Research

Research Projects

Urban Biodiversity Parks (2024-27)

Co-creative platforms for enhancing biodiversity, learning and community involvement in urban ecological regeneration

There is an urgent need to find new ways for active enhancement and regeneration of biodiversity in lost or degraded urban habitats – in addition to traditional nature conservation measures. Funded by European Urban Initiative, the Urban Biodiversity Parks project will develop a full-scale biodiversity park of about 20 ha in the Turku city district of Skanssi. The park will enhance biodiversity in various habitats and protect local and endangered species. Additionally, small-scale biodiversity pilots will be implemented in selected suburban neighborhoods, which enables participants to co-learn how urban restoration solutions can be integrated in suburban planning, development and regeneration.

Website: https://www.urban-initiative.eu/ia-cities/turku/home 

Contact: Associate Professor Nora Fagerholm

MUST (2023-2026)

Multispecies transitions of cities and regions

Biodiverse and functional ecosystems are rapidly deteriorating worldwide because economic and planning decisions see nature as a resource, framing it as a source of capital aims to enhance understanding about the types of relationships between humans and other species that could produce and sustain ecologically and socially just outcomes. MUST project funded by the the Strategic Research Council operating under the Research Council of Finland (grant no. 358368) aims to build social-ecological resilience in urban and regional areas by rethinking nature-based solutions processes, structures and practices from the perspectives of both humans and other species.

Website: https://must-project.fi/ 

Contact: Associate Professor Nora Fagerholm

RESIST (2023-2027)

Regions for climate change resilience through Innovation, Science and Technology

Website: https://resist-project.eu/

Contact: Associate Professor Nora Fagerholm

 

Transformative cities (2023-2025)

Transformative Cities: Coupling citizen-inspired geospatial and transformative governance methods to promote carbon neutral and climate resilient cities by 2035

To enable rapid transformations towards carbon neutrality and climate resilience in urban areas of Finland, a much deeper understanding is needed about how people actually live in urban settings and how this local knowledge can be combined with urban policy, law and planning practice. Transformative Cities aims to create an integrated set of mobility modelling, participatory mapping and governance methods for enabling sustainable urban lifestyles. This includes transport mode shifts from car use to more sustainable transportation options (e.g., e-bikes, active mobility, shared transport) in ways that promote healthy environmental exposures through nature-based solutions (NBS). We use these combined methods in order to assess opportunities and constraints to transformation to carbon neutrality and climate resilience in cities by 2035, and to co-create planning practices, policy options and business strategies to promote behaviours in support of sustainable urban lifestyles. Transformative Cities has received funding from the European Union – NextGenerationEU instrument and is funded by the Academy of Finland under grant number No 352943.

Website: https://transformative-cities.eu/project/

Contact: Associate Professor Nora Fagerholm

KADI (2022-2025)

Knowledge and climate services from an African observation and Data research Infrastructure 

KADI is an interdisciplinary African-European cooperation project designing and piloting comprehensive science-based concepts for atmospheric and climate service infrastructures on the African continent. The climate service infrastructures aim to sharpen the common action on climate change and its impacts by acknowledging societal demands and expectations of climate observation systems for sustainable implementation. The project duration is from 2022 to 2025, and it is funded by the European Union and coordinated by Integrated Carbon Observation System (ICOS). UTU Geography department leads one work package, and one task in the project. The research work contains assessments of current state of climate service infrastructures and needs for them in Africa, as well as piloting an urban climate service in Dar es Salaam in collaboration with our long-term institutional partner, Ardhi university (ARU). 

Website: https://www.icos-cp.eu/event/1276  

Contact: Professor Niina Käyhkö 

Charter (2020-2024)

Drivers and Feedbacks of Changes in Arctic Terrestrial Biodiversity

CHARTER is an ambitious effort to advance the adaptive capacity of Arctic communities to climatic and biodiversity changes through state-of-the-art synthesis of scientific knowledge and co-creation with the communities. The project combines expertise from Earth System sciences and biodiversity studies within a social-ecological system (SES) framework and works with communities to make the science relevant to their adaptation efforts. . The role of UTU is to study perceived environmental changes and future landscape preferences among Arctic communities under the work package 3 of the project. This entails conducting an online map-based survey in two communities in Finland and Sweden. CHARTER is a four-year research project funded by the European Union Horizon 2020 program.

Website: https://www.charter-arctic.org/

Contact: Associate Professor Nora Fagerholm, Postdoctoral Researcher Salla Eilola

Intestour (2022-2024)

Interdisciplinary analysis of ecological and social complex feedbacks and relations linked to coastal tourism: the case of the Archipelago Sea Biosphere Reserve

In recent years, several Biosphere Reserves have become important tourist destinations, especially those in industrialized countries. Tourism results in multiple both negative and positive impacts in coastal environments. Tourism is an economic activity, but also an anthropogenic driver that consumes resources and has multiple environmental and social impacts. As such, tourism and the ecosystem services that support it are affected by multiple drivers that impact coastal areas. Thence, tourism activities and the ecosystem services that support them receive the impacts of anthropogenic drivers. This project aims to study the social and ecological complex feedbacks and relations linked to tourism in the Archipelago Sea Biosphere Reserve (Finland) to provide holistic and interdisciplinary knowledge for the Archipelago Sea management. INTESTOUR is a three year research project funded by Margarita Salas funding.

Contact: Postdoctoral Researcher Liliana Solé Figueras

Green Place (2019-2024)

Wellbeing benefits of urban green infrastructure mapped through participation and 3D virtual landscapes

Increasing urban population creates pressure to densify the urban structure but at the same time to stay liveable by sustaining urban nature and green infrastructure. It is of outmost importance for urban planners to know in detail where the green areas and elements contributing to people’s wellbeing (i.e. ecosystem services) are located. GreenPlace project aims to develop and test 3D landscape platform that enable mapping place-based perceptions of urban dwellers in a new way. The essential innovation of this research is to integrate 3D virtual landscapes with map-based web survey (Public Participation GIS, PPGIS) which creates a unique platform for capturing place-based perceptions. Methods are also developed for analysing 3D PPGIS data. Also, evaluation of the potential and challenges of 3D PPGIS approaches in participatory spatial planning is performed. GreenPlace is a five-year research project funded by the Academy of Finland (Academy Research Fellow, grant number 321555).

Website: https://sites.utu.fi/greenplace/

Contact: Associate Professor Nora Fagerholm

SUSLAND (2014-2018)

Sustainability, scale relations and structure-function-benefit chains in the landscape systems of the Tanzanian Southern Highlands

SUSLAND research project studied the rapid land use changes in Tanzanian Southern Highlands, where loss of forest and natural vegetation occur due to poverty, population growth, settlement expansion, agriculture, and overuse of forest resources. By utilizing land transition and socio-ecological system theories, and spatially explicit data under the Ecosystem/Landscape Service framework, the project researched the sustainability, scale relations, and structure-function-benefit chains within the landscape systems of the area. Through participatory GIS methods, Earth Observation, geospatial analysis, and PLA techniques the project explored what type of interactions and trade-offs exist between the material realities such as land resources and biodiversity, and human values and benefits. The research enhanced understanding of landscape assets, conservation potential, and proposed best practices for participatory land use planning and natural resource management. Additionally, the project’s goal was to increase the skills and knowledge of Tanzanian stakeholders in geospatial information applications, participatory land mapping, monitoring, and management, contributing to scientifically-based and socially acceptable future planning practices.

Contact: Professor Niina Käyhkö

MSc Harri Aaltonen: Experientiality of Mobility Spaces in Urban Areas

In my PhD research I focus on people’s experiences of mobility spaces in urban areas, largely putting emphasis on what kind of affordances people perceive in these environments while travelling. Affordances are relationships between an agent and properties of an object, in this case between travelling people and properties of surrounding space. Mobility brings in aspects of chosen transport mode and mobility behavior, both which along with the surrounding space, create a framework for the experience of mobility spaces. I use GEMA-based (Geographically explicit Ecological Momentary Assessment) methods that allow day-to-day participant-initiated data collection on individual’s interaction with their environment in terms of their everyday spaces.

MSc Venla Aaltonen: Climate risks in urban socio-ecological systems of Africa – role of novel integrated geospatial and community-based approaches

My PhD research concentrates on building holistic and spatio-temporal understanding of the complex interconnectedness of urban socio-ecological systems and the key drivers that cause and exacerbate climate vulnerabilities in Africa. I am using multifaceted geospatial data and systemic science approaches that are tied to the local contexts’ characteristics, such as quality of urban greenery, type of infrastructure, and the experiences of the citizens. My research also highlights the role of local knowledge, citizen science and other bottom-up methods that are essential in producing academic knowledge with transformative potential. Thus, the main objective of my research is to develop novel integrated methods – Geospatial and Earth Observation methods combined with community-based methods, such as place-based participatory and volunteer mapping – to advance scientific knowledge of the complex and interconnected vulnerability in the socio-ecological systems of urban Africa. The first theses of my research are closely tied to the activities of KADI (Knowledge and climate services from an African observation and Data research Infrastructure) project. 

MSc Felix Hallikainen: Mobility lifestyles in urban and peri-urban settings – assessing the links between living environments, mobility choices, and social practices

In my PhD research, I aim to deepen our understanding of human mobility. What leads so many of us to adopt sedentary and unhealthy – if not lethal – car-based lifestyles, instead of choosing to walk or cycle on a daily basis? How do physical (including built) environments, norms, values, and social practices influence our choices? In my study, I collect data using the Participatory Geographic Information System (PGIS) method in three Finnish cities. I apply analytical techniques to establish distinct lifestyle profiles based on citizens’ everyday mobility patterns, activity spaces, and preferences. Using these profiles, the results will empower authorities and municipalities to plan for more desirable futures by selecting the most accurate and effective interventions to promote sustainable urban and peri-urban living.

MSc Johanna Jämsä: Eudaimonic Well-being Benefits of Human Connection to Nature

In my PhD research I bring the concept of eudaimonic wellbeing to nature context. Unlike hedonia, eudaimonia concetrates on the long-term, value-based wellbeing. Eudaimonia consists of self-acceptance, autonomy, positive relations with others, environmental mastery, personal growth and purpose in life. I research how nature supports these aspects of human wellbeing. My methods are creative writing workshops and PPGIS. The creative writing workshops are a method that I developed with two community artists. It allows for the participant more time and space to reflect on these sometimes silent topics. Combining science and art as well as popularizing science are my passions.  

MSc Joni Koskinen

MSc Khairiya M. Massoud 

• Participatory Mapping Institute (PMAP) of which we are among the founding members
  
• International Association for Landscape Ecology (IALE)
• Uniscape
• Landscape Observatory of Finland 
• Department of Landscape Studies, University of Turku
• Metsähallitus
• The Archipelago Sea Biosphere Reserve

We acknowledge ethical issues overarching throughout research work, especially related to participatory research. We follow good practice defined by the National Advisory Board on Research Ethics and ALLEA’s European Code. In addition, we adhere to the guide towards good practice in participatory mapping (Rambaldi et al. 2006) and the Code of Ethics for Public Participation Practitioners. In terms of responsible use of geospatial data and technologies, we follow the principles of the Locus Charter by the Ethical Geo Initiative.

Informed consent, individual property rights and data protection are prioritised in our surveys, interviews, participatory research and in the management of the research data generated from these. The team members respect safety, democracy, transparency, openness and integrity as key principles in all work phases. Before starting any community research, the objectives are shared with the communities. The informants participate on voluntary basis.

Promoting empowerment and capacity building within the communities is an important aim for us. We emphasise local expertise and mutual learning concerning our research topics. For instance, spatial data produced through participatory mapping is always returned to the respondents, communities and other stakeholders.

With our public, academic, private and civil society sector collaborators we jointly define secrecy and property rights arrangements within our projects. We also support our private sector partners in developing and actualizing their corporate social responsibility.

As a research group, we are committed to actively creating gender-inclusive work environment and working culture. In practice, this means having open conversation amongst our team members about the correct use of pronouns and actively creating space for learning. We recognize that cis-gendered people have the privilege of being correctly gendered whereas trans-identified people, including nonbinary people, tend to get misgendered more.