CV Lattes
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Universidade Estadual Paulista (UNESP). Campus de Bauru. Faculdade de Ciências (FC) (Institutional affiliation from the last research proposal) Birthplace: Brazil
PhD in Biological Sciences (Plant Biology) by the Institute of Biosciences of São Paulo State University UNESP / Rio Claro with sandwich period at Lancaster University (Lancaster Environment Center, England), Master in Agronomy (Plant Production) and Degree in Biological Sciences by São Paulo State University - UNESP / Jaboticabal. She has experience with plant physiology, focusing on regulation of plant hydration and gas exchanges in plants exposed to abiotic stresses. She is Associate Editor of the Journal Theoretical and Experimental Plant Physiology since 2021. Assistant Professor at the Department of Biological Sciences at Faculty of Sciences of São Paulo State University UNESP / Bauru, teaching Plant Physiology subjects. She is also accredited as a faculty member in the Inter-unit Graduate Program in Biosciences (UNESP AssisBauru). (Source: Lattes Curriculum)
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Manganese (Mn) is a micronutrient essential to several metabolic processes in plants, such as photosynthesis, nitrogen metabolism, and chlorophyll synthesis. Despite its importance, when present at concentrations above the tolerance threshold, Mn exposure can alter plant development, leading to visual symptoms and reduced biomass. Its bioavailability depends on soil properties, particular…
Aluminum (Al) is a metal found abundantly in the soils of the Cerrado. These soils are naturally acidic, which leads to the formation of Al in its trivalent form (Al3+), toxic to most plants, especially crops. Native plants of the Cerrado have developed mechanisms and adaptations to cope with high concentrations of Al in the soil, categorized as either accumulating or non-accumulating spe…
Climate change poses a critical challenge to biodiversity conservation, with predictions of substantial impacts from abiotic stresses on ecosystems. However, understanding plant responses to combined stresses, such as water deficit (WD) and high temperature (HT), is still limited, especially in non-cultivated plants. In this context, the ecosystemic importance of two pioneer Solanaceae sp…
Aluminum (Al) is the most abundant element in the Earth's crust. In acidic soils (pH < 5.5) it is found as Al3+, which is toxic to most plants. In Al-sensitive plants, the first and most conspicuous symptom is the inhibition of the growth of the root system, where Al is covalently retained. Aluminum also causes indirect symptoms, such as reduced shoot growth. In Al-sensitive plants, Al-re…
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It is believed that the aluminum (Al)-induced decrease in leaf hydration is due to its direct effect of Al on reducing the root growth, which would have low root surface and volume for water uptake. However, there is previous evidence suggesting that the Al-induced decrease in stomatal conductance (gs) could be related to a low intrinsic root capacity for water uptake and transport. While…
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