OceanExpert ID: 30918
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Mr. Rabie Ali MAAROUF

Teaching Assistant

Oceanography

Quick Info
Work Location

Qism Moharram Bek
Al Bab Al Gadid WA Mansha
Alexandria
Alexandria
Egypt

Nationality
Egypt
Email(s)
Profile URL
Persistent Digital Identifiers (UIDs)
Highest Degree
MSc
Job Type
Teaching/Education
Research
Subject Area
Chemical Oceanography
Pollution
Activities
I am one of the marine chemistry lab staff and I work as Assistant
lecturer in Marine chemistry and Pollution Aspects, Oceanography Department,
Faculty of Science, Alexandria University, Egypt. I have got my Master Degree
in (Chemical) Oceanography. Thesis entitled: ''Determination of
Concentration Levels of Aluminum and Some Trace Metals in Water of a
Semi-enclosed Bay (Eastern Harbor of Alexandria, Egypt)''
, from Alexandria
University.
I am a tutor of the practical sessions for undergraduate students
(2nd, 3rd and 4th levels) since September 2009.
Sea regions of study
Mediterranean Sea - Western Basin
Arctic Ocean
North Atlantic Ocean
Arabian Sea
Philippine Sea
Skills

I am experienced in using the following laboratory instruments and
techniques

UV,
and Visible Spectrophotometers.  Analysis
of water/sediment (Different Extraction Techniques, Atomic Absorption). Air,
water and sediment sampling Techniques. pH-meter,
DO-meter, Conduct-meter and CTD, Nisken
and Nansen bottles for water sampler



My experiences conducting field work and collecting environmental
samples.

Participate in NoSoAT 2016 summer school

Participate in 2017 Geotraces summer school

Working language(s)
English
Citation(s)
Comment(s)

Carbon, nitrogen and metals biogeochemistry and its different forms (organic, inorganic, dissolved and particulate) including its distribution, behavior, origin and the role of biological factors that may be involved in C, N and TE cycles, I enjoy working as a member of a team. Nowadays, I have great eager to search in boundary layer conditions and the supply mechanisms of iron from shelf waters and the Oxygen Minimum Zones (OMZ) to surface waters and the open ocean, and specifically the impact of (i) Fe fluxes from the bottom boundary layer to overlying waters, (ii) Fe stabilization by organic ligands and colloids, (iii) rates of Fe scavenging.

Created: 2017-08-15 | Last Updated: 2018-01-26


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