Mixed plantations of Eucalyptus and N 2-fixing trees are ecologically beneficial because
they stimulate organic matter cycling and increase carbon (C) and nitrogen (N) pools in the …

Although areas planted with eucalyptus have increased under the subtropical conditions of
southern Brazil, fertilization has followed practices from nearby tropical regions. The …

Enhanced efficiency N fertilisers (EENF) including DMPP-urea (Entec®) can lower nitrous
oxide emissions compared to urea, but evidence for higher agronomic efficacy—the ability to …

Morpho-physiological characteristics in Eucalyptus species can determine N (NUE) and P
(PUE) use efficiency and, consequently, the plant's responses to fertilization. The study …

Soil enzymes play a fundamental role in nutrient cycling in forest systems. The stoichiometry
of C, N, and P–acquiring enzymes has been used to indicate nutrient limitation in the soil …

Across southeastern Brazil, eucalypt plantations have been established in areas with
predominantly low-fertility soils, in which nutrient cycling is critical for forest sustainability …

Our understanding of the accretion and distribution of tree tissue nitrogen (N) pools across a
variety of species and genotypes suitable for short-rotation woody crop (SRWC) production …

Sandy soils presenting low organic matter levels do not provide enough N to meet
Eucalyptus sp. demands. Nitrogen fertilizers can be applied to soil surface, although N …

The introduction of native tree species can enhance soil ecological functions and mitigate
the decline in soil status triggered by the high-intensity monoculture of Eucalyptus …

The forestry sector plays an important economic and ecological role in Brazil, providing
wood‐based products for industrial purposes and reducing pressure on native forest …