Carbon, nutrient, light interception and soil water dynamics of secondary forests and agroforestry systems on degraded pastures.

WELCH, S. A.; MCAFFERY, K. A.; FERNANDES, E. C. M.; RIHA, S. J.; WANDELLI, E. V.; STEVEN A. WELCH, CORNELL UNIVERSITY; KAREN A. MCAFFERY, CORNELL UNIVERSITY; ERICK C. M. FERNANDES, CORNELL UNIVERSITY; SUSAN J. RIHA, CORNELL UNIVERSITY; ELISA VIEIRA WANDELLI, CPAA.

Carbon, nutrient, light interception and soil water dynamics of secondary forests and agroforestry systems on degraded pastures.

2008 | 2024

WELCH, S. A. | MCAFFERY, K. A. | FERNANDES, E. C. M. | RIHA, S. J. | WANDELLI, E. V. | STEVEN A. WELCH, CORNELL UNIVERSITY; KAREN A. MCAFFERY, CORNELL UNIVERSITY; ERICK C. M. FERNANDES, CORNELL UNIVERSITY; SUSAN J. RIHA, CORNELL UNIVERSITY; ELISA VIEIRA WANDELLI, CPAA.

In the Brazilian Amazon, primary forest and degraded pastures represent polar extremes of carbon stocks, nutrient cycling, light interception, and deep soil water cycling. Plant succession on degraded pastures is expected to change these values, and the extent to which secondary forest (SF) restores these processes is a high priority research objective.

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