Resumo:

Acid hydrolysis, 371 acid and enzymatic, 532 at high temperature, 723 enzymatic, 655 of lignocellulose, 723, 726 of lignocellulosic biomass, 717 of lignocellulosic material, 679, 680, 682, 687 Acid acrylic, 770 dicarboxylic acids: fumaric acid, 769 lactic, 769 levulinic (AL), 768, 769 Agricultural greenhouses, 312 Agricultural management, 506 processes, 511-513 Agricultural practices for soil sustainability, 385 Agricultural tractor, 453 Agro-environmental Protocol (State of São Paulo), 181 agro-environmental protocol and details of burning (INPE), 22 ecological-economic zoning and the creation of new conservation units, 24 harvest 2005/2006, 23 harvest 2006/2007, 23 harvest 2007/2008, 23 harvest 2008/2009, 23 reduction in food (grain or meat) producing areas, 41 Agroindustrial productivity, 312 Agro-industrial residues, 499 Alcohol fuel, 125, 806 Alcoolchemistry, 25 Aldehydes, 191 APTA, 64, 65 Area(s) agricultural, 487 industrial, 489 occupied and yearly production by annual cultures in Brazil, 305 suitable for sugarcane cultivation, 306 Automation in the agricultural process, 478 Bagasse dryers, 588 Bagasse and straw in obtaining ethanol, 556 in electricity generation, 778, 779 in the production of ethanol via thermo-chemical conversion, 779 indicators vs. availability of, 310 of Brazilian sugarcane, 766 Balance of energy and GHG emissions in ethanol lifecycle, 291 energy for different technology options, 780 energy in anhydrous ethanol production (MJ/t cane), 292 Bale cotton, 496 round, 496 Baled sugarcane trash, 645, 651, 653, 656