TUFO, ANA E.; VÁZQUEZ, SUSANA; PORZIONATO, NATALIA F.; GRIMOLIZZI, MARÍA CELESTE; PRADOS, MARÍA BELÉN; SICA, MAURICIO; CURUTCHET, GUSTAVO

Contamination alters the physicochemical and textural characteristics of clays in the sediments of the peri urban reconquista river, affecting the associated indigenous microorganisms

Minerals; Año: 2021 vol. 11 p. 1 - 27

PRADOS, MARÍA BELÉN; LESCANO, MARIELA; PORZIONATO, NATALIA; CURUTCHET, GUSTAVO

Wiring Up Along Electrodes for Biofilm Formation

Frontiers in Microbiology; Año: 2021 vol. 12

MELISA OLIVELLI; M SIMPSON; PORZIONATO NATALIA; M A FERNANDEZ ; R M TORRES SÁNCHEZ; CURUTCHET GUSTAVO

Study of physicochemical changes of polluted sediments from Reconquista river basin (Argentina) after remediation processes

International Journal of Environment and Health; Año: 2018

ANA TUFO; PORZIONATO NATALIA; CURUTCHET GUSTAVO

Effects of pollution and bioleaching process on the mineral composition and texture of contaminated sediments of the Reconquista River, Argentina

ENVIRONMENTAL SCIENCE AND POLLUTION RESEARCH; Lugar: HEIDELBERG; Año: 2017

PORZIONATO NATALIA; ANA TUFO; CANDAL ROBERTO; CURUTCHET GUSTAVO

Metal bioleaching from anarobic sediments from Reconquista -River basin (Argentina) as a potential remediation strategy

ENVIRONMENTAL SCIENCE AND POLLUTION RESEARCH; Año: 2016

PORZIONATO NATALIA; MANTIÑÁN MARTÍN; BUSSI ELIANA; GRINBERG SILVIA; GUTIERREZ RICARDO; CURUTCHET GUSTAVO

Accumulation of Pollutants, Self-purification and Impact on Peripheral Urban Areas: A Case Study in Shantytowns in Argentina

Journal of Environmental, Ecological, Geological and Geophysical Engineering; Año: 2015 vol. 9 p. 296 - 300

PORZIONATO NATALIA; CANDAL ROBERTO; CURUTCHET GUSTAVO

Biocatalyzed acidification and metal leaching processes in sediments of polluted urban streams

International Journal of Environment and Health; Año: 2014

PORZIONATO NATALIA; MELLOTA MARIANGELES; CANDAL ROBERTO; CURUTCHET GUSTAVO

Acid drainage and metal bioleaching by redox potencial changes in heavy polluted fluvial sediments.

Advanced Materials Research; Año: 2013