2/3 of the remaining pods. These are allowing to dry more, inside the house. Then they will go into envelopes and possibly other container, and saved. We can see next year if they are viable, and if they reproduce true to type. It's possible some will hybridize because different types were near one another, in some cases intertwined. They may require a few years of isolation to purify the strains.
Dried Bean Pods. 10.4.16 |
Labels:
ChangChun Beans,
Chinese Beans,
Saving Seeds
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