Search SEDIS
3853 Publications found! (Query time: 0.001 s)
– Download as CSV file
– Download as KML file
<< PREV | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | NEXT >>
| Score | Exp/Site/Hole ↑ | Year | Author/Title | Full text |
|---|
| 100% | | 1982 | Fenner, Juliane M.: Early diagenesis of biosiliceous components in deep sea sediments | |
| 100% | | 1977 | Glover, E. D.: Cathodoluminescence, iron and manganese content, and the early diagenesis of carbonates | |
| 96% | | 1985 | Brassell, S. C.: Molecular changes in sediment lipids as indicators of systematic early diagenesis | |
| 95% | | 1989 | Callaway, Jesse Sybil: Burial transformation of sediment fabric at Ocean Drilling Program sites in the Arabian Sea | |
| 83% | | 1987 | Hesse, R.: Die Fruehdiagenese tiefmariner Sedimente im Spiegel der Porenwasser-Chemie; Eine Bilanz der bisherigen Bohrergebnisse Early diagenesis of deep marine sediments reflecting on pore water chemistry; a balance of previous results | |
| 83% | | 1990 | Kohnen, Mathieu E. L.; Sinninghe-Damste, Jaap S. et al.: Origin and diagenetic transformations of C (sub 25) and C (sub 30) highly branched isoprenoid sulphur compounds; further evidence for the formation of organically bound sulphur during early diagenesis | |
| 83% | | 1994 | Rullkoetter, Juergen; Peakman, Torren M. et al.: Early diagenesis of terrigenous triterpenoids and its implications for petroleum geochemistry | |
| 83% | | 1997 | Lueckge, Andreas: Ablagerung und Fruehdiagenese organischen Materials in marinen Hochproduktivitaetsgebieten Deposit and early diagenesis of organic materials in highly productive marine environments | |
| 82% | | 1974 | Calvert, S. E.: Deposition and diagenesis of silica in marine sediments | |
| 82% | | 1974 | Hammond, Douglas E.: Dissolved gases on Cariaco Trench sediments; anaerobic diagenesis | |
| 82% | | 1976 | Stonecipher, S. A.: Origin, distribution and diagenesis of phillipsite and clinoptilolite in deep-sea sediments | |
| 82% | | 1973 | Davies, Thomas A.; Supko, Peter R.: Oceanic sediments and their diagenesis; some examples from deep-sea drilling | |
| 82% | | 1973 | Greenwood, Robert: Silica diagenesis in pelagic sediments; some results from the Deep Sea Drilling Project | |
| 82% | | 1989 | Hobert, Linda A.; Wetzel, A.: On the relationship between silica and carbonate diagenesis in deep sea sediments | |
| 82% | | 1993 | Baker, Earl W.; Louda, J. W.: Aspects of porphyrin diagenesis | |
| 82% | | 1989 | Bouquillon, A.; Chamley, H. et al.: Sedimentation argileuse au Cenozoique superieur dans l'Ocean Indien nord-oriental Upper Cenozoic clay sedimentation in the northeastern Indian Ocean | |
| 82% | | 1978 | Kosiur, D. R.: Pelagic zeolite diagenesis | |
| 82% | | 1990 | Busch, W. H.; Callaway, J. S.: Burial transformation of sediment fabric in the western Arabian Sea | |
| 82% | | 2004 | Hollamby, Jennifer; Musgrave, Robert: A rock-magnetic investigation of bacterially mediated iron sulfide diagenesis associated with gas hydrate-bearing deep marine sediments | |
| 82% | | 1975 | Sayles, F. L.; Manheim, Frank: Interstitial solutions and diagenesis in deeply buried marine sediments; results from the deep sea drilling project | |
| 82% | | 2003 | Delaney, Margaret L.: Phosphorus; sedimentary geochemistry, mass balance, and ocean history from ODP sediments | |
| 68% | | 1983 | Delaney, M. L.; Boyle, E. A.: Inorganic calcite trace element distribution coefficients and modelling of carbonate diagenesis | |
| 68% | | 1985 | Hesse, Reinhard: Early diagenetic pore water evolution during shallow (< 1km) burial in modern offshore basins; deep sea drilling results | |
| 68% | | 1978 | Kosiur, D. R.: Laboratory simulation of pelagic sediment diagenesis | |
| 68% | | 1988 | Koduna, L. A.: Geokhimiya tetrapirrol'nykh pigmentov v osadochnom razreze Angol'skogo basseyna Atlanticheskogo okeana (skv. 530, 532; 75-y reys b/s "Glomar Chellendzher") Geochemistry of tetrapyrrole pigments in the sedimentary sequence of the Angola Basin of the Atlantic Ocean; boreholes 530, 532; Leg 75 of Glomar Challenger | |
| 68% | | 1986 | Dix, G. R.; Mullins, Henry T.: Oceanographic controls on shallow-burial diagenesis of periplatform carbonates, Bahamas | |
| 68% | | 1986 | Renard, Maurice: Pelagic carbonate chemostratigraphy (Sr, Mg, (super 18) O, (super 13) C) | |
| 68% | | 1989 | Marsaglia, Kathleen Marie: Petrography, provenance, and diagenesis of arc-related sands and sandstones recovered by the Deep Sea Drilling Project on Circum-Pacific, Mediterranean and Caribbean legs | |
| 68% | | 1995 | Gruetzner, Jens: Zur physikalischen Entwicklung von diagenetischen Horizonten in den Sedimentbecken des Atlantiks Physical evolution of diagenetic horizons within the sedimentary basin of the Atlantic | |
| 68% | | 1985 | Baker, Paul A.; Burns, Stephen J.: Occurrence and formation of dolomite in organic-rich continental margin sediments | |
| 68% | | 1981 | Garrison, Robert E.: Diagenesis of oceanic carbonate sediments; a review of the DSDP perspective | |
| 68% | | 1991 | Murray, Richard William: Geologic significance of the rare earth, major, and trace element systematics in chert and fine-grained marine sediments; I, Specifying chert depositional environments with REE relative fractionations; II, Chemical behavior during diagenesis of chert and siliceous marine sediment | |
| 68% | | 1980 | Bada, Jeffrey L.; Man, Eugene H.: Amino acid diagenesis in Deep Sea Drilling Project cores; kinetics and mechanisms of some reactions and their applications in geochronology and in paleotemperature and heat flow determinations | |
| 68% | | 1989 | Ten Haven, H. L.; Rullkoetter, J. et al.: Steroid biological marker hydrocarbons as indicators of organic matter diagenesis in deep sea sediments; geochemical reactions and influence of different heat flow regimes | |
| 68% | | 1989 | Kohnen, M. E. L.; Sinninghe Damste, Jaap S. et al.: Early incorporation of polysulphides in sedimentary organic matter | |
| 68% | | 1983 | Gieskes, J. M.; Elderfield, H.: (super 87) Sr/ (super 86) Sr strontium in DSDP interstitial waters; carbonate diagenesis and alteration of volcanic matter | |
| 68% | | 1986 | Gely, J. P.; Loreau, J. P.: La diagenese calcaire et ses modalites par comparaisons petrographiques des oolithes et de leur matrice micritique dans des carbonates resedimentes du Barremien du Pacifique (D.S.D.P. site 463) Limestone diagenesis and new features from comparative petrography of ooids and their micritic matrix in Barremian resedimented carbonates from the Pacific Ocean, D.S.D.P. Site 463 | |
| 68% | | 1997 | Jung, M.; Ilmberger, J. et al.: Why some Mediterranean sapropels survived burn-down (and others did not) | |
| 68% | | 2003 | Hollamby, J. A.; Musgrave, R. J.: A rock-magnetic study of bacterially mediated iron sulfide diagenesis associated with gas hydrate-bearing sediments | |
| 68% | | 1997 | Deng, Xinhua: Fine-grained sediments in Barbados accretionary complex; mineralogy, sedimentation, diagenesis, geochemistry, and fault mechanisms | |
| 68% | | 1984 | Klein, George de Vries; Lee, Y. I.: A preliminary assessment of geodynamic controls on depositional systems and sandstone diagenesis in back-arc basins, western Pacific Ocean | |
| 68% | | 1979 | Katz, B. J.; Harrison, C. G. A. et al.: Potential organic indicators of diagenesis and early catagenesis | |
| 68% | | 1979 | Riech, V.; von Rad, U.: Silica diagenesis in the Atlantic Ocean; diagenetic potential and transformations | |
| 68% | | 1995 | Filippelli, G. M.; Ravelo, A. C.: Sea level, phosphorites, and the phosphorus cycle | |
| 68% | | 2008 | Hiruta, Akihiro; Tomaru, Hitoshi et al.: Chloride anomaly in interstitial waters at gas hydrate zone, eastern margin of Japan Sea | |
| 67% | | 1986 | Lilje, Anneliese: Quantitative estimates of compaction in the calcareous ooze, chalk, limestone sequence | |
| 67% | | 1973 | Sayles, F. L.: The Composition of Interstitial Solutions of Marine Sediments; results from the DSDP | |
| 67% | | 1973 | Bass, Manuel N.: Secondary Traits of DSDP Leg 17 Igneous Rocks | |
| 67% | | 1976 | Klasik, John A.: The silicification of Eocene deep-sea sediments in the Atlantic Ocean | |
| 67% | | 1993 | Louda, J. William: The biogeochemistry of tetrapyrrole pigments, emphasizing chlorophyll | |
| 58% | | 1999 | Gruetzner, Jens; Mienert, Juergen: Physical property changes as a monitor of pelagic carbonate diagenesis; an empirically derived diagenetic model for Atlantic Ocean basins | |
| 58% | | 1990 | Hyndman, R. D.; Davis, E. E.: Hydrate bottom simulating reflectors, distributed fluid expulsion from accretionary prisms, and ODP geochemistry | |
| 58% | | 1981 | Kennett, James P.: Marine tephrochronology | |
| 58% | | 1981 | Lasaga, Antonio C.: Influence of diffusion coupling on diagenetic concentration profiles | |
| 58% | | 1981 | Shephard, Les Edward: Geotechnical properties of select convergent margin sediments | |
| 58% | | 1987 | Moore, J. Casey; Mascle, Alan: Structural and hydrogeologic studies of the northern Barbados Ridge | |
| 58% | | 1974 | Manheim, F. T.; Sayles, F. L.: Composition and origin of interstitial waters of marine sediments, based on deep sea drill cores | |
| 58% | | 1974 | Lancelot, Yves: Formation of deep-sea chert; role of the sedimentary environment | |
| 58% | | 1985 | Louda, J. William; Baker, Earl W.: Tetrapyrrole pigments in the geologic record | |
| 58% | | 1980 | Baker, Earl W.; Louda, J. William: Organic geochemistry; highlights in the Deep-Sea Drilling Project | |
| 58% | | 1980 | Kvenvolden, Keith A.: Organics yield clues about oil in the deep sea | |
| 58% | | 1975 | Scholle, P. A.: Applications of North Sea chalk diagenetic studies of petroleum exploration problems | |
| 58% | | 2000 | Piper, David J. W.: Future sedimentological applications of ODP-type drilling | |
| 58% | | 1996 | Smart, C. W.; Murray, J. W. et al.: New observations on Seabrookia rugosa Watanabe, 1989 (Foraminifera) | |
| 58% | | 1991 | Apitz, Sabine Elisabeth: The lithification of ridge flank basal carbonates; characterization and implications for Sr/Ca and Mg/Ca in marine chalks and limestones | |
| 58% | | 1982 | Elderfield, H.; Gieskes, J. M.: Sr isotopes in interstitial waters of marine sediments from Deep Sea Drilling Project cores | |
| 58% | | 1989 | Horrell, Mark A.: Oxygen isotope-based sea surface paleotemperatures; a question of reliability | |
| 58% | | 1979 | Kodina, L. A.; Generalova, V. N. et al.: Komponentnyy sostav bitumoidov otlozheniy Marokkanskoy vpadiny Atlanticheskogo okeana Composition of bituminoids from deposits of the Morocco Basin, Atlantic Ocean | |
| 58% | | 1979 | Levitan, M. A.: Certain aspects of postdepositional alterations in oceanic sediments (based on deep-water drilling results) | |
| 58% | | 2003 | Morgan, Julia K.; Ask, Maria V. S.: Overpressures and lithification state of underthrust sediments along the Nankai accretionary margin; implications for decollement evolution | |
| 58% | | 1995 | Taylor, Brian (ed.); Natland, James (ed.): Active margins and marginal basins of the western Pacific | |
| 58% | | 1974 | Hunt, John M.: Organic geochemistry of the marine environment | |
| 58% | | 1974 | Pautot, Guy; Le Pichon, Xavier: Resultats scientifiques du programme JOIDES The JOIDES Program scientific results | |
| 58% | | 1974 | Manheim, F. T.: Review of chemical composition of interstitial waters of marine sediments, based on the results of the Deep Sea Drilling Project (1968-1974) | |
| 58% | | 1976 | Kolodny, Y.; Epstein, S.: Stable isotope geochemistry of deep sea cherts | |
| 58% | | 1986 | Knipe, R. J.: Deformation mechanism path diagrams for sediments undergoing lithification | |
| 58% | | 1977 | Verkhovskaya, Z. I.; Fedorova, M. S.: Modelirovaniye katageneticheskikh protsessov preobrazovaniya rasseyannogo organicheskogo veshchestva Model of catagenetic processes transforming dispersed organic material | |
| 58% | | 1984 | Callen, Roger A.: Clays of the palygorskite-sepiolite group; depositional environment, age and distribution | |
| 58% | | 1980 | Ibach, Lynne E. Johnson: The relationship between sedimentation rate and total organic carbon content in ancient marine sediments | |
| 58% | | 1984 | Peterson, Curt D.; Duncan, Robert A. et al.: Downcore variation and sequence of hydrothermal mineralization in massive sea-floor basalts, DSDP Site 597 | |
| 58% | | 1991 | Canfield, Donald E.: Sulfate reduction in deep-sea sediments | |
| 58% | | 1989 | Delaney, M. L.: Temporal changes in interstitial water chemistry and calcite recrystallization in marine sediments | |
| 58% | | 1989 | ten Haven, H. L.; Rohmer, M. et al.: Tetrahymanol, the most likely precursor of gammacerane, occurs ubiquitously in marine sediments | |
| 58% | | 1987 | Dilli, K.: Clay mineral studies in the Somali Basin; prospects for hydrocarbons | |
| 58% | | 1987 | Mertz, Karl A., Jr.: Diagenetic signatures in organic-rich hemipelagites; towards improved facies recognition; a perspective from the Pacific Rim (Miocene) | |
| 58% | | 1989 | Gorbunova, Z. N.: Authigenic-diagenetic minerals in the sediments of the oceans (according to the deep-sea drilling data) | |
| 58% | | 1989 | Bayer, U.; Wetzel, A.: Compactional behavior of fine-grained sediments; examples from Deep Sea Drilling Project cores | |
| 58% | | 1970 | Boyce, R. E.; Maurrasse, F. et al.: Lithologies and physical properties of sediments and rocks recovered from the Caribbean sea during Leg XV of the Deep Sea Drilling Project | |
| 58% | | 1978 | Baker, E. W.; Eglinton, G.: Organic geochemistry related developments in the Deep Sea Drilling Project | |
| 58% | | 1990 | Bone, Y.; James, N. P.: Cenozoic cool-water limestones - the Eucla Basin: a major portion of the southern Australian margin | |
| 58% | | 2003 | De Carlo, Eric H.: Trace elements in interstitial waters; from carbonate to siliceous environments | |
| 58% | | 1978 | Keene, J. B.: Deep-sea sediment and the chert problem | |
| 58% | | 1984 | Shackleton, N. J.: Oxygen isotope evidence for Cenozoic climatic change | |
| 58% | | 1975 | Cook, A. C.: Significance of the coal at Site 214, Ninetyeast Ridge | |
| 58% | | 1996 | Velde, B.: Compaction trends of clay-rich deep sea sediments | |
| 58% | | 1973 | Greenwood, Robert: Cristobalite; its relationship to chert formation in selected samples from the Deep Sea Drilling Project | |
| 58% | | 1973 | Lawrence, J. R.: Depleted O (super 18) /O (super 16) in DSDP pore waters | |
| 58% | | 1992 | Murray, Richard W.: Identifying depositional environments of chert using chemical techniques; an overview of general principles and a synthesis of 45 published results | |
| 58% | | 1975 | Shcherbakova, M. N.: Osobennosti stroyeniya verkhney chasti osadochnogo chekhla okeanov po dannym glubokovodnogo bureniya Structural features of the upper part of the sedimentary cover of oceans from data from the Deep Sea Drilling Project | |
| 58% | | 1984 | Field, Cyrus W.; Sakai, H. et al.: Isotopic constraints on the origin of sulfur in oceanic igneous rocks | |
<< PREV | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | NEXT >>