San Pablo, Brasil
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Forest Engineer from Federal University of São Carlos (UFSCar - 2016), with a…

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Experiencia de voluntariado

  • Organizadora de eventos

    FUSuE - Festival Universitário de Sustentabilidade e Empreendedorismo

    - 1 año 7 meses

    Potenciamiento económico

    http://www.sorocaba.com.br/noticias/festival-universitario-de-sustentabilidade-e-empreendedorismo-de-sorocaba-e-regiao-1582

  • Gráfico Junior Achievement Sao Paulo

    Programa Voluntariar - Liderança Comunitária

    Junior Achievement Sao Paulo

    - actualidad 8 años 9 meses

    Salud

    Programa voluntário de liderança comunitária realizado durante 3 meses com jovens do ensino médio em uma escola pública de Itapetininga.

Publicaciones

  • EUCALYPTUS FOREST PLANTATION MANAGEMENT’S EFFECT ON WATERSHED’S WATER QUALITY IN THE ATLANTIC RAINFOREST - SAO PAULO, BRAZIL

    XXV IUFRO WORLD CONGRESS

    A watershed soil management can alter water quality at its basin. Agricultural activities are one of the main sources of water pollution and quality change on rural areas. In this scenario, the management of Eucalyptus planted forests have the potential to influence watershed’s water quality where it’s situated or at its downstream. The aim of this study was to the influence of Eucalyptus forest management for pulp production and the rainfall regime in watershed’s water quality monitored…

    A watershed soil management can alter water quality at its basin. Agricultural activities are one of the main sources of water pollution and quality change on rural areas. In this scenario, the management of Eucalyptus planted forests have the potential to influence watershed’s water quality where it’s situated or at its downstream. The aim of this study was to the influence of Eucalyptus forest management for pulp production and the rainfall regime in watershed’s water quality monitored in São Paulo state. The parameters evaluated were turbidity, pH, total nitrogen, phosphorous, potassium, dissolved oxygen and biochemical oxygen demand at four watersheds in the Atlantic rainforest, being Eucalyptus forest plantations common to all of them. The data analysis, comprised up to 84 months, demonstrated that the Eucalyptus forest management did not modify the water quality parameters monitored. Phosphorus concentrations were above from the naturally found in Brazilian rivers references. However, it wasn’t possible to correlate statistically phosphorous concentrations to the forest management. This conclusion motivates the necessity to study and understand specifically phosphorus behavior face to other influences (e.g.: soil characteristics and other natural resilient process). The rainfall regime influenced parameters such as turbidity, total nitrogen and potassium. The results indicate that basins containing forest areas may benefit from them to buffer effects of agricultural uses with intensive soil management.

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