BBCNews, 7 November, 2001, Forests 'only temporary carbon absorbers' Citat: "...Growing trees absorb net quantities of CO2, and the higher levels of CO2 and nitrogen in the atmosphere are themselves stimulating tree and plant growth. But the researchers expect these effects to reach saturation point and cease to have an effect [Men først efter ca. 200 år!]...". Efter nærmere undersøgelse viser det sig at (uforstyrrede) skove fortsætter med at binde CO2: Oregon State University (2008, September 10). Old Growth Forests Are Valuable Carbon Sinks. ScienceDaily. Retrieved September 10, 2008 Citat: "...unmanaged primary forests with large amounts of old growth, and that rather than being irrelevant to the Earth's carbon budget, they may account for as much as 10 percent of the global net uptake of carbon dioxide...The current data now makes it clear that carbon accumulation can continue in forests that are centuries old..."
FN’s femte klimarapport [1] Working Group I Contribution to the IPCC Fifth Assessment Report Climate Change 2013: The Physical Science Basis. Summary for Policymakers 27 September 2013
8.02.2007, ing.dk: Forskere bag alternativ rapport: Klimaændringer kan være naturlige (Webside ikke længere tilgængelig) Citat: "...På baggrund af oplysningerne i udkastet kommer de klimaskeptiske forskere frem til helt andre end forskerne under FN. Deres hovedkonklusion er, at »der et uundgåeligt element af usikkerhed om det omfang menneskeheden bidrager til fremtidige klimaforandringer, og om en sådan forandring eller ej i virkeligheden er en god eller dårlig ting«...»Fraser-rapporten giver et mere nuanceret billede af klimaforholdene og er uden de skråsikre opfattelser, som findes i Summary for Policymakers fra IPCC,« siger han til Ingeniøren..."
Ing.dk, 14.12.2002 Otte grader varmere om 100 år (Webside ikke længere tilgængelig). Citat: "...Voldsomme klimaændringer på vej i Nordøstgrønland, viser nye beregninger fra danske forskere...". Kommentar: Med hensyn til global opvarmning skal man huske at tage højde for en naturlig klimarytme med en periode på ca. 70 år.
NASA, Goddard Space Flight Center: January 14, 2002: An alternate scenario for climate change Citat: "...A new NASA-funded study shows that the rate of growth of greenhouse gas emissions has slowed since its peak in 1980, due in part to international cooperation that led to reduced chlorofluorocarbon use, slower growth of methane, and a steady rate of carbon dioxide emissions..."
2004-06-18, Sciencedaily: CO2 Fertilization May Be Slowing Global Warming Citat: "...A Boston College scientist has published new research introducing the concept of a CO2 fertilization factor for soil carbon, a way to measure an ecosystem's ability to store carbon in response to increased carbon dioxide in the atmosphere...I have determined a CO2 fertilization factor of 1.18 for a white oak ecosystem using soil carbon and radiocarbon measurements..."
BBCNews, 7 November, 2001, Forests 'only temporary carbon absorbers' Citat: "...Growing trees absorb net quantities of CO2, and the higher levels of CO2 and nitrogen in the atmosphere are themselves stimulating tree and plant growth. But the researchers expect these effects to reach saturation point and cease to have an effect [Men først efter ca. 200 år!]...". Efter nærmere undersøgelse viser det sig at (uforstyrrede) skove fortsætter med at binde CO2: Oregon State University (2008, September 10). Old Growth Forests Are Valuable Carbon Sinks. ScienceDaily. Retrieved September 10, 2008 Citat: "...unmanaged primary forests with large amounts of old growth, and that rather than being irrelevant to the Earth's carbon budget, they may account for as much as 10 percent of the global net uptake of carbon dioxide...The current data now makes it clear that carbon accumulation can continue in forests that are centuries old..."
October 15, 2006, Science Daily: Marine Life Stirs Ocean Enough To Affect Climate, Study Says Citat: "...And the sum of all that phytoplankton-fueled stirring may equal climate control...In fact, he explained, biosphere mixing appears to provide about one third the power required to bring the deep, cold waters of the world ocean to the surface, which in turn completes the ocean's conveyor belt circulation critical to the global climate system...Dewar and his colleagues also suggest that human and environmental decimation of whale and big fish populations may have had a measurable impact on the total biomixing occurring in the world's oceans..."
