Damn them. Oh, I am SO tempted to get out that bag of Sevin my mom gave me "just in case"
... See how they like the taste of Carbaryl! (pant pant pant)
I'm a little worked up. Witness the ravages:
We eat a LOT of cucumbers. I had such a great run this year, though, that even with full-time, all-out cuke eating, I had enough to make several batches of pickles. I even had the fungal issues completely under control through regular copper spraying, hygienic culture, and trellising:
(A single plant, trellised over four strings. It reached the top of my 6' trellis, and was beginning to spread over the wires that run between my two trellises.)
I almost ripped them out of the ground, since everything that I've read about these buggers indicates that, short of smothering them in insecticide, there was nothing to be done. Surrender. All. Hope.
But, poking around on the Web, I found this...
 FRUIT BAGGING FOR PROTECTION OF CUCUMBER AGAINST THENotice that the bagging is 50% more effective (40%/27%) than the conventional insecticide.
MELONWORM, DIAPHANIA HYALINATA, AND THE PICLEWORM,
J. O. G. de Lima1 & E. A. da Silva1, 1Laboratório de Proteção de Plantas, Univ. Estadual do Norte Fluminense, Av. Alberto Lamego 2000, 28.015-620 - Campos dos Goytacazes, RJ, Brazil. E-mail email@example.com.
In all regions of Brazil, the melonworm, Diaphania hyalinata, and the picleworm, D.
nitidalis, destroy several cucurbit fruits, especially cucumber, which if unprotected is
seriously damaged. Besides the frequent use of insecticides, no other single method is effective for protecting cucurbit vegetables. In order to find an alternative to insecticides, an experiment was carried out in the field to test the efficacy of paper bags for protecting the cucumber fruits against the pickleworm penetration. Bagging was accomplished no more than 24 h after the flower pollination (beginning of the flower wilting process).
In the four treatments used, the percentages of bored cucumber fruits at the first harvest (04.20.98) were: 1. Conventional application of insecticides (weekly application of deltamethrin at 5 g a. i./ha): 40.0 %; 2. Bagging the fruit and no insecticide application: 27.1 %; 3. Weekly application of deltamethrin (5 g a. i./ha) before and after bagging of the fruits: 30.0 %; and 4. Control (No insecticide application and exposed fruits): 52.4 %. Because of the poor quality of the paper bags, some of the bags split open at the first harvest and this number increasead at the second harvest (04.28.98). Due to these problems, the experiment was discontinued. However, the preliminary results were promising in that bagging reduced the need for application of insecticides. In addition, the color and size of the fruit were not altered by bagging. There is great potential for bagging of cucumber, especially using a new type of microperforated plastic bag, which is currently being tested.
Guess what I'll be doing tonight?