Postdoctoral researcher at Kbenhavns Universitet in the Department of Plant and Environmental Sciences within the Plant and Soil Science section. I hold a degree in Agricultural Engineer (2014), Master (2017), Specialist (2020), and Doctor (2022) in Soils and Plant Nutrition from Luiz de Queiroz College of Agriculture (ESALQ/USP). Throughout my academic journey (bachelor's, master's, and doctoral degrees), I received scholarships from the São Paulo Research Foundation (FAPESP). I also actively participated in regular research grants financially supported by the FAPESP, the National Council for Scientific and Technological Development (CNPq), and Agrisus Foundation. During my Ph.D. degree, I did an exchange at Kbenhavns Universitet, working under the guidance of Prof. Dr. Jan K. Schjrring. Throughout my bachelor's, I worked in ESALQ Jr. Consulting (2010-2011), and carried out two scientific research projects. The first project was carried out at the Plant Nutrition Laboratory of the Center for Nuclear Energy in Agriculture (CENA/USP) from 2011 to 2012, supported by scholarship from PIBIT/CNPq. The second project took place at the Department of Soil Science at ESALQ/USP from 2012 to 2014, with funding from FAPESP. In the final year of my bachelor's (2014), I did an internship at the National Laboratory of Bioethanol Science and Technology (CTBE/CNPEM). Since 2017, I have been actively involved in guiding students enrolled in specialization courses titled "Soils and Plant Nutrition" and "Plant Physiology, Nutrition, and Plant Development"; these courses are organized by SolloAgro (University of São Paulo). The work lines mainly involve nitrogen (N) and silicon (Si) fertilization of plants (sugarcane, wheat, and barley) with a focus on the absorption, assimilation, and redistribution by the plant using isotopic technique (15-Nitrogen), fertilizer application method (i.e., via foliar and via soil), and N dynamic in the soil-plant-environment system. My research also encompasses projects that asses soil management systems, crop rotation, and the utilization of biostimulants to mitigate abiotic stresses. (Source: Lattes Curriculum)
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The nitrogen fertilizer use efficiency (NUE) by sugarcane ratoon is low when this nutrient is applied on the soil (average of 25%), while it is high (reaching 85%) when nitrogen (N) is applied on the sugarcane leaves. The N application on sugarcane leaves decreases the nutrient losses nevertheless the N fertilization on soil is needful due to its importance in the initial stages of sugarc…
The straw which stay on the soil after the sugarcane harvest give for the plant-soil system many benefits. However this straw in the field produced many challenges to the fertilization and the nitrogen use efficiency (NUE). The NUE and the N-fertilizer immobilization by the straw are currently uncertain. Furthermore the interest in removing the straw to the field to product energy and eth…
The sugarcane-cropped area is expanding in Brazil. The appropriate fertilization is essential for obtaining higher yields, especially regarding nitrogen addition. The increase in area harvested without burning the residues left on the soil surface cause a problem for the incorporation of fertilizer. Accordingly, sources with more stable forms of N represent an agronomic and economic advan…
Nitrogen is one of the nutrients that most limits plant biomass production, presenting an important function in the photosynthesis process. In order to increase the agricultural crops yield, high N-fertilizer rates are used. The N-fertilizer use efficiency (NUE) by plants is low, in the wheat and sugarcane crops is ~33 and 25%, respectively. The low NUE is explained by the N immobilizatio…
| 3 / 3 | Completed scholarships in Brazil |
| 1 / 1 | Completed scholarships abroad |
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