ALBERT

Beschreibung: The Federal Republic of Germany committed itself in June 1990 to reduce its carbon dioxide emissions by 25% of the 1987 level by the year 2005, as a measure of slowing down the increase in the greenhouse effect. The issue of a human-caused climate change, however, did not surface in Germany for the first time just a few years ago. The potential threat was recognized a half a century ago. This article traces the history of the German climate change debate in the last 50 yr and discusses the forces and events that shaped it. The way in which various societal actors - among them scientists, the government, industry, non-governmental organizations (NGOs) and the media - entered into and influenced the debate is also examined. Unfolding the history of the global warming debate in Germany reveals how the country's current policy stance evolved.

Beschreibung: The discrepancy between ecologically conscious attitudes and actual behaviour is described as an inner resistance, and as connected with a propensity to ignore the external costs of wealth. Evidence is presented that this propensity is based on pro-material traits such as the positional attitude and the passion for goods. These traits are traced back to control orientation, whereas ecological responsibility is shown to be related to autonomy orientation. The societal origins of these basic orientations, and hence the conditions of reinforcing post-materially and ecologically minded behaviour, are discussed.

Beschreibung: Bram, K.: Logging and testing in the superdeep borehole KTB-Oberpfalz HB: Concept and first results of the depth interval 0 - 6018 m. p. 3-21. Zoth, G.: Logging Center. p. 25-57. Bram, K., Kück, J.: Information on the Borehole KTB-Oberpfalz HB. p. 61-65. Draxler, J.: Logging Programme. p. 69-73. Draxler, J., Kück, J.: Logging Activity in the Borehole KTB-Oberpfalz HB. p. 77-83. Draxler, J.: Intermediate Logs. p. 87-93. Draxler, J.: Logging Operations at Casing Depth 6018.0 m (driller's depth). p. 97-175. Draxler, J.: New Tools. p. 179-183. Hirschmann, G., Kück, J.: Data Evaluation and Reports: KTB Hauptbohrung - relations between the borehole deviation and the geological structure. p. 187-189. Kück, J.: Data Evaluation and Reports: BGLQUICK and MUDQUICK quicklook data plots. p. 191-197. Sturmeit, K.-D.: Data Evaluation and Reports: SEL - A computer program to manage and present data of downhole measurements. p. 199-213. Zoth, G.: Data Evaluation and Reports: Temperature measurements during the 6000 m logging campaign in the KTB-Oberpfalz HB. p. 215-217. Bram, K., Gatto, H.: Data Evaluation and Reports: Determination of sonic velocities from KTB borehole acoustic logs. p. 219-235. Stoll, J.: Data Evaluation and Reports: A Mise-a-la-Masse experiment for detecting an electric network in cataclastic zones around the KTB-site. p. 237-250. Gatto, H.: Data Evaluation and Reports: Determination of elements through geochemical logging in crystalline rocks of the KTB-Oberpfalz HB. p. 251-264. Peching, R., Wohlenberg, J.: Data Evaluation and Reports: EFA-LOG - The upper 3 km of the KTB-Hauptbohrung. p. 265-280. Brudy, M., Fuchs, K., Zoback, M. D.: Data Evaluation and Reports: Stress Orientation Profile to 6 km Depth in the KTB Main Borehole. p. 281-300. Engeser, B., Huenges, E., Kessels, W., Kück, J., Wohlgemuth, L.: Data Evaluation and Reports: The 6000 m hydrofrac test in the KTB main borehole design, implementation and preliminary results. p. 301-336. Kessels, W., Kück, J.: Data Evaluation and Reports: Hydraulic communication in crystalline rocks between the two boreholes of the Continental Deep Drilling Programme in Germany. p. 337-365.

Beschreibung: The plate tectonic concept has nearly revolutionized the geo-sciences in the last decades. Many geodynamical, geophysical and geological phenomena could be understood for the first time. The investigation of the present-day global crustal kinematics is a crucial contribution which can be delivered by space geodesy only. Since the beginning of the MERIT-Campaign continuous good quality laser ranging data to LAGEOS are available. Using these data a precise estimation of present-day global-scale tectonic motion is possible. During the WEGENER/MEDLAS project the worldwide tracking network has been densified by a number of fixed and mobile stations in the southern Europe and eastern Mediterranean. Having now for a number of sites three to four occupations within four years significant site motions can be extracted. The derived motions are essential input information for deformation analyses and the interpretation of plate tectonic parameters.

Beschreibung: Dietrich, H.-G., Wöhrl, Th.: Part A: Report of the KTB field laboratory - Drilling and Sampling. p. 1-14. Duyster, J., Figgemeier, Chr., Godizart, G., Hoffmann, A., Kontny, A., Lich, S., Machon, L., Pribnow, D., Rauen, A., Röckel, Th., Spangenberg, E., Umsonst, T., de Wall, H., Winter, H., Wöhrl, Th., Dietrich, H.-G.: Part A: Report of the KTB field laboratory - The lithological profile of the KTB Hauptbohrung, 6000 - 7220 m: Geology, Geochemistry and Geophysics. p. 15-63. Harms, U., Lich, S., Pechnig, R., de Wall, H.: Part B: Geoscientific Investigations - Gneisses of the KTB Vorbohrung and Hauptbohrung: I. Lithological Units, Subdivision and Correlation. p. 67-74. Müller, H.: Part B: Geoscientific Investigations - Gneisses of the KTB Vorbohrung and Hauptbohrung: II. Source rocks and petrogenesis. p. 75-78. Harms, U., Godizart, G.: Part B: Geoscientific Investigations - Formation of metabasic rocks: geochemical interpretation of core and cuttings data. p. 79-82. Böhn, B., Okrusch, M.: Part B: Geoscientific Investigations - Petrology and interpretation of metabasic rocks in the KTB main hole. p. 83-86. Weber, K., Lapp, M., Oncken, O.: Part B: Geoscientific Investigations - The Basal Units of the Erbendorf-Vohenstrauß-Zone. - Attempted Prognosis for the Suspected Lithology at the Final Depth of the KTB. p. 87-88. Lapp, M., Oncken, O., Weber, K.: Part B: Geoscientific Investigations - Structural Development of the Saxothuringian and Bohemian Units at the South End of the Erbendorf-Vohenstrauß Zone (ZEV). p. 89-91. Fiala, J., Zdenek, V.: Part B: Geoscientific Investigations - Lithology and tectonic evolution of the Saxothuringicum - Moldanubicum transition zone, West Bohemia. p. 93-95. Tanner, D., Schuster, J., Behrmann, J. H., O'Brien, P. J.: Part B: Geoscientific Investigations - New clues to the Moldanubian puzzle: structural and petrological observations from the Waldmünchen area, eastern Bavaria. p. 97-102. Godizart, G., Zulauf, G.: Part B: Geoscientific Investigations - Ductile normal faults in the KTB Hauptbohrung - Evidence of late Variscan extensional collapse. p. 103-105. Peterek, A., Maier, M., Bankwitz, E., Bankwitz, P., Franzke, H.-J., Rauche, H., Schröder, B.: Part B: Geoscientific Investigations - Contribution to the late- and post-Variscan Tectonic Evolution at the Western Margin of the Bohemian Massif. p. 107-110. Zulauf, G., Oncken, O.: Part B: Geoscientific Investigations - Brittle and brittle-ductile deformation in the KTB Hauptbohrung. p. 111-114. Schulte, B.: Part B: Geoscientific Investigations - Late cordierite in the Zone of Erbendorf-Vohenstrauß (ZEV): evidence of isothermal uplift of parts of the western ZEV. p. 115-120. Scherer, T., Agel, A., Hafner, S. S.: Part B: Geoscientific Investigations - Determination of uplift rates using EPR investigations of quartz. p. 121-124. Jacobs, J., Hejl, E., Van den Haute, P., Wagner, G. A.: Part B: Geoscientific Investigations - A preliminary tectono-thermal model for the KTB deduced from apatite, zircon and sphene fission-track analysis. p. 125-128. Wemmer, K., Ahrendt, H.: Part B: Geoscientific Investigations - Age determinations on retrograde processes in rocks of the KTB and the surrounding area. p. 129-131. Kreuzer, H., Henjes-Kunst, F., Seidel, E., Schüssler, U., Böhn, B.: Part B: Geoscientific Investigations - Ar-Ar spectra on minerals from KTB and related medium-pressure units. p. 133-136. Reichert, C., Dürbaum, H.-J., Hirschmann, G., Sadowiak, P., Wiederhold, H., Stiller, M.: Part B: Geoscientific Investigations - Thickness and signature estimation of the SE1 seismic event at the KTB Oberpfalz. p. 137-139. Hirschmann, G.: Part B: Geoscientific Investigations - KTB Hauptbohrung - what's beneath the seismic reflector SE1 ? p. 141-144. Jahns, C., Rabbel, W.: Part B: Geoscientific Investigations - Shallow seismic anisotropy surveying in the area of the KTB-location Oberpfalz (Germany). p. 145-148. Körbe, M., Thomas, R.: Part B: Geoscientific Investigations - Preliminary Interpretation of the 3D-Seismic Survey at the KTB-Location. p. 149-152. Spangenberg, E., Umsonst, T.: Part B: Geoscientific Investigations - Lithology and seismic impedance at KTB - a first correlation. p. 153-156. Xiao-Ping, L.: Part B: Geoscientific Investigations - Estimation of Seismic Attenuation from VSP Data. p. 157-159. Xiao-Ping, L., Ru-Shan, W.: Part B: Geoscientific Investigations - Investigation of Random Heterogeneties in the Crust by the KTB. p. 161-163. Kück, J.: Part B: Geoscientific Investigations - Borehole geometry and breakout development in the KTB main borehole from BGT logging. p. 165-169. Braun, R.: Part B: Geoscientific Investigations - Investigation of Breakout- Mechanisms. p. 171-174. Wittke, W., v. Schmettow, Th.: Part B: Geoscientific Investigations - The Influence of Selected Parameters on the Borehole Stability of the Continental Deep Drilling (KTB) Main Borehole. p. 175-178. Lempp, Ch., Natau, O., Holl, A., Althaus, E.: Part B: Geoscientific Investigations - Influence of fluids on the stability of the KTB open hole below 6000 m. p. 179-182. Schetelig, K.,Azzam, R.,Kläsener, R.: Part B: Geoscientific Investigations - Borehole break-outs and their relation to mechanical and physical properties of KTB core samples. p. 183-186. Keller, S., Natau, O.: Part B: Geoscientific Investigations - High temperature direct shear test parameters of foliations in gneisses of the KTB-pilot-hole. p. 187-190. Rummel, F., Zoback, M. D.: Part B: Geoscientific Investigations - Hydrofrac Stress Profile in the KTB Boreholes VB and HB. p. 191-194. Brudy, M., Fuchs, K., Zoback, M. D.: Part B: Geoscientific Investigations - Stress Orientation Profile to 6 km depth in the KTB Main Borehole. p. 195-197. Natau, O., Röckel, Th.: Part B: Geoscientific Investigations - Orientation of the In-Situ Stress Field Determined from Drilling Induced Fractures, Centerline Fractures, Core Disking at the KTB Drill Site. p. 199-202. Röckel, Th., Natau, O.: Part B: Geoscientific Investigations - Estimation of the Maximum Horizontal Stress Magnitude from Drilling Induced Fractures and Centerline Fractures at the KTB Drill Site. p. 203-209. Dahlheim, H.-A.: Part B: Geoscientific Investigations - Earthquake-parameters and stress-field determination from events near the KTB-drill site. p. 211-212. Bankwitz,P., Bankwitz,E.: Part B: Geoscientific Investigations - Stress analysis on KTB drill cores derived from fractographic features. p. 213-218. Durham, W.B.: Part B: Geoscientific Investigations - Topographic Measurement of Disking Fractures from KTB Pilot Hole, Depth 3606 m. p. 219-222. Lich, S., Duyster, J.: Part B: Geoscientific Investigations - Shape and fracture analysis on cuttings - KTB Hauptbohrung. p. 223-225. Vollbrecht, A., Dürrast, H., Weber, K.: Part B: Geoscientific Investigations - Open Microcracks: Indicators for In situ Stress Directions. p. 227-230. Vollbrecht, A., Olesen, N. O., Schmidt, N. H., Weber, K.: Part B: Geoscientific Investigations - Preferred Crystallographic Orientation of Microcracks in Quartz: A Combined ECP/U-Stage Study. p. 231-234. Zinke, J., v. Gehlen, K., Lienert, M., Berckhemer, H.: Part B: Geoscientific Investigations - Imagery of open microcracks for statistical analysis; comparison with elastic anisotropy. p. 235-237. Zinke, J., Berckhemer, H., Abdrachimov, M. Z., Traskin, V. J.: Part B: Geoscientific Investigations - Subcritical microcrack growth in KTB drill cores as a result of weakening by water adsorption. p. 239-242. Baumann, H.: Part B: Geoscientific Investigations - Differential strain analysis and in situ stress from the German KTB-Location. p. 243-245. Lienert, M., Zang, A., Aulbach, E., Berckhemer, H.: Part B: Geoscientific Investigations - Stress relaxation of drill cores of the KTB main borehole. p. 247-250. Zinn, P., Hinze, E., Reimers, W.: Part B: Geoscientific Investigations - X-Ray Diffraction Analysis of Residual Stress in Rocks. p. 251-253. Kern, H., Popp, T.: Part B: Geoscientific Investigations - Physical in-situ properties of core samples with respect to the KTB-stress field and fluids. p. 255-258. Siegesmund, S., Dürrast, H., Vollbrecht, A., Chlupac, T.: Part B: Geoscientific Investigations - Relation between Complete VP-Anisotropy and Microfabrics: A Quantitative Approach. p. 259-263. Siegesmund, S., Vollbrecht, A., Chlupac, T., Nover, G.: Part B: Geoscientific Investigations - Fabric-controlled Anisotropy of Petrophysical Properties Observed in KTB Core Samples. p. 265-268. Nover, G., Heikamp, S., Will, G.: Part B: Geoscientific Investigations - Pressure dependence of the complex electrical resistivity and permeability in the pressure range up to 250 MPa. p. 269-273. Duba, A., Heikamp, S., Nover, G., Will, G.: Part B: Geoscientific Investigations - Electrical conduction in the KTB rocks: an unusual pressure effect. 275-278. Huenges, E.: Part B: Geoscientific Investigations - Profiles of permeability and formation-pressure down to 7,2 km. p. 279-285. Morrow, C. A., Lockner, D. L., Röckel, Th.: Part B: Geoscientific Investigations - Permeability of Amphibolite Core Samples from the KTB Drillhole. p. 287-288. Pusch, G., Weber, J. R.: Part B: Geoscientific Investigations - Influence of Deviatoric Stress Conditions on Micro Fracture Permeability of Crystalline Rock (DFG-Project PU 59/5). p. 289-292. Freund, D.: Part B: Geoscientific Investigations - Comparison of pressure-induced changes of permeability and electrical conductivity from KTB drill core samples. p. 293-296. Leuchtmann, D., Pusch, G.: Part B: Geoscientific Investigations - Investigations of Transport Processes of Gas Saturated and Undersaturated Fluids through a Fracture/Matrix-Continuum or a Discontinuous Fracture/Matrix-System respectively (Project Pu 59/7-2). p. 297-300. Börner, F., Schön, J., Jung, F.: Part B: Geoscientific Investigations - Low frequency complex conductivity of microcracked rocks. p. 301-304. Seipold, U.: Part B: Geoscientific Investigations - Determination of the thermal transport properties of amphibolites at high pressure and high temperature. p. 305-308. Endom, J., Kümpel, H.-J.: Part B: Geoscientific Investigations - Analysis of tidal and airpressure signals in the water level record of the KTB Vorbohrung. p. 309-311. Millich, E, Neugebauer, H. J.: Part B: Geoscientific Investigations - Pumping of fluids in porous media induced by earth tides. p. 313-316. Maus, St., Pohl, J., Soffel, H. C., Saradeth, St.: Part B: Geoscientific Investigations - Interpretation of an aerogeophysical survey (gamma ray spectrometry, electromagnetics and magnetics) in the KTB area. p. 317-318. Bosum, W., Casten, U., Fieberg, F., Götze, H.-J., Gobashy, M., Heyde, I., Neubauer, F. M., Röttger, B., Soffel, H. C.: Part B: Geoscientific Investigations - Gravity and magnetic structural models of the KTB-area. p. 319-322. Bosum, W., Röttger, B., Schmidt, H.: Part B: Geoscientific Investigations - Detailed Interpretation of Magnetic Anomalies in the KTB-Area in Connection with Boreholemagnetic Anomalies. p. 323-326. Friedrich, D., Soffel, H. C., Weber, K.: Part B: Geoscientific Investigations - Correlation of Petromagnetic Properties in Amphibolites with Rock Fabric from the Drill Location Vicinity of the German Continental Deep Drilling Program. p. 327-330. Worm, H.-U.: Part B: Geoscientific Investigations - Rock Magnetism and Modelling of Magnetic Borehole Anomalies. p. 331-333. Schumann, R., Pohl, J., Soffel, H .C.: Part B: Geoscientific Investigations - A preliminary rock magnetic log of cuttings from the KTB Hauptbohrung (0 - 7200 m). p. 335-336. Fieberg, F., Worm, H.-U., Kuhnke, F., Bosum, W.: Part B: Geoscientific Investigations - Magnetic Anomalies in the KTB Pilot and Main Drillholes. p. 337-342. de Wall, H., Kontny, A., Rauen, A., Keyssner, S., Schumann, R., Worm, H.-U.: Part B: Geoscientific Investigations - Thermomagnetic investigations on ore-bearing samples from KTB Vorbohrung and Hauptbohrung. p. 343-347. Markert, H., Lehmann, A. : Part B: Geoscientific Investigations - 3D-Magnetopetrography in Zones of Magnetic Anomaly: ARM-Susceptibility - Rayleigh-Hysteresis - Modelling Magnetic Induction. p. 349-352. Markert, H., Lehmann, A. : Part B: Geoscientific Investigations - Viscous Magnetization of Pyrrhotite-bearing Rock - Time Law, Weak Field Approximation. p. 353-356. Gobashy, M. M., Casten, U., Neubauer, F. M.: Part B: Geoscientific Investigations - Borehole gravimetry in the KTB-main well and a new structural interpretation. p. 357-360. Stoll, J.: Part B: Geoscientific Investigations - Mise-a-la-Masse with the KTB. p. 361-364. Bigalke, J., Grabner, E. W., Stoll, J., Haak, V.: Part B: Geoscientific Investigations - Electrochemical modelling of self-potential anomalies. p. 365-368. Bigalke, J., Stoll, J.: Part B: Geoscientific Investigations - Cyclic Voltametric Measurements within the KTB Borehole. p. 369-372. Pape,H., Grinat,M., Vogelsang,D. : Part B: Geoscientific Investigations - Petrophysical Parameters related to Decay Curves of Induced Polarization. p. 373-376. Hurtig, E., Schrötter, J.: Part B: Geoscientific Investigations - Fibre Optic Temperature Measurements in Deep Boreholes. p. 377-380. Pechnig, R., Wohlenberg, J.: Part B: Geoscientific Investigations - EFA-LOG - Reconstruction of Lithology by Log Interpretation - Hole to hole correlation in KTB. p. 381-384. von Drach, V., Köhler, H.: Part B: Geoscientific Investigations - Geochronological Profile of the KTB Pilot Bore Hole. p. 385-388. Hofmann, B., von Drach, V., Köhler, H.: Part B: Geoscientific Investigations - Nd Model Ages and Sr Isotope Systematics of Drilled Material from the KTB Main Bore Hole. p. 389-390. Hölzl, S., Hofmann, B., Köhler, H.: Part B: Geoscientific Investigations - U-Pb and Sm-Nd dating on a metabasite from the KTB main bore hole. p. 391-392. von Quadt, A.: Part B: Geoscientific Investigations - Meta-gabbros from the KTB pilote bore hole: a multi-element approach. p. 393-394. Söllner, F., Miller, H.: Part B: Geoscientific Investigations - U-Pb model ages for di-episodic lead loss in zircons from gneisses of the KTB pilot drill hole. p. 395-398. von Drach, V., Veress, Ch., Hofmann, B., Köhler, H., Vejnar, Z., Waldhauserrova: Part B: Geoscientific Investigations - The Isotopic Evolution of the Upper Mantle in the NW Part of the Bohemian Massiv. p. 399-402. Hecht, L., Spiegel, W., Morteani, G.: Part B: Geoscientific Investigations - Genetic studies of the granites of the Fichtelgebirge - A contribution to crustal evolution at the border of the Saxothuringian and Moldanubian zones. p. 403-405. Wendt, I.: Part B: Geoscientific Investigations - Geochemistry, radiometric ages and genetic relations of granites adjacent to KTB. p. 407-410. Siebel, W.: Part B: Geoscientific Investigations - Geochronology of the Leuchtenberg Granite and the associated Redwitzites. p. 411-415. Weinlich, F. H., Bräuer, K., Kämpf, H., Strauch, G., Weise, S.: Part B: Geoscientific Investigations - Gasgeochemical investigations on mineral springs along a cross-section through the Eger rift. p. 417-421. Figgemeier, Chr.: Part B: Geoscientific Investigations - Detection, Characterisation and Calculation of Fluids by continuous Drill Mud Analysis. p. 423-426. Zimmer, M., Erzinger, J.: Part B: Geoscientific Investigations - Quantification of gases dissolved in drilling mud - Results from the KTB. p. 427-429. Müller, P., Dulski, P., Giese, U.: Part B: Geoscientific Investigations - Rare earth elements in KTB-VB fluids. p. 443-446. Faber, E., Sohns, E., Weise, S.: Part B: Geoscientific Investigations - Origin of hydrocarbon gases in the KTB boreholes. p. 431-433. Weise, St., Lodemann, M., Figgemeier, Chr., Hansmann, J., Machon, L., Kamm, H.,Faber, E.: Part B: Geoscientific Investigations - Helium isotopes and composition of pumping test gases from the KTB pilot hole. p. 435-438. Fehn, U., Moran, J.E.: Part B: Geoscientific Investigations - Determination of Cl36 and I129 in fluids from the KTB project. p. 439-442. Simon, K., Hoefs,J.: Part B: Geoscientific Investigations - O,H isotopes of rocks and minerals: crustal profile and fluid evolution. p. 447-450. Behr, H.-J., Horn, E. E., van den Kerkhof, A. M., Reutel, Chr., Topp, J.: Part B: Geoscientific Investigations - Crustal fluids of the continental deep drilling project (KTB) at 0 - 7000 m. p. 451-454. Walther, J., Althaus, E.: Part B: Geoscientific Investigations - Reconstruction of geothermal gradients from fluid inclusions in rocks from the KTB borehole. p. 455-459. Pasteris, J. D.: Part B: Geoscientific Investigations - Preliminary Comparison of Fluid Inclusions from the KTB Pilot Hole, Germany, with those from the Southwestern Footwall of the Duluth Complex, Minnesota, USA. p. 461-464. Bach, W., Erzinger, J.: Part B: Geoscientific Investigations - Geochemistry of volatile components in rocks from the KTB-HB. p. 465-468. Schäfer, K., Kirsten, T.: Part B: Geoscientific Investigations - Noble Gases in rocks from the KTB and the Kola SG3. p. 469-472. Thomas, R.: Part B: Geoscientific Investigations - Estimation of Water Content of Granite Melts from Inclusion Data. p. 473-480 Borchardt, R., Emmermann, R.: Part B: Geoscientific Investigations - Vein minerals in KTB rocks. p. 481-487. Schwarz, U., Schöps, D., Herzig, P. M., Friedrich, G.: Part B: Geoscientific Investigations - Tourmaline in metabasites of the KTB-Hauptbohrung. p. 489-491. Walther, J., Althaus, E.: Part B: Geoscientific Investigations - Graphite deposition in tectonically mobilized fault planes of the KTB-Pilot Drill Hole. p. 493-497. Bartels, K. S., Pasteris, J. D.: Part B: Geoscientific Investigations - Preliminary results on the relation between graphite derived from metamorphosed organic matter and fluid deposition in rocks of the KTB-VB und -HB: A Raman spectroscopic study. p. 499-502. Meier, H., Zimmerhackl, E., Zeitler, G., Hecker, W., Albrecht, W., Büsche, D.: Part B: Geoscientific Investigations - Distribution of Uranium- and Thoriumisotopes in Rocks and Fluids from the KTB-Hauptbohrung. p. 503-506. Giese, U., Müller, P.: Part B: Geoscientific Investigations - Mobility of metal ions in gneisses of KTB. p. 507-510. Kontny, A., Keyssner, S., Friedrich, G.: Part B: Geoscientific Investigations - Ore petrology in the KTB Hauptbohrung (6000 - 7220 m). p. 511-513. Grawinkel, A., Kontny, A., Schöps, D., Herzig, P. M., Friedrich, G.: Part B: Geoscientific Investigations - Oxide minerals and their metamorphogenic alteration products in metabasites of the KTB-Hauptbohrung. p. 515-517. Berner, Z., Puchelt, H.: Part B: Geoscientific Investigations - Sulfur Isotope Geochemistry and Relations to the Minor Element Pattern of Pyrite: A Case-Study. p. 519-522. Brauns, M., Haak, U.: Part B: Geoscientific Investigations - U/Pb-Investigations on Pyrite, Galena and Feldspar. p. 523-524. Moh, G. H., Tippelt, G., Amthauer, G., Lungelhofer, F., Dachs, E., Finger, F.: Part B: Geoscientific Investigations - The influence of varying Fe2+/Fe3+-ratios in coexisting garnets and biotites on the garnet-biotite-geothermometer. p. 525-527. Garbe, S., Gaul, G., Knöchel, A., Lechtenberg, F., Janssens, K., Vincze, L., Rindby, A., Schlaubitz, M., Ullrich, H.-J., Emmermann, R., Lauterjung, J., Klemm, W., Walther, J.: Part B: Geoscientific Investigations - X-ray Fluorescence Analysis Using Synchrotron Radiation - A New Powerful Microprobe for Geochemistry. p. 529-532. Conze, R.,Häner, R.,Yazici, A.: Part C: Technical aspects and future developments - The KTB Information System. p. 535-541. Rischmüller,H., Chur,C., Draxler,J.K., Engeser,B., Hoffers,B., Sperber,A., Tran Viet,T., Wohlgemuth,L. : Part C: Technical aspects and future developments - Advanced Drilling Technology for the Continental Deep Drilling Program of the Federal Republic of Germany (KTB). p. 543-557. Engeser,B., Tran Viet,T. : Part C: Technical aspects and future developments - Improvements of the KTB-Drilling Fluid, on the basis of the previous experiences. p. 559-564. Tran Viet,T., Figgemeier,Chr. : Part C: Technical aspects and future developments - Experience with the KTB-Drilling Fluid since the Conversion to the Pyrodrill System. p. 565-568. Wolff,H., Fang,G. : Part C: Technical aspects and future developments - Experiments on cuttings correlation to the drilled formation. p. 569-571. Gloth,H., Wu,J. : Part C: Technical aspects and future developments - Investigations on Measuring Important Rock Mechanical Parameters on Cuttings. p. 573-576. Lauterjung,J., Huenges,E., Emmermann,R. : Part C: Technical aspects and future developments - KTB Deep Crustal Lab. p. 577-580. Stiller,M., Wiechmann,M. : Part C: Technical aspects and future developments - ISO'89-3D - a short summary of the final data processing. p. 581-584.