Tomato Pictures

I feel very far behind in posting pictures of what I have growing. Here are a few tomato pictures.

Red Pear Tomato

Above is the Red Pear tomato Ashleigh gave to me.

It’s a cute little plant, and the tomatoes are nice. The plant is not very prolific, and the foliage is amazing susceptible to diseases like powdery mildew and early blight. My plant hardly has any leaves left, because I’ve had to remove them all.

Currant Tomatoes

These are currant (also called wild) tomatoes. I am growing two kinds that look exactly the same, Sugar Cherry Currant and Matt’s Wild Cherry. The former is more prolific and the latter has a better flavor and more compact plant.

I have been growing currant tomatoes for a while because they have some blight resistance. It means when my tomatoes get blight, these plants will last longer and continue to bear fruit, meaning I can still have some tomatoes when the other plants have died.

It turns out here are two problems with this logic. The first is even though the plants don’t die right away, they remain infected and spread blight spores. The other thing is, when all is said and done, currant tomatoes aren’t very exciting. They are small and very sweet. I like them, and will probably keep growing them, but if all my other tomatoes die and all I’m left with are currant tomatoes, it’s a bit of a disappointing year.

Finally, here is a picture of an F2 generation cross (Whippersnapper x Ida Gold) I got from my friend Lieven. F2’s are genetically unstable. I grew 3 plants and they are all a bit different:

Lieven's F2

The parent plants are red and gold. Above you can see the first is red and the second is yellow. The third one is also red, but is has some problems ripening. The third plant is obviously a little genetically defective. Some of the tomatoes on the third plant also develop unripe white spots, even though the rest of the tomato is red. Eventually the fruits on the third plants ripen fully to red.

One parent is determinate and the other is indeterminate. Of my three, one seems to be mostly determinate and the other 2 indeterminate.

All of the plants are very small and compact. The first two taste better than the third, but in fact they all taste really good!

More CCD and Bee Rumors

The Daily Green has published another article with an explanation of the causes and reasons for Colony Collapse Disorder.

This seems to confirm what I posted about a few weeks ago, and was announced by Spanish scientists. Now all that’s left to do is wait for the ‘official’ announcement from US scientists confirming they have discovered the cause in US bees.

The Daily Green article is interesting in that it goes a bit further and explains the underlying greed that caused the problem in the first place.

The good news in all of this is if the underlying problem has been discovered, it may be possible to do something about it!

Pesticide Residues in Europe

Europe has one of the strictest limits for pesticide residue on fruits and vegetables. Environmentalists sometimes refer to it as the standard all countries should aspire to achieve. Many people would be surprised to know that in fact there is increasing evidence Europe has a serious problem with pesticide residues.

While this post is specific to Europe, it would not surprise me to find that most countries in the world have similar problems for similar reasons.

Combinations

Of course all pesticides go through a testing phase as part of their development, to determine their safety as well as establish safe levels of exposure to the environment, farm workers and consumers. One of the major weaknesses of this testing is combinations are never considered.

Pesticides are often classified according to the nature of their toxicity, for example you have neurotoxins, carcinogens and hormones. What happens when you combine a neurotoxin with a hormone? Two different carcinogens with a neurotoxin? This is never considered when testing pesticides, not for people or the environment.

Grapes for example are one of the most pesticide intensive crops, and 35 different pesticides are commonly used when growing them. For oranges, this number is 49.

In a test performed November 2004, Dutch consumer web site Weet Wat Je Eet (know what you’re eating) tested 30 samples of supermarket grapes and 42% of them had higher than allowed levels of detectable pesticides. They found an average of 4.3 pesticides in each sample, and a maximum of 12 in any one sample. The worst scoring supermarkets seemed to be mostly discounted German chains like PLUS. In other tests, chains Aldi and Lidl have also scored poorly on pesticide residues. To be fair, there were certainly other supermarket chains from other countries that scored poorly as well.

Testing for Residues

One of the problems is testing for these residues in the EU is at a very minimal level. Very much the ‘what we don’t know can’t hurt us’ attitude is taken.

When testing is performed, it is extremely unusual for more than one pesticide to be tested for at a time. That means if a farm uses 35 different pesticides to grow their grapes, if it is tested it will only be for one arbitrary pesticide, and if it passes this test the grapes are considered to be within EU pesticide residue limits.

The only wide spread testing I’m aware of, for multiple pesticides, is done by consumer organizations after the fruits and vegetables are on sale at the supermarket.

Centralized Processing and Distribution

It’s simply the nature of nearly all of our food that it comes from more than one source and goes through a centralized processing system somewhere. If you buy a liter of milk it doesn’t come from one cow. Farmers from many places combine the milk from all of their cows into one vat, which is then packaged for retail sale and distributed to supermarkets. The same thing is certainly true with our fruits and vegetables.

Not only does this distribution system more or less guarantee any contamination is spread through the entire system, but it makes the idea of testing for only one pesticide residue seem all that much more ridiculous. If testing for one pesticide is done on a particular farm or in a particular country, and tests for a different one are performed someplace else, after the products are combined clearly no meaningful testing has been done.

This distribution system nearly guarantees if 35 different pesticides are commonly used to grow grapes, and you buy a bottle of wine, it will almost certainly contain traces of all 35 pesticides.

Subsidies and Eastern Europe

Until recently almost no pesticides were used in the the former Soviet Block countries now in the EU. In the last few years the agricultural subsidies to these countries has increased sharply, and is apparently encouraging increased pesticide use. Tests performed on products coming from these countries show steadily increasing pesticide residues.

Another problem with subsidies is the trend in toward decreasing direct payment to farmers, but at the same time often different subsidies are available for things like pesticides. If a farmer finds him- or herself in a situation where highly discounted pesticides are available, and their use may result in even a small increase in crop yields, they may be tempted to use them much more intensively.

Certified Organic

If you really must shop at the supermarket, and think the way to address the problem of pesticides is to throw money at it, then buying certified organic products is always an option. By choosing certified organic products, you are supporting large farms at the expense of small ones. You are also not avoiding the problems of centralized processing and distribution, and since the use of ‘organic’ pesticides is often allowed you frequently don’t eliminate all of the environmental damage caused by traditional pesticides or all of the risks to your health. Certified organic food is also often among the most energy intensive food available. Organic standards are increasingly becoming watered down and less meaningful, and this trend looks set to continue. But if you must, this is a possible way to reduce your exposure to pesticides.

When you go to the store and buy certified organic products, you should think of yourself the same as a tourist from a rich country visiting a less developed one with a big pocket book. Unwilling to learn and adapt to local ways and customs, and insisting instead on spending lots of money to achieve the same standard of living you enjoy at home. By spending lots of money on certified organic foods, to avoid thinking about and becoming more connected with what you eat, you are simply cheating yourself and avoiding the experience of eating truly high quality foods. By promoting certified organic food to all of your family and friends, you doing little more than acting as a spokesperson for large agricultural interests.

What Can You Really Do?

Grow your own fruits and vegetables.

Buy locally grown products from people you trust.

Choose fruits and vegetables that aren’t usually grown with a lot of pesticides, in particular:

Avocado
Kiwi
Plums
Passion Fruit
Mango
Black Currant
Cherries
Fennel
Asparagus
Belgian Endive
Red Cabbage
Green Cabbage
Cauliflower
Mushrooms

Avoid ones that are normally high in pesticides:

Mandarins/Clementines
Lemons
Grapefruit
Oranges
Grapes
Currants
Apples
Lettuce
Hot Peppers/Bell Peppers
Endive
Stalk Celery

Contact your EU Agricultural Ministers, possibly through local organizations. If you are in Holland, follow the link above to Weet Wat Je Eet. Tell these politicians we need meaningful testing of pesticide levels, and foods that exceed them should be promptly removed from the market.

In case you thought we all lived in a democracy and your opinion mattered, think again. Apparently our European MPs don’t want the pressure of public opinion so votes on these matters are generally taken in secret. Secret parliamentary votes are undemocratic. Be sure to tell your politicians they should make their positions public so it’s clear who can be supported in future elections. Silence means they can’t be supported.

Silver Rose Garlic

Silver Rose Garlic

You might be wondering why I am posting a picture of a cured garlic bulb at this time of year. Most of us are busy harvesting and curing our garlic. What’s particularly interesting about this bulb of garlic is it’s from last year! That’s right, this garlic has been sitting around for a full year now.

This is what the inside of the cloves look like:

Silver Rose Cloves

Okay, perhaps it’s not the freshest looking garlic, and ever so slightly soft to the touch, but still very edible! None of the cloves are rotten. A month ago there wasn’t even any sign of sprouting.

This bulb didn’t actually come from my garden, rather it was leftover planting stock from an order. It’s possible what grows in my garden will have different storage properties.

Now that I have fresher garlic from my garden, this bulb is going into the compost bin.

For anyone who wants to eat home grown garlic all year round, this is a very interesting variety to consider!

This is a Silverskin type garlic.