TY  - GEN
IS  - 9
Y1  - 2014///
A1  - Grande Ortiz, M. Angeles
A1  - Garcia Abril, Antonio Damian
A1  - Jimenez Rojas, Eliana Maria
A1  - Penuela-mora, Mc
A1  - Sierra, Ca
A1  - Lloyd, Jon
A1  - Phillips, Ol
A1  - Al., Et
UR  - https://oa.upm.es/35371/
SN  - 0148-0227
ID  - upm35371
N2  - Three components of carbon allocation, biomass, flux, and partitioning, were measured in two contrasting Amazon forests growing under similar climatic conditions. Allocation to aboveground compartments was highest in a high-stature forest growing on clay soils, while allocation to fine roots was higher in a short-stature forest growing on white sands. Differences in carbon allocation components where not proportional between the two forests, with soils controlling a trade-off between allocation to fine roots versus aboveground parts.
EP  - 1830
SP  - 1820
TI  - Edaphic controls on ecosystem-level carbon allocation  in two contrasting Amazon forests
AV  - restricted
ER  -