V. R. A. Macedo

Nitrogen Use and Protein Yield of Two Maize Cultivars in Cohesive Tropical Soil

A. C. Aguiar, E. G. Moura, G. E. D. Marques, 2017 .

Physiological and yield response in maize in cohesive tropical soil is 1 improved through the addition of gypsum and leguminous mulch 2 3 Physiological and yield response in maize in cohesive tropical soil 4 5

S. Mooney, P. Hallett, E. G. Moura, 2020 .

Ecosystem services for intensification of agriculture, with emphasis on increased nitrogen ecological use efficiency

S. Mooney, A. C. Aguiar, A. Price, 2020, Ecosphere.

Enhancement of the rootability of a structurally fragile tropical soil using gypsum and leguminous residues to increase the yield of maize

A. C. Aguiar, E. G. Moura, F. R. Silva, 2016 .

Physiological and yield response in maize in cohesive tropical soil is improved through the addition of gypsum and leguminous mulch

S. Mooney, P. Hallett, A. C. Aguiar, 2020, The Journal of Agricultural Science.

Gypsum and Legume Residue as a Strategy to Improve Soil Conditions in Sustainability of Agrosystems of the Humid Tropics

A. C. Aguiar, E. G. Moura, V. R. A. Macedo, 2018 .

Soil physical changes and maize growth in a structurally fragile tropical soil due to mulching and duration between irrigation intervals

A. C. Aguiar, E. G. Moura, L. S. Campos, 2017 .