Hungary total

Cumulative production in countries outside the former USSR, Eastern Europe, and China since the late 1930s has totaled about 1 x 10 t U. A majority of this production came from the United States, Canada, Germany, Namibia, Niger, and South Africa. In addition, some 218,500 t U, 102,245 t U, 16,700 t U, and 16,850 t U have been produced, respectively, in the former GDR, former C2echoSlovakia, Hungary, and Romania. It is estimated that about 72,000 t U have been produced in Ka2akhstan. Reflable cumulative production data for the rest of the CIS, other Eastern European countries, and China, however, are not available (26). 

Figure 11.4 Total ion current (TIC) chromatogram of lipid residue extracted from a potsherd of Early Neolithic date (Ecsegfalva, Hungary). Cx y F refer to fatty acids with carbon number (x) and number of unsaturations (y). Cx T refer to triacylglycerols with number of carbon atoms (x). P = plasticizer contamination. (Craig et al., 2007, 354 Figure 18.1, by permission.)...

France, Hungary, Mexico, The Netherlands, Norway, South Africa, and the United States, and global production of irradiated spices has increased from about 5000 tons in 1990 to over 60,000 tons in 1997. In the United States alone, over 30,000 tons of spices, herbs, and dry vegetable seasonings were irradiated in 1997, as compared to only 4500 tons in 1993 [101]. In 1999, about 95 million pounds of these products were irradiated accounting for about 10% of their total consumption [102]. 

Figure 9.6-9. Effects of extraction parameters on the total pigment-content of the paprika oil ( Kalocsai Csemege , Hungary).

Corn stover was harvested from south Hungary in the fall of 2001. The selected and washed straw was air-dried to an average 90% dry matter (DM) content. The air-dried material was ground and sieved, and the fraction with a particle size of 2-5 mm was used. The composition of this material and also the washed, solid fibrous fraction remaining after pretreatment was determined using Kaar s (19) method. To measure the total ash content, approx 0.5 g of dried sample was placed in a crucible, ignited at 550°C for 3 h, cooled in a desiccator, and weighed. 

Under the Clean Development Mechanism plan of the UN, 4.8 billion was paid in 2006 to developing countries for reducing their C02 emissions. These credits have been sold to richer nations at an average price of 10.70/ ton. Of the total of 4.8 billion, China received 3 billion, and all of Africa, 0.15 billion. In comparison to the 10.70/ton rate, in the EU market carbon credits are traded at 28/ton. The Dell Company, for example, has bought carbon offsets in Hungary that will be backed by the planting of trees. 

In 1912 the 2,542,000 tons of nitrate were divided among the following countries —United Kingdom, 5.60 per cent, of total Germany, 33.30 per cent, France, 14.30 per cent. Belgium, 12.2 per cent. Holland, 5.90 per cent. Italy, 2 per cent. Austria-Hungary, 0.25 per cent. Spain and Portugal, 0.50 per cent. Sweden, 0.15 per cent. United States, 22.2 per cent. Japan and other countries, 3.60 per cent. 

Output Totally less than 1 t. Main producers the Balkans, Hungary, France. 

Output Totally less than 10 t. Main producers Italy, France, Hungary. 

In many ways, the most interesting Member State NAPs were those from the ten accession countries, which, with the exception of Slovenia, have no problem meeting their Kyoto targets. How to handle hot air became a complicating issue in deciding the total cap, but many of the problems and solutions found elsewhere show up in the three examples described here Hungary, the Czech Republic and Poland. 

In the case of the new Member States below their Kyoto Protocol target, it is apparent that the proposed allocations are quite different when compared to historic emissions. Three countries - Lithuania, Hungary, and the Czech Republic - used macroeconomic analysis to forecast the total expected emissions of the ETS sector, which figure, after several revisions, was the primary input for the total amount of allowances to be created. 

In Hungary, macroeconomic analysis was aimed at forecasting the total amount of CO2 emissions in the sectors under the ETS in 2005-2007. The sum of the sectoral projections would constitute the total quantity to be allocated. The study, which took about six months to prepare, was prepared by researchers at the Budapest University of Economic Studies. At the outset of the public consultation, this forecast was presented as a total quantity. For the Ministry of Environment, the ministry responsible for setting the total quantity, keeping the amount of allowances low was of paramount importance because Hungary, though below its Kyoto Protocol target, is much closer to it... 

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