I recently found a dead banana.
Wandering around the market's of Thailand, I found some hands of gros michel bananas, which were once in every supermarket in the US and Europe, and which your grandfather probably ate every day. It's much tastier than its replacement, cavendish. If you're curious, I describe the taste in this video:
http://www.raw-food-health.net/Gros-Michel.html#axzz1X9evOPeL This got me thinking about the real cause of the decline of gros michel, which is usually solely put on the shoulders of panama disease.
Panama disease is devastating the cavendish crop, and looks like it might soon threaten the plantations of South America. Beginning in the late 1800s, a different strain of panama disease attacked gros michel, the then-dominant cultivar. By 1960 or so, it was wiped out outside of southeast Asia and a few other isolated areas. You can read more about this here:
http://classic.the-scientist.com/news/display/54710/ I'm curious to discuss the effects of having a diverse food forest settup, as opposed to the monocrop plantations currently used by the banana industry, and how that might affect the ability of these bananas to resist disease.
Obviously, devastation of a disease is limited if panama-vulnerable banana cultivars only make up a small part of your crop. There are resistant cultivars, and of course many other types of fruit. At most you'll lose a small part of your production.
But what I'm more interested in is if a banana plant has more ability to resist or avoid disease when part of a diverse food forest.
Obviously, pests and parasites have to be able to see a crop to attack it, and the smaller amount grown means limited food supply for them.
However, diseases are not the same thing. A single bit of infected dirt or water has been shown to spread panama disease.
So is there some inherent feature about permie settups that makes them resistant to disease?
Are there examples of permie setups resisting disease while monocrops of the same plant are being devastated nearby?
For instance, the tropical parts of the Americas can't grow GM anymore, yet in Florida, small growers can, sometimes.
It's that sometimes that gets me curious. What exactly is going on in those cases that lets them have the plants? Small scale? More diverse?
Any thoughts on the topic welcome.