Undergraduate student in Agricultural Engineering at the Luiz de Queiroz College of Agriculture (ESALQ/USP). Currently, she is developing scientific initiation research on parameterization and modeling of sugarcane root growth as a function of physical stresses in the soil. She is a member of the Soil Physics Research Group (GFiS), coordinated by Prof. Dr. Moacir Tuzzin de Moraes. (Source: Lattes Curriculum)
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The root system growth is essential for crops establishment and development. Usually, the root elongation rate is negatively affected by soil physical stresses, mainly mechanical and water stresses. The impacts of soil physical stresses are scare for sugarcane root elongation rate. Under these conditions, the soil structure, especially the presence of biopores, can contribute to mitigatin…
The root system growth is essential for crops establishment and development. Usually, the root elongation rate is negatively affected by soil physical stresses, mainly mechanical and water stresses. The data impacts of soil physical stresses are scarce for sugarcane root elongation rate. Under these conditions, the soil structure, especially the presence of biopores, can contribute to mit…
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