Eastern Mediterranean Centre for Oceanography and Limnology (EMCOL): Research Focus and Facilities

 
 
 
M. NAMIK ÇAĞATAY
 
Eastern Mediterranean Centre for
Oceanography and Limnology:
 
Natural Hazards and Environmental Change
Natural Hazards and Environmental Change
 
Earthquakes and earthquake risk assesment
 
Submarine landslides
 
Records of past tsunamis and tsunami risk assesment
 
Sea -level changes
 
Climate change - paleoclimatology
 
Ecological changes
 
EMCOL 
Research Fields
 
 
 
EMCOL
 
 
Sub-bottom 
(
Chirp
)
 
profiler and 
Differential GPS
CTD 
probe ( with dissolved oxygen sensor)
 
Fieldwork
 
Figure 1. Mapping of active faults with sub-bottom (Chirp) profiler
 
Fault line
 
 
EMCOL
 
Sediment sampling
Vibracorer
Gravity corer (5 m)
Kajak corer
Livingstone piston corer (30 m rod)
Ekmann dredge
Drilling equipment for coastline (20 m )
 
Supporting Equipment
Platform (4m x 3.5 m) & tripod
Small boat and engine
 
Fieldwork
 
 
 
EMCOL’s Facilities
 
Itrax (XRF) Core
Scanner
 
Multi-Sensor Core Logger
 
Core Analysis Laboratory
 
Figure 2
 
 
 
EMCOL’s Facilities
 
 
Freeze-drier
 Laser Fritsch Particle Sizer
Analysette
Centrifuge for clay and fossil
seperation
Sample pounding
 
Sedimentology Laboratory
 
 
 
EMCOL’s Facilities
Geochemistry
Geochemistry
 
 
Total Organic and inorganic carbon
analysis with Shimadzu TOC
Analyzer
 
MD-2430
 
Figure 3. Total organic and inorganic carbon
analysis in Marmara Sea sediment core
(Çağatay et al., 2004)
 
Diagenetic carb.
                                                  
Sapropel layer
 
 
 
EMCOL
 
Wet Core Laboratory
Wet Core Laboratory
 
Core slicing
Photography and lithological description
Sampling
Wet sieving
 
      
      
      
      
Cold Core Repository
Cold Core Repository
 
210 horizontal shelves for 1 m cores
Constant temperature monitoring and alarm system
 
Paleoshorelines and Sea-level changes
 
EMCOL 
Research Applications
 
Figure 4.
 
Recognition of  past earthquakes with the grain size
analysis and dating with Cs-137 method
 
Figure 5.  McHugh, Çagatay et al. (2003)
 
EMCOL 
Research Applications
 
Sapropel
 (period of oxygen
depletion)
 
Freshwater period
 
Freshwater-marine
water transition, 12
kyr BP
14
C  age
 
Research of past hydrology and
climate change records
 
EMCOL 
Research Applications
 
Figure 6
. 
A core section from Marmara Sea
 
Çağatay et al. (2000) Mar. Geol.
Vezüv?
 
 Records of past volcanic activities
 
Research in EMCOL
 
Figure 7. Çağatay et al. (2004)
 
Projects
 
 
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EMCOL, led by M. Namik A. Atay, focuses on natural hazards, environmental changes, and earthquake risk assessment. Their research fields include earthquakes, submarine landslides, tsunamis, sea-level changes, climate change, and paleoclimatology. The center conducts fieldwork using various equipment for sediment sampling, core analysis, sedimentology, and geochemistry. EMCOL's facilities include core analysis laboratories, sedimentology laboratories, and a cold core repository. Research applications involve studying paleoshorelines, sea-level changes, and past earthquake recognition.

  • EMCOL
  • Oceanography
  • Research
  • Natural Hazards
  • Earthquakes

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  1. Eastern Mediterranean Centre for Oceanography and Limnology: M. NAMIK A ATAY

  2. EMCOL Research Fields Natural Hazards and Environmental Change Earthquakes and earthquake risk assesment Submarine landslides Records of past tsunamis and tsunami risk assesment Sea -level changes Climate change - paleoclimatology Ecological changes

  3. EMCOL Fieldwork Sub-bottom (Chirp) profiler and Differential GPS CTD probe ( with dissolved oxygen sensor) Figure 1. Mapping of active faults with sub-bottom (Chirp) profiler Fault line

  4. EMCOL Fieldwork Sediment sampling Vibracorer Gravity corer (5 m) Kajak corer Livingstone piston corer (30 m rod) Ekmann dredge Drilling equipment for coastline (20 m ) Supporting Equipment Platform (4m x 3.5 m) & tripod Small boat and engine

  5. EMCOLs Facilities Core Analysis Laboratory Itrax (XRF) Core Scanner Multi-Sensor Core Logger Figure 2

  6. EMCOLs Facilities Sedimentology Laboratory Freeze-drier Laser Fritsch Particle Sizer Analysette Centrifuge for clay and fossil seperation Sample pounding

  7. EMCOLs Facilities Geochemistry Figure 3. Total organic and inorganic carbon analysis in Marmara Sea sediment core ( a atay et al., 2004) Total Organic and inorganic carbon analysis with Shimadzu TOC Analyzer MD-2430 Sapropel layer Diagenetic carb.

  8. EMCOL Cold Core Repository 210 horizontal shelves for 1 m cores Constant temperature monitoring and alarm system Wet Core Laboratory Core slicing Photography and lithological description Sampling Wet sieving

  9. EMCOL Research Applications Paleoshorelines and Sea-level changes Figure 4.

  10. EMCOL Research Applications Recognition of past earthquakes with the grain size analysis and dating with Cs-137 method Figure 5. McHugh, agatay et al. (2003)

  11. EMCOL Research Applications Research of past hydrology and climate change records Figure 6. A core section from Marmara Sea Sapropel Freshwater-marine water transition, 12 kyr BP 14C age Freshwater period (period of oxygen depletion) a atay et al. (2000) Mar. Geol.

  12. Research in EMCOL Records of past volcanic activities Vez v? Figure 7. a atay et al. (2004)

  13. Projects

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