School of Earth, Atmosphere Environment, Faulty of Science, Monash University, Wellington Rd, Clayton, VIC, Australia 3168,Bushfire Natural Hazards CRC, Albert St, East Melbourne, VIC, Australia 3002;
School of Earth, Atmosphere Environment, Faulty of Science, Monash University, Wellington Rd, Clayton, VIC, Australia 3168;
Bushfire Natural Hazards CRC, Albert St, East Melbourne, VIC, Australia 3002,Fenner School of Environment Society, College of Medicine, Biology Environment, Australian National University, Canberra, ACT, Australia 2601;
School of Earth, Atmosphere Environment, Faulty of Science, Monash University, Wellington Rd, Clayton, VIC, Australia 3168,Bushfire Natural Hazards CRC, Albert St, East Melbourne, VIC, Australia 3002;
School of Earth, Atmosphere Environment, Faulty of Science, Monash University, Wellington Rd, Clayton, VIC, Australia 3168,Bushfire Natural Hazards CRC, Albert St, East Melbourne, VIC, Australia 3002;
airborne LiDAR; surface fuel load; mixture distribution; multiple regression;
机译:利用LiDAR数据开发用于估算澳大利亚桉树林中森林表层燃料负荷的预测模型
机译:使用国家森林清单,森林类型图和机载LiDAR数据估算林地体积
机译:使用国家森林清单,森林类型图和机载LiDAR数据估算林地体积
机译:空气传播潮流雷达数据估计森林面燃料负荷
机译:利用机载LiDAR数据进行三维特征提取和几何映射以改善森林地形中的参数估计
机译:通过整合实地测量机载LiDARSAR和光学卫星数据估算墨西哥地上森林生物量和不确定性
机译:使用机载激光雷达数据评估森林火灾燃料负荷\ ud 潜在