We present new sedimentological and environmental magnetic records spanning ~3.2–2.2 Ma, during the intensification of Northern Hemisphere glaciation, from North Atlantic Integrated Ocean Drilling Program Site U1307 on Eirik Drift. Underpinned by a high-fidelity relative paleointensity-based age model, these datasets provide a high-resolution picture of ice-rafting from the proximal southern Greenland Ice Sheet as well as environmental magnetic variability throughout the study interval, with implications for sediment source and relative strength of bottom-currents
We report geomagnetic directional paleosecular variation, relative paleointensity proxies and oxygen...
High-resolution magnetostratigraphic analysis of three sediment cores from the base of the volcanic ...
[1] We report geomagnetic directional paleosecular variation, relative paleointensity proxies and ox...
We present new sedimentological and environmental magnetic records spanning ∼3.2–2.2 Ma, during the ...
Integrated Ocean Drilling Program (IODP) Expedition 303 to the North Atlantic in 2004 recovered rapi...
International audiencePaleomagnetic analysis and radiocarbon dating of an expanded Holocene deep‐sea...
This dissertation presents the results of chronostratigraphic studies on marine sediment cores from ...
The data comprise meters composite depth (mcd) versus component declination, inclination and maximum...
We present a paleomagnetic and rock magnetic data set from two long sediment cores collected from Be...
The Greenland Ice Sheet (GrIS) is thought to have reached modern-like extents during cold stages for...
We present a paleomagnetic and rock magnetic data set from two long sediment cores collected from B...
Rock-magnetic analyses were performed on sediments from three high-latitude sites and one middle-lat...
We present a paleomagnetic and rock magnetic data set from two long sediment cores collected from B...
We report magnetic properties and relative paleointensity (RPI) proxies from a suite of 10 conventio...
Integrated Ocean Drilling Program (IODP) Site 303-U1308 (49° 53'N, 24° 14'W; water depth 3871 m) pro...
We report geomagnetic directional paleosecular variation, relative paleointensity proxies and oxygen...
High-resolution magnetostratigraphic analysis of three sediment cores from the base of the volcanic ...
[1] We report geomagnetic directional paleosecular variation, relative paleointensity proxies and ox...
We present new sedimentological and environmental magnetic records spanning ∼3.2–2.2 Ma, during the ...
Integrated Ocean Drilling Program (IODP) Expedition 303 to the North Atlantic in 2004 recovered rapi...
International audiencePaleomagnetic analysis and radiocarbon dating of an expanded Holocene deep‐sea...
This dissertation presents the results of chronostratigraphic studies on marine sediment cores from ...
The data comprise meters composite depth (mcd) versus component declination, inclination and maximum...
We present a paleomagnetic and rock magnetic data set from two long sediment cores collected from Be...
The Greenland Ice Sheet (GrIS) is thought to have reached modern-like extents during cold stages for...
We present a paleomagnetic and rock magnetic data set from two long sediment cores collected from B...
Rock-magnetic analyses were performed on sediments from three high-latitude sites and one middle-lat...
We present a paleomagnetic and rock magnetic data set from two long sediment cores collected from B...
We report magnetic properties and relative paleointensity (RPI) proxies from a suite of 10 conventio...
Integrated Ocean Drilling Program (IODP) Site 303-U1308 (49° 53'N, 24° 14'W; water depth 3871 m) pro...
We report geomagnetic directional paleosecular variation, relative paleointensity proxies and oxygen...
High-resolution magnetostratigraphic analysis of three sediment cores from the base of the volcanic ...
[1] We report geomagnetic directional paleosecular variation, relative paleointensity proxies and ox...