Adopting land-uses that contribute with a considerable litter input can affect the
accumulation, protection, and bioavailability of organic carbon in the edaphic environment …

The objective of this work was to evaluate cassava (Manihot esculenta) crop yield, as well as
soil density and carbon content, under no tillage and conventional cultivation, in rotation with …

Soil is currently seen as the most relevant carbon sink and the most effective carbon
stabilizer. In contrast, agriculture is the second largest C emitter, after burning of fossil fuels …

No-till (NT) contributes to improving soil quality. This study aimed to quantify the organic
carbon (C) content of light SOM fractions at sites under pasture, native forest, or NT for …

Soil organic matter (SOM) dynamics can be significantly influenced by various cultivation
practices, particularly under environmental and edaphic conditions that enhance and …

With the intensification of agriculture and livestock in the Cerrado biome, the ecosystem
services provided in this biome occur, in large part, in the fragments that make up …

Soil carbon (C) stock determination can subsidize discussions on the continuity of an
agricultural management. This study aimed to evaluate the stocks of total organic C (STOC) …

Land-use change (LUC) is one of the main responsible for the loss of soil organic matter
(SOM) in the form of CO 2 to atmosphere. The aims of the present study were i) evaluate soil …

O objetivo deste trabalho foi avaliar a produtividade de mandioca (Manihot esculenta), bem
como a densidade eo teor de carbono do solo, sob cultivo em plantio direto e convencional …

RESUMO O solo é considerado, na atualidade, o mais importante reservatório e o mais
eficiente estabilizador de carbono orgânico. Por outro lado, a agricultura é considerada a …