PhD (2024) and master (2019) in Sciences, in the area of concentration in Chemistry in Agriculture and the Environment, from the Center for Nuclear Energy in Agriculture (CENA), at the University of São Paulo (USP). She has a degree in agronomy (2017) from the State University of Mato Grosso (UNEMAT). She has focused on tracking herbicides and nanoherbicides in the environment, specifically their dynamics in soil and plants. During her doctorate, she developed nanoformulations focusing on the effects of herbicide nanoformulations on weeds and tracking these nanoformulations in the environment. She is currently a postdoctoral fellow at the UNESP Institute of Science and Technology and develops nanoformulations as carriers for herbicides and bioherbicides, focusing on the effectiveness of weed control. She has experience in regulatory studies (used in the registration of pesticides) and with the use of radiolabeled molecules (14C). As weed scientist, I work on the development of new products and technologies for the sustainable and rational use of herbicides. (Source: Lattes Curriculum)
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Increasing reports of resistant weeds, the large-scale use of conventional herbicides, and the demand for more sustainable agriculture make up part of the current global agricultural scenario. Nanotechnology has provided safer synthetic herbicides with increased efficiency (lower doses applied); however, even more challenging measures to reduce the use of pesticides without loss of effici…
Herbicides are the class of pesticides most widely used in Brazil. Without the use of these products reductions in agricultural productivity can reach 40%. In addition, these compounds are the most reported outside the application areas, such as environmental contaminants. If applied in the soil the herbicides are more exposed to the processes of dissipation in the environment, often reac…
Aminocyclopyrachlor is in registration phase in Brazil for sugarcane and pasture crops. There is no soil, besides having a half-life of 126 days, and may persist in the soil up to one year after application. The use of organic agroindustrial waste from sugarcane, which contains organic carbon values in its composition, may exert effects on the behavior of the herbicide and consequence of …
Nanoherbicides outperform conventional formulations due to enhanced absorption and delivery mechanisms; however, the processes governing nanoparticle-mediated herbicide transport remain unclear, mainly for polymer nanoparticles. Pelargonic acid (PA), a bioherbicide with low solubility and limited systemic transport, faces challenges in achieving effective weed control. Developing advanced…
The development of nanopesticides has gained prominence among the applications of nanotechnology in agriculture. In particular, gains in efficiency, active ingredient protection, and targeted delivery of pesticides are the main highlights and recent discoveries in this area. Investigations of environmental behavior and regulatory issues, including effects on non-target organisms, cultures…
| 3 / 3 | Completed scholarships in Brazil |
| 1 / 1 | Ongoing scholarships abroad |
| 1 / 1 | Completed scholarships abroad |
| 5 / 5 | All Scholarships |
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CV Lattes
ORCID