Photo #1 shows the condition of my "soil". It is more rocks than dirt. This is New England. Photo#2 shows a potato plant. I am about to dig the tubers with my hands only. Photo #3 shows some of the potatoes that I have dug. Photo #4 shows me fishing around for the deepest ones. When the soil is this rocky, I build soil on top of the ground. Sixteen inches of leaves were put down. Then 4-6" of horsebarn bedding was put down on top of that. Pumpkins were planted in it the next spring by digging down to the dirt and placing the seeds on the dirt and covering them with an inch of soil. Thus, a crop of pumpkins grew the first summer, while it was decomposing. This spring, I dug down to the ground level and put in a potato and covered it over. These pictures are of me harvesting that crop.
This is the kiwi arbour that we built. The wires are 16" on center. It is two arbours, end to end. Each arbour has nine plants. It measures 24x42'. Each plant is given an area 8'x14'. The plants are set up like a tictactoe board, 3 across, 3 down. The middle plant is a male. The other 8 are females. The plant is grown up in the middle of the 8x14' area to the 6' height of the wires. The permanent structure of the plant is shaped like a capital T, long ways, 14'. New shoots that are saved for fruit grow out from there each year. The old shoots are removed, and new ones replace them each winter, when pruned. We are growing several varieties. The two that have fruited have excellent taste.
These are Jerusalem artichokes, sometimes called sunchokes. They are native to the prairies of North America. These are 9-10' tall and they are invasive. They produce good eating tubers that can be harvested in the fall, all the way through to spring, if the ground is kept from freezing. These were planted here 20 to 30 years ago. We mow around them or till around them to keep them from spreading.
These are called "Matt's Wild Cherry"tomatoes. The color is this intense. At first I thought they didn't taste good. They need to sit on the vine for a week or two, after they turn red. This is the only tomato of the six or seven varieties that I grow that gets no late blight at all. According to the folks at "Totally Tomatoes", a catalog that I order from, there is no variety that does not get late blight. According to Fedco Seeds ,this tomato was found growing wild in Mexico. These tomatoes are approximately the size of the wild tomatoes that I found growing in Hawaii, where I lived a number of years ago.
This is called redroot, a weed. It is an Amaranth. It has grown up to 8' tall in our garden. This is a seed head. These green flowers produce shiny black seeds, that when cooked burst open and produce a cereal like cream of wheat. This is a different species than the commercial amaranth sold in stores, but it is an edible nourishing food.
This is garlic. It was planted about the first of September, from cloves dug the same day. I had not harvested it on time and all the wrapper leaves were gone. I was told that this early planting, rather than waiting til the end of October, as most growers do, would give me better bulbs. Last year was my first year of growing garlic. I decided to just plant it all, rather than harvesting any for the kitchen, so I can increase the size of my patch. Only hardneck varieties will grow well in my northern climate.
This is butternut squash. The leaves are just about all dead. They squash have that chalky haze that indicates that they have reached maturity. We will soon be picking them. The chalky haze is due to many different species of microorganisms, replacing the ones that assisted the fruit in it's growth.
This is part of a tomato taste-off that was held at our house this past sabbath. In all, there were 33 different heirloom varieties, along with 2 hybrids! The hybrids had the highest brix readings of all. This is an example of breeding a hybrid for the right reason. Winners of the heirloom varieties included Old German and Caspian Pink (which tested out at 8 brix).
These are the northern grown fuzzless kiwis. They are the size of grapes and the whole fruit is eaten, skin and all. The variety is Issai. It is an old variety. Newer ones are larger and of many different flavors. They are ripe when very soft, almost mushy, and are deliciously sweet. One male plant must be planted per several females. It is said that it takes from 3 to 9 years to flower and fruit, but I have grown them so that they flower in one year by mulching them deeply with a mixture of dry and green grasses, mixed with legumes.
This is butternut squash. The squash itself looks good, the leaves are dying due to potassium deficiency. The stem end of the squash has formed very well. There was no potassium deficiency during it's formation. These leaves are closer to the roots and the potassium has been sucked out of the leaves and moved to the end of the vine. The last 7 feet is flourishing. I have plenty of squash, more than I can use. It will keep til March, sometimes April.
These are Niagara grapes, the type used for making white grape juice. Notice the shriveled black grapes. This is black rot. The last 2 years I lost almost all of my grapes to this fungus disease. The unaffected grapes can be eaten, but the clump looks bad. If I can increase the brix level of the young green grapes and leaves to 5% or above, I am told that black rot will not flourish. I recently met a Sardinian wine grape grower. He told me to extend the arms on the trellis to 3 and a half feet, instead of 2 feet. This will allow room to pull the leaves off above the grape clusters, yet room enough to run the vines back and forth along the wire on the ends. Exposing the grape clusters to sunlight causes the brix level to increase, making sweeter, more nutrious grapes with hopefully, more black rot resistance. These grapes are testing 17-20 brix. They taste sweet and good and I am soon going to make grape juice.
These are blueberry plants that I put in this spring. The plant on the bottom is healthy. The one on the top has interveinal chlorosis, which shows iron deficiency. Note the yellow between the green veins, on the new shoot. The soil here has come from basalt rock. This rock is 17% iron! But it doesn't get into my plants, because the ground is not acid enough. I put aluminum sulfate on the ground to make it more acid. Some of the plants have already greened up. I expect this one will, as well.