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Sustainable production systems, such as the no-tillage system (NTS), have a tendency to increase organic carbon in the soil. However, in Brazilian cotton production, the conventional tillage system (C... ...

Repository: BDPA     Publication year: 2020

While carbon (C) markets are booming, there is scarce information about how much C is accumulated and returned to the soil in soybean crops. Soybean residue is also considered a valuable asset because... ...

Repository: BDPA     Publication year: 2024

This work aimed to assess the forage mass accumulation in the main grazing sites in two pastures systems to identify resting decisions to maximize the carbon flow in the system.

Repository: BDPA     Publication year: 2016

Food production in sandy soils has evolved significantly, most notably through the advent of integrated crop–livestock systems (ICLSs). ICLSs increase soil cover, which maintains soil moisture and seq... ...

Repository: BDPA     Publication year: 2023

Secondary forests (SFs) growing on previously cleared land could be a low-cost climate change mitigation strategy due to their potential to sequester CO2. However, given widespread changes in climate... ...

Repository: BDPA     Publication year: 2022

Brazilian cattle production is mostly carried out in pastures and the need to reduce the sector's greenhouse gas (GHG) emissions and its overall environmental footprint has become a priority.

Repository: BDPA     Publication year: 2022

In the past century, agriculture has grown and developed based on the expansion of new areas for cultivation, leading to deforestation of large areas of native forests and natural ecosystems and causi... ...

Repository: BDPA     Publication year: 2017

Soil has a great potential to accumulate carbon; deforestation and the different managements tend to decrease the soil carbon (C) and generate loss of soil quality and increase CO2 emission. The inten... ...

Repository: BDPA     Publication year: 2021

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