| Contents Notes |
Biomass burning: remote sensing and global and geographical distribution, NOAA-AVHRR, International Global Atmospheric Chemistry Project (IGAC), astronaut observations, geostationary satellite estimations, great Chinese fire of 1987; biomass burning in tropical ecosystems; Brazil, Venezuela, Nicaragua, Central America, Amazonia, Africa, Nigeria, savannas, equatorial forests, rainforests, Ivory Coast, India; biomass burning in temperate and boreal ecosystems: northern circumpolar countries, North America, United States, wetlands, boreal forests, marshes Biomass burning: laboratory studies; biomass burning and the global carbon budget: Co2, ozone, sulfur, carbon dioxide, precipitation chemistry, radon; biomass burning and the global nitrogen budget: tropospheric reactive nitrogen, nitrogen oxides, nitrous oxide; biomass burning and particulates: carbonaceous soot aerosols, smoke, silicon, cloud condensation nuclei; biomass burning and climate: contribution of biomass burning to global warming, policy options, surface cooling, deforestation; biomass burning: historic and prehistoric perspectives, Cretaceous-tertiary boundary, extinctions, ash, sedimentary geochronology, Great Lakes forest fires of 1871 |
