Cuttlefish and ocean acidification
Impact of elevated seawater pCO2 concentration on statolith morphology and prey capture ability in early life cuttlefish, Sepia officinalis
Early life
Technical Expertise
Hydroacustics
Swath bathymetry (Hydrosweep DS2; SeaBeam 1180, 1150; SIMRAD EM120, EM300, EM1002, EM302, RESON 7125): Operation
Evaluation of TRION II proposal
Dec 14th, 2012 Evaluation of TRION II proposal at GEOMAR, Helmholtz Centre for Ocean Research Kiel. Individual subprojects were presented by the respective PI's from
Staff
Tim Weiß
Research Division 2: Marine Biogeochemistry Research Unit: Marine Geosystems - DeepSea Monitoring Group -
Office: Room: 1-038 Phone: +49 431 600-1648 Email:
Ocean bottom tiltmeter (OBT)
An ocean bottom tiltmeter measures the tilt of the sea floor with high resolution sensors. The tiltmeter used at the IFM-GEOMAR is convenient for autonomous observation
Ocean Bottom Hydrophones (OBH) and Seismometers (OBS)
Ocean Bottom Hydrophones (OBH) and Seismometers (OBS) have been developed and operated by the MARINE GEODYNAMICS Group since 1991.
The actual
Ocean bottom electromagnetic system
Electromagnetic (EM) methods are used to image the resistivity structure of the subsurface by means of measuring components of the electric and/or magnetic field.
Sidescan Sonar
Mapping of the seafloor with modern multibeam echosounders provides the morphology
Morphology of the seafloor is provided from mapping with mutlibeam echosounders, which allows to
The P-Cable-System
The P-Cable system design has been developed to enable 3-D high resolution imaging of shallow horizons from mid-size research vessels. GEOMAR is holding an academic license of the
Seismic sources
At the institute GEOMAR two types of airguns developed by the company Sercel are used to get seismic data, the G.GUN and the GI GUN.
The GI GUN is a pneumatic seismic source,
