Eight days have passed since I tucked my tiny fragile jalapeno seeds into their specially prepared pre-moistened fist sized cloth pods nestled in a self contained semi-hydroponic plastic covered temperature regulated solar nest. Along with my tucking I did some quick praying to speed their journey toward new life, prolific growth and eventually their ultimate demise in my sauce pan. It sounds a bit hard-hearted when I put it that way. Today when I ducked under the lights to peak below the plastic I was rewarded with six new pepper sprouts. Hurrah!
The sad news is that it’s been eight days for my eggplant seeds as well, and not one of the precious babies has responded to my careful attempts to coax them into existence. What is it exactly that makes a seed grow into a plant? I mean, I know all the things a seed needs, as far as moisture, soil, sunlight, etc etc, but what actually makes it have new life? What mystery is at work that causes some seeds to crack open and begin splitting cells to form the complex structures and mechanisms for photosynthesis? This for me, and I dare say for gardeners everywhere, is one of the fascinations of gardening.
But what about those seeds that don’t sprout? Could I have done something differently? Are they just “bad seeds”? Who can tell me this? Instead of worrying about them, I have decided to go against my nature, be patience, have some faith, and wait another week.
On another note, after several failed attempts to set up a lacto-fermentation system for my sauerkraut, (I’m too cheap to purchase a proper crock and weights) I finally settled on a glass jar with a smaller glass inside to act as a weight pressing on a piece of plastic that I cut to fit the jar. The benefit of glass is that I can monitor the moisture level so that no dangerous bacteria can breach the salted water and spoil the cabbage. Plus it’s fun to watch the bubbles! The trick is to make sure that all of the food is below the level of the water so no nasty bacteria can land on a stray floater, travel down and spoil the food. The brine acts like a barrier. Meanwhile chemistry dictates that the Lactobacillus bacteria, which is on most surfaces already, is changing the sugars into lactic acid, a natural preservative, probiotic and probable anti-carcinogen. (or something like that). If you want to try it yourself, there are plenty of good sauerkraut receipts online. In 4 to 6 weeks we’ll be chomping away at the heavenly kraut, increasing the beneficial bacteria in our digestive systems and preventing cancer at the same time. Another Hurrah!