Red Sugarcane, Saccharum officinarum

   Last fall I took a road trip to a nursery called A Natural Farm, at Howie in the Hills, Florida. They had many interesting plants, which pleased me very much, including many that I already owned. I ended up buying three sugar cane rooted cuttings, and planted all three in the back yard. The back is sheltered from frost and winds, as best as I can make it. These are some pictures taken shortly after planting.

     Wikipedia says that sugarcane is the worlds most produced crop by quantity. It also says that sugarcane is a true grass. It is propagated by stem cuttings that must contain at least one bud. These three are stem cuttings.
     IFAS recommends cutting linger stalks into 6 bud seed pieces ( about 2-3 feet long) and planting that. Also, "Single node pieces, which contain a single bud, can be planted in pots or trays and later transplanted at the target site."

Making Soap from Wood Ash (Potash) and Oils, Part 3

      Most websites say that the lye solution is the correct strength when a small potato or raw egg floats while showing an amount above the surface tension of the water about the size of a quarter. Most sources are unclear about the proper pH of lye water, but it is expected to be somewhere between 13 and 14 (the most alkalotic substances known to man) to be strong enough to saponify oils.
     It is difficult to guesstimate an approximate recipe to use the lye water. One person states, "If your lye water will float an egg with only a quarter size showing, boil down 1 gallon of lye water to 3/8 cup. Use 2 cup fats with 3/4 c. concentrated lye water…proceed slowly adding small amounts lye to fats whipping briskly each time."
     Another recipe concerning the proportion to ash water to fats can be found here. The author states, "Thirty-five liters of ashes is about the right amount for 2 kilograms of fat (a bushel of ashes for 4 pounds of fat). This proportion is cited in soap-making recipes of the colonial period in the United States, but many of the recipes of that era differ on the proportion of ashes to fat. Put 115 ml (1/2 cup) of lye in the kettle for every 230 ml (1 cup) of fats or oils."
     Another soap making website says the ratio of home-made lye water to fats should be "115 ml (1/2 cup) of lye in the kettle for every 230 ml (1 cup) of fats or oils." It goes on to say the mixture should be boiled until it becomes thick, foamy, and rubbery.
     This site has a surprisingly well-written article about how to neutralize an alkalotic pH in liquid soaps. In short, boric acid or borax is added to the soap solution, then allowed to precipitate, leaving the remaining soap more neutral and clear. Of course, proper pH testing is necessary to prevent skin reaction (we can handle more acid than alkali). Adding more fat will also bind the alkali in the lye.

Making Soap from Wood Ash (Potash) and Oils, Part 2

     On the other hand, Mother Earth News has printed an article from 1972 that says this about making wood ash lye at home:

To make lye in the kitchen, boil the ashes from a hardwood fire (soft woods are too resinous to mix with fat) in a little soft water, rain water is best, for about half an hour. Allow the ashes to settle to the bottom of the pan and then skim the liquid lye off the top. You can do this daily and when you've got enough of the weak solution, start the soap making process by boiling the liquid down until it'll float an egg. Now put that meat fat, left-over cooking lard and vegetable oil into a kettle not over half full, and heat the whole mess until all the liquid has been rendered out of the solid scraps. While it's still hot, add this clean grease to the bubbling lye and continue to boil the mixture, stirring all the while, until it reaches the consistency of thick cornmeal mush. 

     The article goes on to say that added salt makes the soap set into bars more easily, and that non-hardwood ashes are too resinous to produce soap. That last statement could use a good skeptical questioning, since pine tar soap is renowned for its anti-inflammatory properties against ailments such as psoriasis.

Making Soap from Wood Ash (Potash) and Oils, Part 1

     It wasn't all that long ago that housewives and farmwives made a liquid soap at home using wood ashes and animal fats. The recipes and techniques have been somewhat lost through the years, but several websites have been collecting some information about the process. This website has a bit of background information on the subject, saying, "Historically, potash was derived from boiling down liquid lye (leached from hardwood ash) until it was reduced to a white solid composed primarily of Potassium Carbonate (K2CO3). Potassium Carbonate was used in soap making, glass production, and other manufacturing processes. It could be further refined in a kiln to remove impurities. The refined product was called pearl ash. Both potash and pearl ash were used as an early leavening agent in baked goods."

     One book, the Farmer's Magazine (1859), estimates that ten pounds of ash will make about one pound of salts of lye. The leeched ash water is boiled "to the consistency of tar".
     From Frontier Freedom Magazine and other sources, homemade lye from wood ashes produces potassium hydroxide, an alkalotic relative to the commercial sodium hydroxide that handmade soap is made with. Most online sources agree that rainwater or distilled water is the most desirable for making wood ash lye. The technique they recommend to produce lye, which also sounds to be one of the faster and safer techniques out there, requires you to fill a pillowcase with ashes and place over a five gallon bucket. Pour boiling filtered water into the pillowcase bucket, like you are making tea. Agitate for some time (1 1/2 hours?), then take the pillowcase of ashes out of the water and cook the extra moisture out of the ash water. The lye is strong enough when it can dissolve a chicken feather. The process may have to be repeated several times to get the correct strength (approximate pH?). Avoid scorching the lye (?). Liquid lye can be sun-dried/dehydrated into crystals (?).
     The recipe from Frontier Freedom Magazine calls for 18.2 ounces of homemade lye crystals, 2 1/2 pints of water, and 6 pounds of fat, which they say will make 9 pounds of soap. Their single bar recipe calls for 3 heaping tablespoons of homemade lye crystals, 1/2 cup soft water, and 1 cup melted beef tallow. "A combination of half tallow and half lard is usually suggested." This is somewhat frustrating because most of us use metric measurements for everything this exacting. The soap is made via hot process, and can be hardened into bars and molded or left as a liquid for washing clothing.

Timber for Florida's Future

   I may have already said that I ardently believe that Florida's natural state is forested, and that it's weather and plants do everything they can to return the state to a forested system, time and again. Perhaps we should work with nature instead of against her, and plan Florida's agriculture to its forests and not to cattle pastures and tomatoes. After all, citrus trees can be part of a silviculture system, when properly managed.
     In the not-so-distant past we were all about growing timber, and some parts of North Florida still are. The construction lag has reduced the timber industry nationwide, but there will always be a need for lumber. Moreover, there are dozens if not hundreds of native and exotic trees that can be used to produce high-quality lumber products.

Grow a Forest in 3 Years

      This amazing essay was written in 1964 by an agricultural professor in Athens, Georgia. He outlines some information gleaned from their test site, which uses the American Sycamore tree, a member of the maple family, to very quickly produce high-quality timber and rough cellulose. The species grows very well in the entire east side of the country, is relatively pest-free, and can produce maple syrup and mushrooms as a by-product (read: secondary income). It grows quickly from seeds and is a prolific producer. The trees are even great at growing where other timber species can't or won't.
     I'm not advocating large fields of trees, but I am advocating some parts to life that can be more sustainable. What about permaculture farms that grow pecans, citrus, persimmons, cacti, pines, and other useful trees in polycutures? With processing facilities nearby or on-site, the value added could be enormous.

     Another favorable long-term study for commercial growth of Sycamore and Sweetgum in the deep south.

Bamboo

Native to: Asia.  Uses: Edible, Forage, Xeriscaping, Fencing, Fuel, Building Material, Clothing Textile.
     I love bamboo. It's got a very tropical, Asian feel to it, indeed, it is the definition plant for Japanese-style gardens. It grows very quickly thanks to it's unique rhizomial adaptations. It has a million and one uses. And rabbits love it.
     I think most people should understand before they plant bamboo that it is a giant grass. And think of how hard it is to get rid of grass in Florida once it is established! So extreme care should be taken before a planting of bamboo is placed anywhere. It should probably not be planted over sewer lines, electrical lines, water pipes, etc.
     My large bamboo is in a pot, while my dwarf bamboo hides underneath a palmetto bush. Hopefully that will be good enough to keep my yard safe.
     This pile of bamboo was laying by the curb at a neighbor's house. Silly people.

Can Permaculture sustain us?

     Toby Hemenway is one of the best-known Permaculture advocates available. He is quite knowledgeable on the subject, and gives talks and teaches courses over there on the west coast. An article from his website was probably the best gardening article ever written, which is to say most horticultural information is content-milled. That article really inspired me to find out what is native and useful here, and I can't imagine living anywhere else.

     But can Permaculture really sustain us? Some people think of it as more of a religion rather than an agricultural technique, which is definitely a problem. And the answer, which Mr. Hemenway sidestepped a bit, is that it cannot. Unless we change every aspect of our lives to really coexist with the planet. That would include less future children, and not more. Less fossil fuels, not more. Less air conditioning and heating, and not more. Less can be more with proper design, hence, permaculture.

      It really comes into perspective when you attempt to figure out the acreage it would take for a family to feed itself. More than one acre, for sure. At least one adult working  full-time on that acreage to plant, harvest, and maintain production. Families would be forced to to move to be spread out in order to have that land for use. The surface area of the arable parts of the planet is known and can be calculated. The calculations do not add up to the population numbers that we have now.

     That's sad, right? Not really. I can't even tell you all the people that I've met that never want to have kids. They are a product of our industrial society, and they don't want to give up the luxury they would miss out on  if they had to raise children. Then there is also the fear that this industrial society isn't worth living in, that it would be a shame to bring a child into this. Personally I think that's why zombie flicks are so popular, because people secretly long for a less complicated life where the threats to your welfare are clearly visible. Children are an investment no matter what your ethics and religion, of time, energy, even patience.

     But that's just one aspect of how lives must be changed to have a future for our race. Toby Hemenway  forsees a potential future for us that he describes well in this video. What do you forsee?

Prickly Pear, Opuntia vulgaris

Newly  planted rooted leaf pad.

Uses : Food, Liquor, Forage, Firewood, Fencing. Native to Mexico.
     The prickly pear cactus is an amazing little survivor. It is a true cactus and is grown all over the world in dry climates for the leaves and fruit. It has naturalized itself to the scrub forests of West Florida and is as good as native. Ever so slowly it can grow with no care on your part whatsoever.
     Spreading prickly pear (Opuntia humufusa), has many, if not all of the same good qualities as the more common prickly pear, but is a native of the pine forests here in Florida. It is a low-growing perennial, bane of hikers not watching their footing. It rarely gets even half a meter in height, and is able to reproduce vegetatively when leaf pads that become detached from the parent root themselves.
     The leaf pads can be eaten by people once the spines are removed. Typically the young pads are selected for human consumption before the spines harden. It is usually sliced into strips and cooked as you would a green bean.
     Later, the leaf pads can be used as cattle forage if the spines are burned away or otherwise removed. This has helped farmers in Mexico when lack of rainfall browns the fields. The leaf pads are quite high in moisture which will also help sustain cattle. Prickly pear can be used to create a natural hedge which will keep cattle fenced, as they do not wander through the thick spiny pads.
     The little red fruits can be eaten raw after skinning and are usually served chilled. Many cultures worldwide distill prickly pear fruit juice into a liquor. The juice can also be used to ferment into a wine, known as colonche.
     The process for making colonche has changed very little over the centuries. The fruit is harvested, peeled, crushed, the juice collected and boiled for two or three hours. Then the juice is allowed to ferment for several days. Sometimes other colonche is added as a starter. After primary fermentation it can be served.
     In Mexico the cactus are raised as a fodder for an insect known as cochineals, which create a natural red dye that has some trade value.
     Four Ways to Preserve Prickly Pear Pads