Real science rocks!
May. 7th, 2007 11:52 amhttp://earthobservatory.nasa.gov/Newsroom/NasaNews/2007/2007043024882.html
NASA MODELS SHOW TREES CAN SLOW INCREASE OF ATMOSPHERIC CARBON
"Converting marginal agricultural land to forests may help slow the increase of carbon in the atmosphere, according to model-based results obtained by NASA scientists using space-based Earth observations and a state-of-the-art ecosystem model."
SNIP!
"When the research was analyzed, the top five states identified as having a high carbon storage potential by converting croplands to newly developed forests were Texas, Minnesota, Iowa, Illinois and Missouri. The top five states with potential for converting rangelands or pastures were Texas, California, Montana, New Mexico and Colorado.
Research suggested that the southeast region of the United States has the most favorable conditions for afforestation due to its subtropical climate. In addition, model results suggested that large areas of croplands in South Dakota, Minnesota and Wisconsin showed potential for carbon management and shouldn’t be underestimated."
NASA MODELS SHOW TREES CAN SLOW INCREASE OF ATMOSPHERIC CARBON
"Converting marginal agricultural land to forests may help slow the increase of carbon in the atmosphere, according to model-based results obtained by NASA scientists using space-based Earth observations and a state-of-the-art ecosystem model."
SNIP!
"When the research was analyzed, the top five states identified as having a high carbon storage potential by converting croplands to newly developed forests were Texas, Minnesota, Iowa, Illinois and Missouri. The top five states with potential for converting rangelands or pastures were Texas, California, Montana, New Mexico and Colorado.
Research suggested that the southeast region of the United States has the most favorable conditions for afforestation due to its subtropical climate. In addition, model results suggested that large areas of croplands in South Dakota, Minnesota and Wisconsin showed potential for carbon management and shouldn’t be underestimated."