ARTIGOS ORIGINAIS

■ Lima JNA, Suwa R, Ribeiro HPGM, Kajimoto T, Santos J, Silva PR, Souza SAC, Barros CP, Noguchi H, Ishizuka M, Higuchi N (2012) Allometricmodels for estimatingabove- andbelow-groundbiomassof tropical rainforestsat São Gabriel da Cachoeira in upper Rio Negro, BrazilianAmazon. Forest Ecology and Management 277: 163–172

■Suwa R., Sakai T., Santos J., Silva R.P., Kajimoto T., Ishizuka M., Higuchi N. Significance of topographic gradient in stem diameter - height allometry for precise biomass estimation of a tropical moist forest in central Amazon. JARQ. (in press).

■Suwa, R., KAJIMOTO, T., ISHIZUKA, M., PINTO, A.C.M., TRINDADE, A.S., SILVA, R.O., HIGUCHI, N. (2012) Comparative study of forest structure between plateau and valley bottom in a central Amazonian forest. Kanto ShinrinKenkyu　(in press).

APRESENTAÇÕES

■Endo T., Sawada H. Development of an individual tree crown delineation method using LIDAR data. International Archives of the Photogrammetry, Remote Sensing and Spatial Information Science, Vol.38(8), 675-678, Kyoto, Japan, 11th Aug., 2010

■Sawada Y., Sawada H. Development of a discrete time-series model for vegetation monitoring. International Archives of the Photogrammetry, Remote Sensing and Spatial Information Science, Vol.38(8), 719-724, Kyoto, Japan, 11th Aug., 2010

■Suwa R., Sakai T., Kajimoto T., Noguchi H., Ishizuka M. (FFPRI), Silva R.P., Lima A.J.N., Higuchi F.G., Higuchi N. (INPA). Biomass in a Central Amazonian forest considering a tree height gradient along an edaphic gradient.Joint Japanese-Finnish Forest Research Seminar. Ibaraki, Japan. 30th, Aug., 2010.

■Suwa R., Sakai T., Kajimoto T., Noguchi H., Ishizuka M. (FFPRI), Silva R.P., Lima A.J.N., Higuchi F.G., Higuchi N. (INPA). DBH-height relationship for biomass estimation along a topographic gradient in a Central Amazonian forest.Forest dynamics and carbon monitoring in forest ecosystems in East Asia.Tokyo, Japan. 7th, Oct., 2010.