Research projects 256

  • Head of research Anja Nygren
  • Language n/a

The project analyses the ways that fragile cities are dealing with societal security, environmental vulnerability and representative justice in the spaces of multi-scale governance. The dimensions to be analysed are: 1) governance of insecurity and creation of accountable institutions; 2) authoritarian legacies and political-representation efforts; and 3) governance of environmental vulnerabilities and claims for justice. The research aims to develop a revised theory of urban political ecology and urban justice to better understand the interlinkages and scalar complexities of societal security, environmental vulnerability and representative justice.

  • Head of research Paivi Haapasaari
  • Language n/a

The primary aim of the research is to analyze the effects of environmental change on vulnerable communities, and to suggest means of coping with this by way of co-management, bearing in mind the underlying power relations involved.

  • Head of research Heikki Roininen
  • Language n/a

Edible insects as food for humans is fast gaining global recognition as a key driver to underpin developmental efforts for addressing the interrelated challenges of food security, poverty, nutrition and climate change. However, technologies to ensure sustainable supply of edible insects to meet the increasing demand are not available. This project is aimed to develop a sustainable technology for mass rearing a highly popular and valuable grasshopper (Ruspolia differens) in eastern Africa based on ecological and biological knowhow, and to roll out the knowledge and skills to local communities.

To support and strengthen the capacity of Hamelmalo Agricultural College (HAC) so that it can contribute to increasing agriculture productivity and enhancing environmental sustainability, through their education mission by meeting ecological, economic and social needs and by building of new multidisciplinary partnerships and networks and strengthening of the existing ones.

We aim at elucidating how plants acquire and use information about their abiotic and biotic environment. Perception of visible and ultraviolet regions of the daylight spectrum and the acclimation responses triggered by these cues are the main focus of our current research. Understanding cross-acclimtaion mechanisms can be used to develop new environmentally-friendly crop management strategies based on environmental cues, such as the light spectrum and/or temperature, replacing applications of chemical growth regulators and of some pesticides. Another application is enhancement of post-harvest shelf life of cut flowers, and leafy vegetables.

Latin America is the biggest orange juice producer worldwide which results in significant amounts of Citrus Processing Waste (CPW). For many enterprises these waste products lead to significant disposal problems. On the other hand CPW can be the source of valuable products if converted in a biorefinery. The aim of this proposal is to develop a biorefinery concept for the CPW.

This study focuses on the effect of electronic invoicing on the society. Direct emissions is a big challenge in Africa and to reduce it should be the priority of the government and the policy makers. The outcome of the study will help the African community to learn from the green strategy of the advanced countries such as Finland.

Cyanobacteria are interesting ancient diverse organisms with a great future in biotechnology. In this project, we will investigate molecular and cultivable cyanobacterial biodiversity from diverse habitats in Brazil. We will isolate strains to form a biobank and utilize cyanobacterial strains to screen and identify new bioactive compounds, their biosynthetic genes and enzymes.

Fungi associated to trees are hyperdiverse, and not much is known about fungal biodiversity in the tropics. Equally, very little is known about their ecological impact on disease development and co-evolution with their host tree species, particularly in Paraguay. Of special interest are those that associate with native species of families like Myrtacea, famously known for the genus Eucalyptus, used world-wide in forest plantations. In recent years, fungal diseases of Eucalyptus plantations have become increasingly common. This endangers forest production, particularly in areas where little is known about the local microbes.

We applied the design science research framework to develop a mobile learning application, MobileEdu, for computing education (ICT and Programming). The application is intended to facilitate the learning of computer science courses on mobile devices, support ubiquitous, collaborative, and social learning for university students.