We have a range of facilities used for research and for upper level project work, which are also available for external projects:
Geosciences Advisory Unit (GAU) Research vessels Rock Preparation and Thin-Sectioning Laboratory Research aquarium Pressure lab Coral Reef Laboratory Palaeomagnetism and Environmental Magnetism Laboratory X-Ray Diffraction Facility Scanning Electron Microscope Facility Stable Isotope Mass-spectrometry Inorganic Elemental and Isotopic Analysis by ICP-MS Carbonate Chemistry Facility Dissolved Organic Carbon and Total Dissolved Nitrogen Facility High Resolution Marine Geophysics 3D Chirp OBIC Seafloor EM Organic Geochemistry and Compound Specific Isotope Ratio Mass Spectrometry
GAU-Radioanalytical (GAU) is an industry and government-agency focused organisation that specialises in radioanalytical and other analytical services. Project delivery is backed up by an active research and development culture, a team of dedicated and highly skilled scientists, ISO17025 accreditation for radionuclide analysis and competitive pricing.
We have 20 years practical consultancy and radioanalytical laboratory experience. We offer expert services ranging from all types of radiation spectrometry, X-ray fluorescence analysis, elemental mass spectrometry, pilot-scale studies and on-site field sampling to consultancy advice. For further information, contact Dr Ian Croudace, tel: + 44 (0)23 8059 2780 or visit the GAU site.
Our Research vessels are used by staff and students for a range of fieldwork and research, our vessels include R.V. Callista, a 19.75m catamaran designed and equipped for a range of coastal and shelf research, and a 12m research vessel, R.V. Bill Conway, for use in local waters.
All vessels carry basic standard equipment, but can be further fitted from our range of oceanographic field equipment to suit individual requirements. Vessels may also be available for commercial hire.
The main activity of the thin section facility is making sections of geological samples for teaching and research. Sections can be prepared for examination by light microscopy, electron probe, laser ablation, SEM etc. Preparations include 'standard' (30μm) thin sections, polished thin sections and polished blocks. These services are available to industry, research and academic staff in the department. For further information, contact Dan Doran or John Ford.
We have a multi-use aquarium, with a variety of tanks and facilities for keeping and handling live specimens. In the entrance, large observation tanks contain different biotopes, displaying animals from a variety of habitats, including seagrass beds and rocky shores.
We also have a shallow open tank that simulates a rock pool environment and this has anemones and cryptic fish. The rest of the aquarium has various types of holding tanks suited to small fish and invertebrates that need to be easily accessed and monitored. Some are glass for all round viewing, while others have solid sides and are open only at the top to minimise disturbance. Wet and dry benches are used to set up experiments in controlled systems and with replicates. For further information, contact Robbie Robinson (Aquarium Technician), tel: +44 (0)23 8059 6047.
The pressure lab enables us to study deep-sea organisms under pressurised conditions. It is based around two IPOCAMPs (Incubateur Pressurisé pour l’Observation et la Culture d’Animaux Marins Profonds). The lab is also equipped with a number of smaller pressure vessels that are also used to study the effects of pressure on the ecology and physiology of marine invertebrates. For further information, contact Dr Sven Thatje, tel: +44 (0)23 8059 6449 or visit the pressure lab site.
Our Coral Reef Laboratory propogates and studies a broad range of corals and other cnidarians in a multi-compartment aquarium system circulating more than 4200 litres of artificial seawater. Complemented by a coral reef display tank used for propogation and teaching, it supports experimentation under tightly controlled conditions. For further information, contact Prof Jörg Wiedenmann, Director, tel: +44 (0)23 8059 6497.
The Palaeomagnetism and Environmental Magnetism Laboratory houses a list of state-of-the-art instrumentation as well as a shielded room to support paleomagnetism, rock and mineral magnetism, magnet stratigraphy, and palaeoenvironment related research. With instruments including a Princeton Measurements Corporation MicroMag 3900 Vibrating Sample Magnetometer and an AGICO KLY4S Kappabridge, magnetic properties of samples can be studied in detail at a range of temperatures to determine the concentration, grain size, and mineralogy of magnetic particles in samples. A 2G Enterprises Superconducting Rock Magnetometer provides the capability to rapidly and accurately measure the natural and various laboratory-induced magnetic remanence for continuous and discrete samples. For further information, contact Dr Chuang Xuan, tel: +44 (0)23 8059 6401.
The X-Ray Diffraction (XRD) facility located at NOCS provides a service for the qualitative or quantitative analysis of rock samples to determine bulk mineralogy and/or clay mineralogy. Samples are run on a Philips X'Pert pro XRD machine with a Cu X-ray tube. Mineral identification is undertaken using the JC PDS (powder diffraction studies) database. For further information, contact Dr Richard Pearce, tel: +44 (0)23 8059 6477.
The Scanning Electron Microscope facility is a research and teaching resource available for use by staff, postgraduate students and final year undergraduate students. The facilities are also available to researchers within other University departments and commercial clients. The Scanning Electron Microscope (SEM) facility was established in 2001, originally funded by NERC, the University of Southampton and Carl Zeiss SMT Ltd, to support high-resolution palaeoceanographical, palaeoclimatic and palaeoenvironmental research. For further information or to discuss your requirements contact Dr Richard Pearce, tel: +44 (0)23 8059 6477/6518.
The Stable Isotope Mass Spectrometry Laboratory is a research and teaching facility available for use by staff and students. The facility's function is to measure stable isotope rations of various materials. For further information, contact Dr Steven Bohaty, tel: +44 (0)23 8059 3040.
We are equipped to carry out a wide range of inorganic analyses using a variety of different techniques with a diverse range of applications including environmental, geological, nuclear, and oceanographic. Our instrumentation comprises of two Thermo Fisher Neptune multi collector Inductively Coupled Plasma Mass Spectrometers (ICP-MS), a high resolution Thermo Fisher Element ICP-MS, a Thermo Fisher XSeries 2 quadrapole ICP-MS and a Thermo Fisher Triton Plus Thermal Ionisation Mass Spectrometer. The instrumentation is supported by a suite of clean chemistry and general laboratories for sample preparation work. For further details of the instruments and our capabilities please click here, for information on our commercial services please click here. For more information, contact Dr Andy Milton.
The NERC-funded facility analyses seawater samples for carbonate chemistry variables, and has state-of-the-art instrumentation.
Advice is provided on sampling, sample handling and storage. We also undertake carbonate chemistry calculations following total alkalinity and dissolved inorganic carbon analysis, providing pCO2, pH and other carbonate chemistry variables. For further information, contact Dr Cynthia Dumousseaud.
This is our facility to analyse dissolved organic carbon and total dissolved nitrogen in seawater and freshwater samples. The NERC facility analyses seawater samples using state-of-the-art instrumentation (Shimadzu TOV V CPN-TN). Advice is provided on sampling, sample handling and storage. For further information, contact Dr Cynthia Dumousseaud.
We have 20 years experience of collecting high resolution geophysical data for research projects as diverse as small object detection (including forensic work); wreck based surveys; Quaternary natural and archaeological landscape studies; neotectonics; and large scale sedimentological and structural analysis. We have acquired data in settings as diverse as Icelandic lakes; offshore New Zealand; the Corinth Rift; Windermere in the Lake District; and the Indus Fan.
The group has its own Chirp, Boomer and Sparker sources. These can be recorded with a single channel hydrophone onto a Coda acquisition system, or using a 60-channel 1m group spacing multichannel hydrophone onto a Geometrics Strataview recorder. The group also has several multibeam systems (Reson 8160, 7101, 8125) and a Geoacoustics sidescan sonar system. This enables to acquire data from water depths of 2000m to the coastal strip.
We also have the capability to process and interpret this wide range of data through a combination of packages including: Promax 2D and 3D; Caris 7.1; Fledermaus 7.3; Kingdom Suite; and Petrel 2011.2. We have also developed a series of quantitative analytical techniques for: the automated bedform analysis of swath (and other XYZ) datasets; and the remote determination of physical properties from acoustic data. We also have extensive experience of bringing in data from third party sources for processing and interpretation. For further information please contact Dr Justin Dix: +44 (0)23 8059 3057
3D Chirp is a surface-towed sub-bottom profiling system capable of imaging the upper tens of metres of the sub-surface in three dimensions with decimetric horizontal and centimetric vertical resolution. This system was developed by the University of Southampton in collaboration with GeoAcoustics Ltd. The combination of the known, highly repeatable Chirp source, with the coherent processing and interpretation afforded by true 3D seismic volumes provides the perfect base for shallow-water engineering, archaeology, military, and geological studies.
The Ocean Bottom Instrumentation Consortium aims to provide the academic and commercial communities with access to multi-sensor, versatile seabed instruments to enable sub-surface geophysical imaging at high vertical and lateral resolution. We have 50 seabed platforms with hydrophones and 3-component short period geophones; 14 instruments can be deployed as electric field receivers for active EM experiments; 9 instruments can be deployed with differential pressure gauges for long-term earthquake studies. Broadband seismic receivers are currently under development. NERC-funded projects are carried out under Pay as You Go terms as part of the Geophysical Equipment Facility; these costs appear on grant proposals but may be outside of the £1.2M cap on standard grants.
The University is equipped to carry out field research programmes in CSEM surveys - for both academic and applied research topics. Our equipment base includes:
The combination of DASI and Vulcan allows sub-bottom profiling of the top 100 m of the seafloor. This approach can be applied to map shallow gas hydrate deposits as well as any resistive features in the seafloor at this depth range. The depth sensitivity can be increased by extending the 300 m offset from DASI.
The new Organic Geochemistry Facility, part of the SEAPORT Carbon Laboratories, represents a major expansion of the geochemical capabilities at the University of Southampton. Led by Dr Jessica Whiteside the Facility is housed in new, purpose built laboratory spaces and hosts a variety of new instruments designed to comprehensively characterize organic matter from the environment and the geological record. The facility has dedicated sample preparation lab, wet chemistry lab space, and an instrumentation lab utilizing state of the art automated gas and liquid chromatographs linked to various mass spectrometers, including a GC-isotope ratio mass spectrometer. For further information please contact Dr Jessica Whiteside or Dr Sargent Bray.
We maintain a diving team to support underwater research.Find out more
Our aquarium has a variety of tanks and facilities to meet the requirements for live and fresh marine material.Find out more
We have two research vessels based at our NOCS waterfront siteFind out more
Many of our facilities and expert services are available to external business or industryFind out more