International audienceCore MD02-2508 retrieved from the plateau of the continental slope off Baja California recovered a 40-m-thick section of sapropel (up to 15% C(org)), calcareous clay, and diatom ooze with the age of 120 ka at the core bottom. The section is subdivided into three units: Unit I (Holocene) consists of the laminated sapropel; Unit II comprising oxygen isotope stages (MIS) 2, 3, and 4 is represented by homogeneous calcareous clay with interbeds of slightly siliceous sapropelic mud; and Unit III (MIS-5) is composed of laminated sapropelic diatom ooze. Laminated intervals are characterized by the intercalation of two lamina types: (1) dark-colored organic-rich laminae containing multi-species ``oceanic'' diatom assemblages, a...
Laminated sediments were recently discovered in the center of Santa Monica Basin, California Contine...
Organic-rich hemipelagic sediments possessing millimetre-scale laminae of alternating biosiliceous...
The origins of sapropels (sedimentary layers rich in organic carbon) are unclear, yet they may be a ...
International audienceCore MD02-2508 retrieved from the plateau of the continental slope off Baja Ca...
The study of recent laminated sediments from the Santa Barbara Basin shows that laminae type is dete...
analyzed using backscattered electron imaging (BSEI) techniques to identify the origins of laminae a...
Preservation of laminations in hemipelagic and pelagic sediments is routinely attributed to reduced ...
Holocene laminated sediments from Guaymas Basin (Gulf of California, Mexico) have, in the past, been...
Abstract: Laminated iatom ooze (LDO) has been recovered from several ODP Leg 138 sites and now is al...
This article outlines the history of marine laminated sediment research and then focuses on the natu...
We analyzed 580 integrated scrape-samples from HPC Site 480 for organic and carbonate carbon. Once p...
Diatomaceous sediments from the Miocene Monterey Formation in Santa Barbara County, California, wer...
The origins of sapropels (sedimentary layers rich in organic carbon) are unclear, yet they may be a ...
Abstract: Scanning electron microscope (SEM)-based analyses of the laminated diatom oozes encountere...
The origins of sapropels (sedimentary layers rich in organic carbon) are unclear, yet they may be a ...
Laminated sediments were recently discovered in the center of Santa Monica Basin, California Contine...
Organic-rich hemipelagic sediments possessing millimetre-scale laminae of alternating biosiliceous...
The origins of sapropels (sedimentary layers rich in organic carbon) are unclear, yet they may be a ...
International audienceCore MD02-2508 retrieved from the plateau of the continental slope off Baja Ca...
The study of recent laminated sediments from the Santa Barbara Basin shows that laminae type is dete...
analyzed using backscattered electron imaging (BSEI) techniques to identify the origins of laminae a...
Preservation of laminations in hemipelagic and pelagic sediments is routinely attributed to reduced ...
Holocene laminated sediments from Guaymas Basin (Gulf of California, Mexico) have, in the past, been...
Abstract: Laminated iatom ooze (LDO) has been recovered from several ODP Leg 138 sites and now is al...
This article outlines the history of marine laminated sediment research and then focuses on the natu...
We analyzed 580 integrated scrape-samples from HPC Site 480 for organic and carbonate carbon. Once p...
Diatomaceous sediments from the Miocene Monterey Formation in Santa Barbara County, California, wer...
The origins of sapropels (sedimentary layers rich in organic carbon) are unclear, yet they may be a ...
Abstract: Scanning electron microscope (SEM)-based analyses of the laminated diatom oozes encountere...
The origins of sapropels (sedimentary layers rich in organic carbon) are unclear, yet they may be a ...
Laminated sediments were recently discovered in the center of Santa Monica Basin, California Contine...
Organic-rich hemipelagic sediments possessing millimetre-scale laminae of alternating biosiliceous...
The origins of sapropels (sedimentary layers rich in organic carbon) are unclear, yet they may be a ...