Autor:
Patino, S.
Lloyd, J.
Paiva, R.
Baker, T.R.
Quesada, C.A.
Mercado, L. M.
Schmerler, J.
Schwarz, M.
Santos, A. J. B.
Aguilar, A.
Czimczik, C. I.
Gallo, J.
Horna, V.
Hoyos, E.J.
Jiménez, E.M.
Palomino, W.
Peacock, J.
Pena-Cruz, A.
Sarmiento, C.
Sota, A.
Turriago, Juan David
Villanueva, B.
Vitzthum, P.
Álvarez, E.
Arroyo, L.
Baraloto, C.
Bonal, D.
Chaves, J.
Costa, A.C.L.
Herrera, R.
Higuchi, N.
Killeen, T.
Leal, E.
Luizao, F.
Meir, P.
Monteagudo, A.
Neil, D.
Nunez-Vargas, P.
Penuela, M. C.
Pitman, N.
Priante, N.
Prieto, A.
Panfil, S. N.
Rudas, A.
Salomao, R.
Silva, J.N.M.
Silveira, M.
Almeida, S.S. de
Torres Lezama, A.
Vásquez Martinez, R.
Vieira, I.
Malhi, Y.
Phillips, O.L.
Xylem density is a physical property of wood that varies between individuals, species and environments. It reflects the physiological strategies of trees that lead to growth, survival and reproduction. Measurements of branch xylem density, rho(x), were made for 1653 trees representing 598 species...
Enlace original:
https://cgspace.cgiar.org/handle/10568/20703
Patino, S.
,
Lloyd, J.
,
Paiva, R.
,
Baker, T.R.
,
Quesada, C.A.
,
Mercado, L. M.
,
Schmerler, J.
,
Schwarz, M.
,
Santos, A. J. B.
,
Aguilar, A.
,
Czimczik, C. I.
,
Gallo, J.
,
Horna, V.
,
Hoyos, E.J.
,
Jiménez, E.M.
,
Palomino, W.
,
Peacock, J.
,
Pena-Cruz, A.
,
Sarmiento, C.
,
Sota, A.
,
Turriago, Juan David
,
Villanueva, B.
,
Vitzthum, P.
,
Álvarez, E.
,
Arroyo, L.
,
Baraloto, C.
,
Bonal, D.
,
Chaves, J.
,
Costa, A.C.L.
,
Herrera, R.
,
Higuchi, N.
,
Killeen, T.
,
Leal, E.
,
Luizao, F.
,
Meir, P.
,
Monteagudo, A.
,
Neil, D.
,
Nunez-Vargas, P.
,
Penuela, M. C.
,
Pitman, N.
,
Priante, N.
,
Prieto, A.
,
Panfil, S. N.
,
Rudas, A.
,
Salomao, R.
,
Silva, J.N.M.
,
Silveira, M.
,
Almeida, S.S. de
,
Torres Lezama, A.
,
Vásquez Martinez, R.
,
Vieira, I.
,
Malhi, Y.
,
Phillips, O.L.
,
[Branch xylem density variations across the Amazon Basin]
,
Branch xylem density variations across the Amazon Basin
