Potential use of Lidar (light detection and range) to planning agrosilvopastoral systems in degraded lands in Amazon observing the Brazilian forest low and minimizing carbon emissions.
2017
OLIVEIRA, M. V. N. d'. | FIGUEIREDO, E. O. | OLIVEIRA, T. K. de | PAPA, D. de A.
The use of Lidar to biomass and carbon stocks estimative in native and planted forests is well known and has increased in the last decade. Recently, Lidar was used to planning and monitoring forests operations and to estimate volume and biomass in the Antimary State Forest in the western Amazon. The use of this technology allowed the elaboration of high resolution 3D surface and canopy digital terrain models. These models information are essentials not only to forest companies but to the adequate planning of any land use. In this work we propose a methodology to agrosilvopastoral systems (ASPS) implementation through the use of Lidar which by the previous identification of the permanent preservation areas (PPA), forest cover and relief, guarantee the observance of the Brazilian forest low and minimize carbon emissions.
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