*Solar photovoltaic cells which naturally represent small scale applications with availability differentiated according to three insulation zones (high, medium and low) corresponding approximately to the Mediterranean, mid-latitude and Northern European countries

Commencing at a northwestern point at approximate latitude 47º19′12″N and approximate longitude 61º57′41″W; thence southwesterly along the ordinary high-water mark of the Gulf of St. Lawrence to a southwestern point 47º17′56″N and 61º58′43″W; thence easterly in a straight line to a southeastern point at approximate latitude of 47º18′11″N and approximate longitude 61º56′33″W; thence northerly, along the ordinary high-water mark of Baie de Plaisance to a northeastern point at approximate latitude 47º18′59″N and approximate longitude 61º56′09″W; thence westerly in a straight line to the point of commencement ; together ...[+++]with a zone extending 200 m easterly from the ordinary high-water mark of Baie de Plaisance and a zone extending 200 m westerly from the ordinary high-water mark of the Gulf of St. Lawrence; the northern and southern limits of said zones being an extension of the northerly boundary between the northeastern and northwestern points previously described and the extension of the southerly boundary between the southeastern and southwestern points previously described; the eastern and western limits of said zones being lines parallel to the ordinary high-water marks of Baie de Plaisance and the Gulf of St. Lawrence;

* An increase in precipitation of ½-1% per decade has been measured over most mid- and high latitude areas of the Northern Hemisphere continents.

Snow cover has decreased by about 10% since the late 1960s in the mid- and high-latitudes of the Northern Hemisphere.

*Solar photovoltaic cells which naturally represent small scale applications with availability differentiated according to three insulation zones (high, medium and low) corresponding approximately to the Mediterranean, mid-latitude and Northern European countries