Carme Machi Castaner Portfolio

PORTFOLIO CARME MACHĂ? CASTANER

Specialist Consultant in Urban Sustainability & Water Resilience Specialist Collaborator in Water Urban Resiliency and Sustainable Drainage

PhD in Environmental Science Masters in Urbanism MSc. in Architecture

Linkedin

Agenda

Skills and qualifications Biography Education Professional Experience

Proof of degrees and certifications Letters of recommendation and work verification

Work samples Publications Contact Linkedin

Skills and Qualifications

Qualifications

➢ Professional and research work experience in spatial planning focused on WASH-related programs, public space and safe mobility for developing countries. ➢ Assistance in development, implementation and monitoring of WASH action research.

➢ Capacity building initiatives to enhance competencies of clients/stakeholders in urban planning, urban design and water resilience.

Working Skills Drawing and presentation Excellent three-dimensional vision, skills for freehand drawing and presentation, and good abilities in computer design and spatial analysis.

Self-motivation and commitment Engaged and committed to developing workplans and deliverables in the design process, committed to supporting city governments and stakeholders in advancing spatial interventions.

Interpersonal abilities

Multi-disciplinary thinking

Critical thinker, active listener, flexible and with extended experience in leading with multi-disciplinary teamwork for spatial planning processes with focus on water issues.

Ability to work both independently and with teams, valuing and supporting others’ ideas, acting in accordance with final decisions, accepting joint responsibilities and shortcomings.

Research skills Ability to evaluate and integrate information from different disciplines, analysis skills to assess risks, lateral thinking to devise solutions based on current knowledge and research.

Language Skills

English Fluent

Spanish

Portug

Catalan

Native

Fluent

Native

French Intermediate

Italian

Basic

Biography

Biography About me

I am a 34-yr-old Spaniard currently based on Valencia (Spain), where I work remotely in the topic of water resiliency and sustainable urban planning for the Toyota Foundation of Brazil and Fluxus Ecological Design entities. Fluent in English and Portuguese, native in Spanish and Catalan and intermediate in French.

I am PhD in Environmental Science & Urban Planning (2018) from the University of São Paulo (Brazil), Bachelor and Master’s studies in Architecture & Urban Planning at the Polytechnic University of Valencia (Spain), and European Masters in Urbanism (EMU Program), focused on City, Territory & Sustainable Development, taught in English by staff and at the facilities of the Polytechnic University of Catalunya (UPC), Università di Venezia (IUAV) and the Katholiek Universiteit of Leuven (KU-Leuven).

I am passionate of my work. I have worked as a consultant in sustainable water management, urban and regional planning, spatial planning, mobility and accessibility, landscape architecture and architecture with engineering companies (Engecorps, Fluxus Ecological Design, Geométrica, Typsa), studios (JDVDP, Arquitetura Rural), foundations (Toyota Foundation of Brazil, FCTH, Cornell Atkinson Center), NGOs (Aguas Claras do Rio Pinheiros) and research groups (Cornell LA Department, GITECO-UC, University of São Paulo, University of Campinas, Economy Group University of Valencia).

Currently, I aim to continue working and expanding knowledge on sustainable urban planning, water-related nature-based solutions and urban design, addressing risks associated with contamination, flooding, lack of sanitation infrastructure, erosion, impermeabilization, landslide, fluvial ecosystem degradation, road safety, public space and accessibility in the contexts of degraded and vulnerable urban environments while providing social well-being.

To do that, I collaborate with foundations, companies, research groups, governments and citizens in supporting urban planning processes, designing soft landscape strategies, problem solving of land-use zoning and building regulations, and the dissemination of knowledge in sustainable water management and resilient and inclusive cities.

In my free time, I love meeting people from other countries and share our different points of view and experiences, while doing so, I try to learn and improve my language skills. I also love to be in contact with nature, to practice different sports regularly, such as swimming, playing volleyball, climbing and yoga, and to spend some time playing the piano.

Education

Education 2015/2018

2017 (1-year)

2010/2012 2011 (4-months) 2010/11 (4-months)

2009

Degree

Discipline

Institution

Location

PhD

Environmental Sciences

University of Sao Paolo

Brazil

Environmental Sciences

Cornell University

United States

Urbanism

Polytechnic University Catalunya

Spain

Visiting Scholar

Masters

Research Exchange

KU Leuven

Belgium

Research Exchange

Iuav-Venice

Italy

Masters

Architecture Engineering

Polytechnic University Valencia

MSc. Architecture (Arch. Design & Arch. Engineering), 2002/106 Plan (before Bologna) at the Polytechnic University of Valencia (Spain).

Spain

Education Additional Education

Degree 1995/2005

Professor

Discipline Classical Music and Piano

Institution Cabanilles Professional Music Center

Location Valencia

Professional Experience

Professional Experience Position

Institution

Location

2019-pres

Specialist, Water Urban Resiliency

Toyota Foundation of Brazil

Brazil/remote

2019-pres

Specialist, Sustainable Drainage

Fluxus Ecological Design

Brazil/remote

2019

Specialist, Sustainable Drainage

Fluxus Ecological Design

Brazil/remote

2019-2020

Committee Member

American Society of Civil Engineers Remote

2019-pres

Research Collaborator

University of BrasĂ­lia

Brazil

2019-2020

General Support, Instructor

State University of Campinas

Brazil/remote

2019-pres

Board Member, Reviewer

Land Degrad & Develop Journal

Remote

2019-pres

Research Collaborator

GITECO, University of Cantabria

Spain/remote

2015/16-2018

Researcher, Ph.D

FAPESP Research Foundation

Brazil

2017

Researcher, Ph.D Abroad

FAPESP Research Foundation

United States

2017

Researcher, Visiting Scholar

Cornell Atkinson Center

United States

Professional Experience Position

Institution

Location

2014-2015

Consultant, Environm WASH

Jansana de la Vila de Paauw

Brazil

2013-2014

Consultant, Architect Engineer

Engecorps Engineering S.A., Typsa

Brazil

2012-2013

Consultant, Spatial Planner WASH

GeomeĚ trica Engineering

Brazil

2012

Professional, Mobility and Archit

Typsa Engineering Valencia

Spain

2010

Professional, Impact assessment

Girelli Architect & Urbanism l’Aquila Italy

2010

Intern, Architect Engineer

Typsa Engineeging, Barcelona

Spain

2009-2010

Intern, Architect Engineer

Typsa Engineering Maroc SL

Maroc

2006/08(sum)

Intern, Student Arch Engin

Typsa Engineering, Valencia

Spain

Proof of Degrees and Certifications

Proof of Degree Ph.D Environ Sciences

Proof of Degree Masters Urbanism

Proof of Degree M.Sc Architect Engineer

Certifications

Guest Professor

Certifications

Guest Professor

Certifications

Workshop Instructor

Certifications

Guest Speaker/ Workshop Paticipant

Certifications

Guest Speaker

Certifications

Guest Speaker/ Workshop Paticipant

Certifications

Conference Attendance/ Guest Speaker

Certifications

Conference Manuscript

Certifications

Writing Course

Certifications

Symposium Speaker

Certifications

Seminar Attendance

Work Samples

Work timeline MSc. Architecture

Master in Urbanism

2009

2012

2015

2018

2020

2012/2013

2015/2018

2019

Typsa (Morocco).

Geometrica (Brazil).

FAPESP (Brazil / United States).

Arquitetura Rural (Brazil)

2010

2013/2014

Typsa (Spain).

Engecorps Typsa (Brazil).

2017

2019/2020

Cornell Atkinson Center for a Sustainable Future (United States).

Toyota Foundation (Brazil)

2007/2008 (summers) 2009/2010 Typsa (Spain).

PhD in Env.Sciences

2010 Girelli Studio (Italy).

2012 Typsa (Spain).

2014/2015 JDVDP (Brazil).

2014/2015 USP (Brazil)

2019/2020 Fluxus Ecological Design (Brazil)

Work Samples

2009/2012 From 2009 to 2012, participated in projects for architecture, urban planning and landscape architecture in Spain, Morocco, Italy, Slovakia, Vietnam and Russia. Among these projects, collaboration in workshops and research and design studios with focus on water resiliency and sustainable development held in Saint Petersburg (Russia), Hanoi (Vietnam) and Venice (Italy), as showed in the next slides.

01

‘Citta Difusa’ in the Veneto Region Urban sprawl, land-use mixture, strategic spatial planning, urban scenarios, teamwork.

02

An Idea of greater Saint Petersburg Microraion, water harvesting, sustainable communities, public space requalification.

03

Water Urbanisms in Hanoi Landscape design, vernacular landscape, water urbanism, flooding, Vietnam.

01

‘Citta Difusa’ in the Veneto Region

Multidisciplinary research design studio coordinated by Bernardo Secchi; Paola Viganò and Sybrand Tjallingii with focus on fostering sustainability in urban sprawl conditions.

02

An Idea of greater Saint Petersburg

Multidisciplinary research design studio coordinated

by Bernardo Secchi and Paola Viganò investigating post-soviet housing estates in Russia and their potential to become more inclusive and sustainable environments.

03

Water Urbanism in Hanoi

Joint research developed between the Hanoi University of Civil Engineering and Katholieke Universiteit Leuven within the Water Urbanism series, coordinated by Kelly Shannon and Bruno De Meulder, focusing on vernacular water landscapes on the Hanoi periphery.

Work Samples

2012/2013

Southeast Brazil

In 2012, joined an engineering company in Brazil.

Since then, participated in projects and joined in collaborative research on soft and hard engineering solutions, landscape restoration, risk assessment, including flooding and landslides, traffic calming strategies, active mobility and accessibility improvement, and water resiliency and pollution control, among other components of urban and environmental planning and design.

01

Public Tender ¨Arco Tiete¨

02

Landscape restoration, active mobility, drainage, urban requalification, land-use planning.

Requalification of informal settlements

03

Vulnerability assessment, flooding/landslide, sewage, soft infrastructure, accessibility.

Parking Building for Guarulhos Airport Technical drawings, costs estimation, building regulations, team coordination, project deliveries.

01

Public Tender ¨Arco Tiete¨

During the collaboration with Geometrica Engineering, assistance service was provided for 4 months within a multidisciplinary team for the spatial planning and urban design of a 17km riverside study area located in Sao Paolo, redesigned to perform as a green corridor for non-motorized traffic. Do this included assistance on spatial analysis of land-use, urban fabric and hydrology; participation in organizing tasks and coordinating with partners from the University ‘Escola da Cidade’, Costran Engineering and Geometrica Engineering; development of drawings, designs and presentations; contribution to team discussions; with the ability to deliver under pressure and work on new challenges as required by the team.

02

Requalification of informal settlements

In partnership with the city hall technicians, assistance services were provided addressing risk assessment of several informal settlements in the Municipality of MauĂĄ, on the periphery of SĂŁo Paolo. Research and design services were provided for advancing strategic spatial interventions, in coordination with the technical team of the engineering company and the city hall technicians. The strategies developed included the integration of green-and-grey infrastructure, sustainable pavements, improvements in accessibility, requalified public spaces and flooding and landslide risk mitigation measures.

03

Parking Building for Guarulhos Airport

Within the Engineering Company Engecorps, in Sao Paolo, participated in the Project for Parking Buildings number 2 and number 3 at the Guarulhos International Airport Expansion (GRU), (SP, Brazil). Developed the technical drawings for the architectural design of Parking Building number 3, identified consignments of work units for Parking Buildings number 2 and 3, and, calculated their costs.

Work Samples

2013/2014

At the end of May 2013, joined the Green-Lab research group at the University of São Paulo, participated in some of their research projects, including the Pilot Project for the Revitalization of Urbanized Watersheds in São Paulo. At the same time, participated as a part-time consultant for Jansana de la Vila de Paauw (JDVDP) in São Paulo, assisting in the design of soft engineering interventions for stormwater management in the Landscape Rehabilitation Project of the Municipality of Teresina (Brazil), a World Banksupported project within the North Lakes Program.

01

North Lakes Program - Teresina Landscape restoration, active mobility, drainage, urban requalification, land-use planning.

02

Pilot Revitalization Project of Urbanized Watersheds in São Paulo Vulnerability assessment, flooding/landslide, sewage, soft infrastructure, accessibility.

03

¨Greening¨ São Paulo Workshop framing, brainstorming, landscaping, drainage, drawing and design, pollution, river restoration.

01

North Lakes Program - Teresina

Between mid-2014 and February of 2015, participated as a part-time consultant in the Environmental Rehabilitation Project & Resettlement Program, at the Municipality of Teresina, Piaui (PI, Brazil), within the North Lakes Program, funded by Teresina’s Municipality and the World Bank. Within the technical team, studied the hydrology in the area, analyzed development trends and identified water-related risks such as sedimentation and nutrient load, uncontrolled sewage discharge, soil sealing and erosion. Delivered analytical reports of impact evaluation and developed soft engineering technologies for stormwater management together with the technical team within the landscaping project. Finally, conducted the calculation, modelling and design of the Best Management Practices (BMP) for controlling stormwater.

02

Pilot Revitalization Project of Urbanized Watersheds in S達o Paolo

Within the Pilot Revitalization of Urbanized Watersheds on the periphery of the City of S達o Paolo, developed by the Center of Hydraulics of the University of S達o Paulo (FCTH-USP), the USP-Green Lab and the NGO Aguas Claras do Rio Pinheiros, I collaborated in advancing action priorities, coordinating with the technical team, communicating with partners/experts to support the program, developing detailed risk assessment (contaminated sites, precarious settlements, landslide and flooding) and lectured on the 1st symposium held in S達o Paolo within this program.

03

¨Greening¨ São Paulo

In September 2014, the Green-lab of the University of São Paolo commissioned to develop approaches for increasing green areas on a selected post-industrial site in the center of the City of São Paolo. After working closely with city stakeholders, the team advanced some priority actions assessing the scenario planned for the requalification of the post-industrial area. A variety of combined green and grey solutions for stormwater were proposed together with spatial improvements of the public space and the riverside area. The deliveries were scoped in coordination with the technical and communications teams involved in the process. The fieldwork and studio work were recorded by the communications team, who delivered a television broadcast some months later.

Work Samples

2015/2016

Southeast Brazil and the US

From September 2015, during the first years of the PhD, focused on research in green and grey infrastructure interventions for São Paolo. While doing so, participated in several research projects in collaboration with the University of São Paulo and Cornell University (United States). In 2016, helped to prepare a new research project called ‘Big Pool Little Pool’, which was finally funded by the Cornell Atkinson Center for a Sustainable Future.

01 02

Ithaca (NY)

Climate Change Mitigation & Green Infrastructure in São Paolo Blue-grey-green infrastructure, nonmotorized transportation, city reports, spatial analysis, interventions envisioned.

Green Infrastructure in the USP Campus Visioning workshop, priority challenges, background research on soft solutions, development of handouts and brochures.

03

‘Big Pool Little Pool’ Project Stakeholders, experts and technicians brainstorming, hatching hybrid solutions, combination of soft and hard engineering, writing grant submissions.

Sao Paolo

01

Climate Change Mitigation & Green Infrastructure in São Paolo

The Metropolitan Region of São Paulo (RMSP), located at the headwaters of the Tietê River, in Southeast Brazil, is today home to more than 20 million inhabitants. As a result of the urbanization process, most of the tributary streams of the Tietê and Pinheiros River have been channeled and covered, making them part of the underground storm drain. New avenues were constructed over the original stream channels once they were covered to enhance the expansion of the city. The Research Climate Change Mitigation & Green Infrastructure in São Paolo was funded by FAPESP foundation and developed within the Greenlab at the USP to develop spatial analysis of environmental and urban components and recommend spatial interventions based on the integration of Green Infrastructure.

During the PhD, participated in the lab team research to assess and understand key urban resiliency aspects of the city and individually developed an analysis and resilience action scenario. Analyzed geo-morphological, hydrological and topographical aspects together with urban land-use and building layout information for assessing vulnerability and priority water challenges across a variety of urbanized watersheds of the city, comparing periphery to consolidated areas. Undertook a detailed evaluation of the environmental impacts on hydrology, particularly, those associated with the changes induced by urban land-use, such as the downstream flood risk and the introduction of diffuse contamination into stormwater runoff.

Some BMPs, including Green Stormwater Infrastructure (GSI), were recommended for the spatial intervention in some streets, enhancing water retention and infiltration. Some of these actions were proposed together with strategic interventions for traffic calming, encouraging safer and more inclusive urban environments. Conceptual drawing for new blue-green corridors, a tramway line and bicycle lanes along a North-South axis of the city.

02

Green Infrastructure on the USP Campus

From 15th to 22nd of September, a workshop developed by LABVERDE Research Group entitled "Green Infrastructure for the Campus ButantĂŁ of USP" took place at the Faculty of Architecture and Urbanism of the University of SĂŁo Paulo, in Brazil. The objective was to gather professors, students, researchers and technicians to concentrate efforts for implementing Green Infrastructure devices for the retrofitting of the university's open spaces. This Workshop formed part of the 2 projects of LABVERDE Research Group, approved in 2013 by the Superintendence of Environmental Management (SGA) of USP. Participated in the brainstorming process of the project, including the identification of main challenges and spatial intervention opportunities within the area. After the workshop, co-edited a green infrastructure brochure based on this prior experience.

Link

03

‘Big Pool Little Pool’ Project

In 2016, assisted Prof. Brian Davis, Landscape Architecture Department at Cornell University, in drafting a new grant proposal regarding spatial planning and landscape design of existing stormwater detention systems, which were originally conceived as flooding mitigation strategy in São Paolo City. Conducted empirical research on similar projects and analyzed the current challenges associated with stormwater management in São Paulo. Work developed together with local stakeholders, public administration, NGOs and other researchers in identifying and developing opportunities to align the city’s plans for flood mitigation with water quality targets required to assess local policy, scoping what are the best practices to be included.

Finally, helped to organized several meetings, presentations, fieldtrips and, finally, an international symposium, held at Cornell University, focused on sustainable water management and landscape design in São Paulo.

Work Samples

2017

Ithaca (New York)

In 2017, joined the LA Dept of Cornell University as a Visiting Scholar, helped to organize a symposium and a workshop within the Big Pool Little Pool Project. Also, researched into Green Stormwater Infrastructure and Constructed Wetlands for watershed restoration in close collaboration with the Biological and Environmental Engineering Department through FAPESP’s Internship Abroad Grant and helped draft a new research proposal focused on stormwater management in humid sub-tropical developing areas.

01 02

Constructed Wetlands for Watershed Restoration in São Paolo Background concentration, Biological Oxygen Demand, fecal coliforms, modelling system’s efficiencies.

Research on Green Infrastructure in Maryland

03

Fieldtrip survey, stakeholders, local policy, stormwater regulations, Maryland DC, New York Green Infrastructure Plan.

Stormwater Management in Monsoon Climates Written material, background research, framing documents, coordination and communication, laboratory meetings.

Ithaca (NY)

01

Constructed Wetlands for Watershed Restoration in SĂŁo Paolo

During the research at Cornell University, in close collaboration with Dr. Thomas Whitlow and the Biological and Environmental Engineering Department, engaged in research on constructed wetland efficiency as a base-flow contaminant control system projected along local streams of Sao Paolo. Urban growth in the Sao Paolo Metropolitan Region (SPMR) caused the degradation of local waters. Adequate wastewater infrastructure has been slowly introduced, but water quality is compromised by uncontrolled sewage discharge from new informal settlements as well as the diffuse contaminant loads from built-up areas.

State-level organizations work together with researchers from the University of SĂŁo Paulo, to restore some fluvial landscapes of the periphery of the city.

This research is integrated with one of these initiatives: the JaguarĂŠ Watershed Restoration Pilot Program, aiming at evaluating the efficiency of Green Infrastructure Technologies (GIT), vegetated systems that recover natural functions, for reducing in-stream water contamination in this humid sub-tropical climate. A Horizontal Sub-Surface Flow (HSSF) Constructed Wetland is proposed to reduce organic matter in-stream using the First-order Degradation Model K-C*.

02

Research on Green Infrastructure in Maryland

Montgomery County Green Infrastructure projects are regulated by the federal government through permit processes on behalf of the Environmental Protection Agency (EPA). The stormwater generated within Montgomery County urban area drains to local streams. They are part of a larger watershed system that leads to rivers such as the Potomac River, and, eventually, Chesapeake Bay. During the summer of 2017, travelled with Dr. Thomas Whitlow to Maryland DC to collect data from current green infrastructure projects for rainwater runoff contaminant load reductions versus water retention and infiltration.

03

Stormwater Management in Monsoon Climates

During the second half of 2017, helped to draft a proposal focused on sustainable stormwater management in humid tropical cities. In humid tropical weather, cities expect severe changes in rainfalls causing major risks of flooding and droughts due to Climate Change. Humid tropical city wet season rainfalls in these geographical areas will increase in intensity and frequency, translating into flooding occurring more than usual. As an example, the rainfall in HaNoi City (HNC) in Vietnam during the wet season is expected to rise by 20% whereas in the dry season it is expected to decrease by 40% from 2010 to 2100.

Work Samples

2018/2020

South East Brazil

Over the last two years, participated as a research team member studying Low Impact Development for the Project Ă guas da Mantiqueira, coordinated by the Toyota Foundation of Brazil. Also, provided consultancy on sustainable urban drainage, bio-retention, bio-infiltration and constructed wetland systems for companies in Brazil, namely Fluxus Design Ecologico and Arquitetura Rural. Served as an International Committee Member for the LID Conference 2020, Reviewer Member of the Land Degradation & Development Journal and researcher and lecturer at University of Campinas for the HIDS Project.

01 02

Water Safety in the Mantiqueira's Mountain Range Biodiversity survey, multidisciplinary, fieldworks, meetings and presentations with city stakeholders and civilians, land-use and building regulations, ecological restoration.

Planning Sustainable Urban Drainage in new development Project conception, freehand drawing, computer drawing, cost estimation, construction details.

SĂŁo Paolo

03

HIDS Project in Campinas Workshop coordination, teaching, writing material, computer skills, presenting.

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01

Water Safety in the Mantiqueira Mountain Range

Discussion of current challenges for the continued maintenance of ecosystem services, especially the provision of water in tropical rainforests, which is essential for the sustainable future of many metropolitan areas, such as São Paulo and Rio de Janeiro. We seek innovative and effective action plans based on current knowledge provided

by LID and Green Infrastructure experts and biologists.

Since 2017, the Toyota Foundation of Brazil and the Agribusiness Research Foundation - FUNDEPAG, with local municipalities, have been implementing a biodiversity survey through a large number of inter-basin mountains for land use guidelines. The world’s eight irreplaceable protected areas for biodiversity conservation are also host to large mineral water reserves. By assembling data from conservation biologists, engineers and urban hydrologists, LIDs are designed for an Action Plan for water security along the gradient of Human-Altered Landscapes.

Landslide risks

Flooding

Diffuse contamination

Water and soil contamination sources

Legenda Filtros biológicos e SACs Sistemas Filtrantes (Bio-Retenção e B io-Valetas) Sistemas para Infiltração (Pavimento Permeável, Jardins de Chuva, Bacias de Infiltração)

Avenida Pres.Tancredo Neves

Referência de Bacia de Bio-Retenção

02

Planning Sustainable Urban Drainage in new developments

Developed the project for Sustainable Urban Drainage solutions in a new development in the Municipality of Araxa (Brazil), in collaboration with Fluxus Ecological Design. Work developed remotely during the COVID-19 Pandemic.

03

Planning Sustainable Urban Drainage in new developments

The objective of this technical cooperation is to develop a master plan and to support the conceptualization and building of the strategic framework for the creation of the International Hub for Sustainable Development (HIDS). This project is supported by the Inter-American Development Bank (IADB).

Since March 2020, have been helping to coordinate workshops, writing material and teaching in the area of sustainable water management for the students involved in the HIDS project, together with Dr. Gabriela Celani. Work developed remotely during the COVID-19 Pandemic.

Link

Publications

Publications Scientific Articles CASTAÑER, C.M., BELLVER-DOMING, A., HERNÁNDEZ-SANCHO, F. (2020) Environmental and Economic Approach to Assess a Horizontal Sub-Surface Flow Wetland in Developing Area. In: Water Resources Management. DOI: 10.1007/s11269020-02629-x CASTAÑER, C.M., PELLEGRINO, P. R. (2018). SuDS for Non-Point Source Contaminant Control in Humid Sub-Tropical Rainfalls. In: Modern Environmental Science and Engineering (MESE), 4(11), 11. DOI: 10.15341/mese(2333-2581)/11.04.2018/008

CASTAÑER, C., ALONSO, M., & RUCHTI, V. (2015). A Bicicleta como modal de Transporte Sustentável para a Cidade de São Paulo: o Estudo de Caso da Trilha NorteSul. In: LabVerde Magazine, 1(10), 34-60. DOI: https://doi.org/10.11606/ issn.21792275.v1i10p34-60 5.

PELLEGRINO, P., CASTAÑER, C. (2015). Oficina de Projeto do LabVerde para Implantação de Infraestrutura Verde no Campus USP-Cidade Universitária. In: LabVerde Magazine, (9), 165-171. DOI: https://doi.org/10.11606/issn.2179-2275.v0i9p165-171 3.

FRANCO, M., CASTAÑER, C., SOUSA, R. (2015). Infraestrutura Verde e Resiliência Urbana para as Mudanças Climáticas na Península Ibérica: Estudos de caso. In: LabVerde Magazine, (9), 128-163. DOI: HTTPS://DOI.ORG/10.11606/ISSN.21792275.V0I9P128-163 2.

Publications Book Chapters CASTAÑER, C.M. ; MESQUITA PELLEGRINO, P.R. (2020). Constructed Wetlands for Watershed Restoration in São Paulo. In: Vasenev V., Dovletyarova E., Cheng Z., Valentini R., Calfapietra C. (eds) Green Technologies and Infrastructure to Enhance Urban Ecosystem Services. SSC 2018. Springer Geography. Springer, Cham. DOI: https://doi.org/10.1007/978-3-030-16091-3_20 CASTAÑER, C.M. ; MESQUITA PELLEGRINO, P.R. (2020). Sustainable Urban Drainage Designing Approach for São Paulo and Humid Sub-tropical Climates. In: Vasenev V., Dovletyarova E., Cheng Z., Valentini R., Calfapietra C. (eds) Green Technologies and Infrastructure to Enhance Urban Ecosystem Services. SSC 2018. Springer Geography. Springer, Cham. DOI: https://doi.org/10.1007/978-3-030-16091-3_18 CASTAÑER, C.M.; JATO-ESPINO, D. (2020). Soft path water engineering design approaches for urban revitalization in post-soviet housing states. In: Charlesworth S., Adeyeye K., Booth C. (eds) Sustainable Water Engineering. Elsevier.

Contact castaner.carme@gmail.com

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(+34) 655 800 945

Portfolio Carme MachĂ­ Castaner