Monday, 14 April 2014
OS RIOS CURSOS DE ÁGUAS MÍTICAS QUE BROTAM DAS PEDRAS E SE EVAPORAM ARMAZENANDO CALOR E ENERGIA POTENCIAL GRAVÍTICA - HOJE TEMOS TÉCNICAS QUE PERMITEM CALCULAR EM CADA MOMENTO A IMPORTÂNCIA DA MASSA LÍQUIDA EM MOVIMENTO MAS AINDA NÃO COMPREENDEMOS TOTALMENTE O COMPORTAMENTO DESSES FLUXOS EM REGIME HIDRÁULICO DITO TURBULENTO NEM TEMOS DADOS SOBRE O SEU REGIME EM PERÍODOS DE ARKSTORMS QUE SE IRÃO TORNANDO PROVAVELMENTE MAIS VULGARES DEPOIS DESTE INVERNO INGLÊS DE 2013-2014
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a fairy tale
none of the above
first: the albedo decreased lots
second: the permafrost release more ch4 everyday
third or thurd ? cows sacred or not make more turd's this days and they give a extra CH4 before slaughter by chinese and african's and 5 billion others
IV - or intra-ve.....the drop in global GDP if this reduction take place
of about 450 ppm in 2100?
well the killing of joe gallo don't change these emissions
you need to kill the surplus population that by 2100 are at least 9 billion people
2 billion more than now or three
if they reach 10,000,000,000
changes in the global menu?
i don't like ratburger's von McDonald
Abstract: August–July precipitation has been reconstructed back to AD 1724 for the Mohe region in the northern Greater Higgnan Mountains, China, using Pinus sylvestris var. mongolica tree-ring width. The reconstruction explains 39% of the variance in the precipitation observed from AD 1960–2008. Some droughts noted in historical documents are precisely captured in our reconstruction. Wet periods occurred during the periods of AD 1734–1785, AD 1805–1830, AD 1863–1880, AD 1922–1961, and AD 1983–1998; while the periods of AD 1786–1804, AD 1831–1862, AD 1881–1921, and AD 1962–1982 were relatively dry. Power spectral and wavelet analyses demonstrated the existence of significant 24-yr, 12-yr, and 2-yrcycles of variability. The results of the spatial correlations suggest that our reconstruction contains climatic signals for the southern Stanovoy Range and the northern Greater Higgnan Mountains. The positive correlations between the new reconstructed precipitation series and two precipitation reconstructions indicate that our precipitation reconstruction captures broad-scale regional climatic variations. A comparison between the weakening tendency of summer monsoon and the dry period of our reconstruction reveals that the annual precipitation in the Mohe region is partly influenced by the East Asian Summer Monsoon.