Moondog,
I started off concerned I might not find PV hut in the snow so easily, but now you have me worried we might not find you!!!

Can you leave the camouflage dress ups for the weekend we are not coming to PV??? (whichever that one ends up being).
Forgive my ignorance, but what material are jungle greens made of? I did a quick Google search and found these:
Copper Soaps as Rot-Proofing Agents on Fabrics
http://pubs.acs.org/doi/abs/10.1021/ie50410a018Improvement of Rot-retardant Properties of Jute and Jute Goods
http://www.worldjute.com/jute_news/news4.html...Past investigations have indicated that 0.5 - 2% copper content gives maximum protection against rotting of jute products. The method that is long being used aims at forming a basic carbonate of copper on the jute fibre.
The definite protective action of copper-ions impregnated in the fabric has been proved from experimental data and field trials. It has been found that the average life of sand-bags can be increased six fold when treated with copper salts. This increased time/life of serviceability justifies economic pre-treatment of sand-bags/other jute products before use.
Therefore, to retard the process of decomposition or increase the durability of the jute products these need to be treated with copper compounds like copper sulphate, copper ammonium sulphate, copper ammonium carbonate, copper acetate, copper naphthenate, etc. ...
For the purpose of this treatment jute fabrics/ Hessian/ burlap is soaked in any of the compounds mentioned above and dried to ensure that 0.75% to 1.5% metallic copper is deposited on the fabric. It is this 0.75% to 1.5% metallic copper content by weight on fabric on dry basis which acts as an antimicrobial agent to protect the fabric from quick biodegradation. This insignificant amount of metallic copper deposition is sufficient to impart rot retardance to the fabric to protect itself without causing any harmful effects to the environment, so far known.
A considerable degree of rot resistance is imparted to jute materials by dipping them in a bath of a soluble copper salt such as copper sulphate. There are other copper salts like copper acetate, copper ammonium carbonate, etc. which can be used as well for the same purpose.
Copper under these conditions is taken up by jute in appreciable amounts and is fairly resistant to the leaching action of water. Copper, it is suggested, is bound by chemical/ physical combination with certain reactive groups, present mainly in the non-cellulosic constituents and lignin of jute. In view of the relative cheapness and ease of operations, the treatment appears to offer practical possibility.