Paula Cecilia Soto Rios
About me
Paula Cecilia Soto Ríos es Ingeniera Ambiental por la UMSA, con Maestría y Doctorado en Ciencias en la Universidad de Tohoku, Japón, gracias a la Beca MEXT. Su trabajo se centra en el tratamiento de aguas mediante ingeniería ecológica y en el desarrollo de biomateriales en el marco de la economía circular. Actualmente es docente, coordinadora de la Unidad de Posgrado y del área de Biotecnología y Bioprocesos de la UMSA, además de presidenta de OWSD-Bolivia y de los Miembros Gobernantes de IWA-Bolivia, desde donde impulsa soluciones sostenibles e innovadoras para la gestión del agua y la cooperación científica internacional.
Paula Cecilia Soto Ríos is an Environmental Engineer with a PhD from Tohoku University, Japan (MEXT scholar). She specializes in water treatment through ecological engineering and biomaterials within circular economy approaches. She is a professor at UMSA, coordinator of its Graduate Unit, and serves as president of OWSD-Bolivia and IWA-Bolivia Governing Members, promoting sustainable water management and international scientific cooperation.
Other Memberships/Affiliations
Degrees:
PC Soto Rios, TA Deen, N Nagabhatla, G Ayala
Water 10 (9), 1173 11 2018
Multifunctional wetlands: pollution abatement and other ecological services from natural and constructed wetlands
N Nagabhatla, CD Metcalfe
Springer 9 2017
Lead removal efficiency using biosorbents as alternative materials for permeable reactive barriers
PC Soto-Rios, K Nakano, M Fujibayashi, M Leon-Romero, O Nishimura
Water science and technology 70 (2), 307-314 5 2014
Biosorption of Mercury by Reed (Phragmites australis) as a Potential Clean Water Technology
PC Soto-Ríos, MA León-Romero, O Sukhbaatar, O Nishimura
Water, Air, & Soil Pollution 229 (10), 328 4 2018
Impact of NaCl Solution Pretreatment on Plant Growth and the Uptake of Multi-heavy Metal by the Model Plant Arabidopsis thaliana
MA León-Romero, PC Soto-Ríos, M Fujibayashi, O Nishimura
Water, Air, & Soil Pollution 228 (2), 64 4 2017
Effect of steel slag to improve soil quality of Tsunami-impacted land while reducing the risk of heavy metal bioaccumulation
MA León-Romero, PC Soto-Ríos, M Nomura, O Nishimura
Water, Air, & Soil Pollution 229 (1), 12 2 2018
Phytoremediation Eco-models Using Indigenous Macrophytes and Phytomaterials
K Yongabi, N Nagabhatla, PCS Rios
Multifunctional Wetlands, 253-273 1 2018
Differences in the removal mechanisms of Undaria pinnatifida and Phragmites australis as biomaterials for lead removal
PC Soto-Rios, K Nakano, M Leon-Romero, Y Aikawa, S Arai, O Nishimura
Water Science and Technology 72 (7), 1226-1233 1 2015
Differences in the removal mechanisms of Undaria
PC Soto-Rios, K Nakano, M Leon-Romero, Y Aikawa, S Arai, O Nishimura
MA León-Romero, PC Soto-Ríos, M Nomura, O Nishimura
Water, Air, & Soil Pollution 229 (1), 12
PC Soto-Ríos, MA León-Romero, O Sukhbaatar, O Nishimura
Water, Air, & Soil Pollution 229 (10), 328
MA León-Romero, PC Soto-Ríos, M Fujibayashi, O Nishimura
Water, Air, & Soil Pollution 228 (2), 64
PC Soto-Rios, N Nidhi, B Acevedo-Juárez
Water
PC Soto-Rios, K Nakano, M Fujibayashi, M Leon-Romero, O Nishimura
Water science and technology 70 (2), 307-314
K Yongabi, N Nagabhatla, PCS Rios
Multifunctional wetlands: Pollution abatement and other ecological services
PC Soto-Rios, K Nakano, M Leon-Romero, Y Aikawa, S Arai, O Nishimura
Water Science and Technology 72 (7), 1226-1233
PC Soto-Rios, N Nagabhatla, ZA Tejeda Fernandez, A Al Dwairi, .
SDGs in the Americas and Caribbean Region, 1-32