Poster presentations

Poster table Authors   Title
1 Fitzpatrick, R.W., Baker, A.K.M., Shand, P., Merry, R.H., Grealish, G. & Mosley, L.M. Australia New approaches to understanding pedogenic pathways that contribute to evolution models for predicting soil change across time and space in inland Acid Sulfate Soils
2 Edén, P., Rankonen, E., Auri, J., Yli-Halla, M., Österholm, P. Beucher, A., & Rosendahl, R. Finland Definition and classification of Finnish Acid Sulfate Soils
3 Akpan-Idiok, A. U. & Esu, I.E. Nigeria Characteristics, Uses and Management of Potential Acid Sulfate Soils for Rice Production in Niger Delta Region of Nigeria
4 Pousette, K. & Knutsson, S. Sweden Study of a sulfide soil deposit at a road construction in Sunderbyn, near Luleå in the north of Sweden
5 Orndorff, Z.W. & Daniels, W.L.  USA Fifteen years of mapping, characterizing and remediating acid sulfate soils in Virginia, United States
6 Lahdenperä, A-M. & Ikonen, A.T.K. Finland Sea bottom sediments developing into future soils at Olkiluoto, a spent nuclear fuel repository site
7 Aroka, N., Norrlin, J., Sohlenius, G. Uhlbäck, J. & Wåhlén, H. Sweden Identification and Classification of Acid sulfate Soils in northern Sweden
8 Taskinen, J., Berg, P., Saarinen-Valta, M., Välilä, S., Mäenpää, E., Myllynen, K. & Pakkala, J.  Finland Sensitivity of the endangered freshwater pearl mussel, Margaritifera margaritifera, to pH, iron and aluminium in an acid sulfate soil river
9 Hudd, R., Toivonen, J. & Österholm, P. Finland Larval crash in a coastal burbot (Lota lota L.) stock caused by acid sulfate runoff in an embanked archipelago and estuary area in the Baltic Sea
10 Elisa, A.A., Shamshuddin, J.  , Fauziah, C.I. & Roslan, I. Malaysia Utilization of an acid sulfate soil in Malaysia for rice cultivation
11 Epie K.E., Virtanen, S. , Lammi, A., Simojoki, A. & Stoddard, F. Finland High moisture acid sulfate soil effects on reed canary grass
12 Suomela, R., Yli-Halla, M., Auri, J. & Joki-Tokola, E. Finland Subsurface Irrigation and Controlled Drainage in Reducing the Acid Discharge to Siikajoki River in Northern Ostrobothnia, Finland
13 Rautio, L. M., Sierla, J., Keskisarja V., Nyroos, H. & Sevola, P., Finland Guidelines for Mitigation of the Negative Effects of Acid Sulfate Soils until the year 2020 – a Finnish National Strategy 
14 Westberg, V., Mäensivu, M., Teppo, A., Riihimäki, J., Rautio, L. M., Sevola, P., Koskenniemi, E, Storberg, K.-E., Bonde, A. & Vuori, K.-M. Finland Acid sulfate Soils as a Dilemma for Reaching Good Ecological Status in Surface Waters
15 Mulvey P. & Stuckey M., Indonesia Oxidation without neutralisation can be managed – providing you control the rate.’ Broad-acre agricultural development on acid sulfate soil in south-east Asia (Sumatra, Indonesia)
16 Seaman, R. Australia Consequences of reduced water flows to the Lower Murray region
17 Wichmann, A. & Ovaskainen, J. Finland Peat production on sulfide soil – Case Linnunsuo in Eastern Finland
18 Saarinen, T., Mohammadighavam, S., Marttila, H. & Kløve, B. Finland Impacts of peatland forestry ditch maintaining operation on runoff water quality derived from soil sulfide-bearing sediments - how to avoid acid surges?
19 Tertsunen, J., Tammela, S., Tuohino, J., Saukkoriipi, J., Marttila, H., Heikkinen, K., Martinmäki, K. & Yrjänä, T. Finland Developing a method to decrease acidity and concentrations of soluble metals in surface waters originating from organic acid or sulfate rich drainage areas
20 Yu, C.X., Virtasalo, J., Peltola, P., Österholm, P., Ojala, A. & Åström, M. Finland Enrichment and speciation of metals in estuarine sediments affected by acid sulfate soils in Western Finland
21 Boman, A., Åström, M.E. & Öhlander, B. Sweden Can Zn isotopes be used for tracing acid sulfate soil discharge?
22 Yvanes-Giuliani Y., Fink D., Rose J., Waite T.D. & Collins, R.N. Australia Labile and Exchangeable metal concentrations in Australian coastal acid sulfate soils: mechanisms controlling metal mobility
23 Rosendahl, R., Lall, K.-E., Engblom, S., Stén, P. & Österholm, P. Finland The Risöfladan Experimental Field for Chemical Precision Treatment of Acid sulfate Soils
24 Hopgood, M.J. Sweden Environmental impact of an ASS landfill on the chemical properties of a recipient river
25 Autiola M., Hakanen T. , Kaarakainen V., Lindroos N., Mäkelä, A. & Ratia, K. Finland Excavation practices in sulfide clay areas, in project Highway No. 8 Sepänkylä bypass Vaasa-Mustasaari
26 Stroud, J.L. & Collins, R.N.  Australia Arsenic and trace metals in acid sulfate environments
27 Turunen, M. & Nieminen, T.M. Finland Speciation of trace metals in soil solution of an acid sulfate forest soil by DGT method 
28 Eriksson, Lars G Sweden Leaching test for characterization of Sulfur Rich Soils
29 Stén, P., Engblom, S., Heikkilä, S., Andersson, T. & Nowak, P. Finland Column Leaching Experiments on Acid sulfate Soils from the Risöfladan Experimental Field   (Vasa, Finland)
30 Saukkoriipi, J., Österholm, P., Heikkinen, K., Postila, H., Kunnas-Hiltunen, S., Karppinen, A., Wichmann, A., Klöve, B. & Ihme, R. Finland Management of Sulfide induced Acidity in Peat Harvesting (SuHE); Methods for predicting and managing acidic loads to waters from peat extraction areas