Asturias, F. Reservoir assessment of Zunil I and II geothermal fields, Guatemala. Report 3, 1-32. 
Austria, J. Database system and applications developed for reservoir modelling and monitoring of geothermal fields in the Philippines. Report 4, 33-74.
Baba, A. Geothermal Environmental Impact Assessment with special reference to the Tuzla geothermal area, Canakkale, Turkey. Report 5, 75-114. 
Chavarria R., L. Miravalles geothermal field, Costa Rica - Evidence of thermal evolution and comparison of the mineralogy of an acid well and a neutral well. Report 6, 115-142. 
Demissie, Y. Transient electromagnetic resistivity survey at the Geysir geothermal field, S-Iceland. Report 7, 143-164. 
Eshagpour, M. Borehole geology and alteration mineralogy of well HE-9 in Hellisheidi geothermal field, SW-Iceland. Report 8, 165-187. 
Fronda, A. Application of database in monitoring the performance of geothermal steam fields and power plants in the Philippines. Report 9, 189-217. 
Gendenjamts, O.E. Interpretation of chemical composition of geothermal fluids from Árskógsströnd, Dalvík and Hrísey, N-Iceland, and in the Khangai area, Mongolia. Report 10, 219-252. 
Hou Haiyan. Environmental impact of geothermal development in Henan province, China. Report 11, 253-274. 
Jacobo, P.E. Gas chemistry of the Ahuachapán and Berlín geothermal fields, El Salvador. Report 12, 275-304. 
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Kania, J. Geochemical interpretation of thermal fluids from low-temperature wells in Stykkishólmur, W-Iceland, and Pyrzyce, NW-Poland. Report 13, 305-336.
Kariuki, M.N. Reservoir assessment and wellbore simulations for the Olkaria Domes geothermal field, Kenya. Report 14, 337-360. 
Li Jun. Reservoir evaluation of the Zhouliangzhuang geothermal field, Tianjin, China. Report 15, 361-384. 
Lkhagvadorj, I. The use of geothermal energy in a low-temperature field with a case study from Shargaljut, Mongolia. Report 16, 385-406. 
Mwawughanga, F.M. Comparison of environmental aspects of geothermal and hydropower development based on case studies from Kenya and Iceland. Report 17, 407-436.
Rezvani Khalil Abad, M. Reservoir parameters for well HE-5, Hellisheidi geothermal field, SW-Iceland. Report 18, 437-463. 
Rogowska, A. District cooling by a geothermal heat source. Report 19, 465-487. 
Taghaddosi, M. Conceptual modelling of a power plant for the Sabalan geothermal area, Iran. Report 20, 489-504. 
Vereina, O. Natural state modelling of the Mutnovsky geothermal field, Kamchatka, Russia. Report 21, 505-526. 
Zhang Yuandong. Assessment of the Kaldárholt geothermal system and associated reinjection into the nearby Laugaland system, S-Iceland. Report 22, 527-552.
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