Salla Mönkkönen and Juho Kutvonen

 Substantive content ◦ Aims of homework 6 ◦ Pages selected  Wider perspective  Methods linkaging to bigger picture

 Fuels used by Haapaniemi energy plant  Climate change policies in Thessaloniki  Järvisedimenttien metallipitoisuudet (Metal concentrations of lake sediments)

 Aims of homework 6 ◦ What are different parts of a page? ◦ How are the parts related to each other and to other pages? ◦ Identification of R code structure

 Fuels used in Haapaniemi energy plant ◦ What are the fuels and their fractions in Haapaniemi energy plant?

 Fuels used by Haapaniemi energy plant ◦ We learned:  Using R code  The page structure ◦ Conclusions made based on the material and the work:  Peat is the most used fuel by Haapaniemi energy plant

 Fuels used by Haapaniemi energy plant ◦ The page is part of URGENCHE project ◦ It is important to know in what ratio different fuels are used by Haapaniemi energy plant. ◦ The aim of Kuopio city reducing GHG emissions by 2030: increase of biomass?

 Fuels used by Haapaniemi energy plant ◦ Results of URGENCHE project will be demonstrated for the year 2030 on a business-as-usual and two GHG emission reduction scenarios with emphasis on transport and buildings ◦ Development and application of a methodological framework for the assessment of the overall risks and benefits of alternative GHG emission reduction policies for health and well-being

 Climate change policies in Thessaloniki ◦ What are climate change mitigation policies in Thessaloniki?

 Climate change policies in Thessaloniki ◦ We learned:  The answer should be an ovariable, not a data table. ◦ Conclusions made based on the material and the work:  There are several ways to reduce traffic GHG emissions.

 Climate change policies in Thessaloniki ◦ The page is part of URGENCHE project ◦ As the name of the page refers, the content is about reducing GHG emissions.  In Thessaloniki these climate change policies concern traffic.  Since traffic is one of the biggest GHG emission sources, it is important to consider how to reduce them.

 Climate change policies in Thessaloniki ◦ National and EU law -> restrictions for emissions  These were taken into account according to future plans. ◦ Since Thessaloniki is one of the cities in URGENCHE project, the same aims regard as in Haapaniemi case

 Järvisedimenttien metallipitoisuudet (Metal concentrations of lake sediments) ◦ What is the concentration of a certain metal in lake sediment?

 Järvisedimenttien metallipitoisuudet (Metal concentrations of lake sediments) ◦ We learned:  Interpretation of R code: calculation steps ◦ Conclusions made based on the material and the work:  Concentration of different metal vary between lakes  R code can be used in calculating metal concentrations of lake sediment

 Järvisedimenttien metallipitoisuudet (Metal concentrations of lake sediments) ◦ The page is part of MINERA project ◦ Mine industry produces metal emissions which eventually end up in lake sediment -> effects to aquatic ecosystem

 Järvisedimenttien metallipitoisuudet (Metal concentrations of lake sediments)  Total model of risk assessment in mine areas  Ecological and environmental risk assessments  Human exposure  Ecological and health effects

Any questions?