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“No aquarium, no tank in a marine land, however
spacious it may be, can begin to duplicate the
conditions of the sea. And no dolphin who
inhabits one of those aquariums or one of those
marine lands can be considered normal”
~ Jacques Yves Cousteau ~
”
1.Marine Zones.
2.Trophic Classification.
3.Estuaries.
4.Salt Wedge.
5.Algal Bloom
 It’s Types.
 It’s Effect.
6. Salt Marsh.
7. Winogradisky Column.
Marine Zones.
Trophic Classification
1. Eutrophic body of water
• Commonly a lake or pond.
• Has high biological productivity.
• Due to: excessive nutrients,
especially nitrogen and phosphorus.
Trophic Classification
Algal bloom in a village river in the mountains
China
Trophic Classification
•Lakes with an intermediate level of productivity.
• These lakes are commonly clear water lakes and
ponds with beds of submerged aquatic plants
and medium levels of nutrients
Trophic Classification
•Lake with low primary productivity, the result of
low nutrient content.
•These lakes have low algal production, and consequently,
often have very clear waters, with high drinking-water
quality.
Estuaries
• Estuary is semi-enclosed coastal region where
river meets the sea.
Salt wedge
Salt wedge is formed because salt water is
denser than fresh water.
So sink below and overlying with
fresh water.
Changes in this region
• According to the distance from the river and
sea the amount of salt water decline.
• The distance the salt wedge interrupt the
estuary is not static and changes with tides
• This change in the environment leads to
change in the living organisms and microbial
community that live in this region…..
Distance
of sea
and river
Salt conc.
Microbial
communities
Microbes in this region
• Adapt to the salinity.
• Most protists and fungi produce osmtatically
active carbohydrates.
• Prokaryotes : regulate their internal
potassium or special amino acids such as
ecoine and betaine.
Inhabitants
• Halophilic: Cant live without high
concentrations of salt.
• Halotolerant: Can withstand variations in salt
concentration.
NO
“The sea, the great unifier, is man's only hope.
Now, as never before, the old phrase has a literal
meaning: we are all in the same boat.”
~ Jacques Yves Cousteau ~
”
Pollution
• Although estuaries are
the most important
region for diversity of
organisms and other
microbial communities
it is the most polluted
marine environment.
• Industries dumb their wastes in rivers and
oceans without fear of consequences..
• The clean up of rivers and oceans continues
from the 17th century till this days….
Organic
Material Nutrient
Chemoorga
notroph
Anoxic
conditions
O2
O2
O2
O2
O2
Devoid all
microscopic life
Phosphorus
Nitrogen
A
A
A
A
A
A
c
c
c c
c
c
Algae
Cyano
Bacteria
Algal Bloom
• An algal bloom is a rapid increase or
accumulation in the population of algae
(typically microscopic) in a water system.
• Some blooms may be recognized by
discoloration of the water resulting from the
high density of pigmented cells.
• If microbes produce TOXIC products or are in
themselves toxic to other organisms such as
fish and shellfish.
• HAB (Harmful Algal Bloom ) also called: Red
Tide. ??WHY?
• Because the microbial density is so great
that the water becomes red or pink.
• Diatoms of genus Pseudonitzschia Spp
Production of neurotoxins
• Caused by Dinoflagellates producing a
neurotoxin cause brevetoxin
AlexandriumSpp
• Produced by dinoflagellate called Karina
brevis..
• Killed number of endangered species and
dolphins..
• Direct exposure to this microbe cause
neurological damage to human, including
short-term memory loss.
• Not a mixture between salt + fresh water
It is only Salty water.
Simulation To
The Natural Microbial Community
• What are we need to build it?
Mud ( Salt marsh
sediment)
Environment
Shredded newspaper Carbon Source
Calcium Carbonate CO2
Calcium Sulfate Sulfur source
• THAN YOU
Microorganisms in Marine Environments
Microorganisms in Marine Environments
Microorganisms in Marine Environments
Microorganisms in Marine Environments
Microorganisms in Marine Environments
Microorganisms in Marine Environments

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Microorganisms in Marine Environments

  • 1.
  • 2. “No aquarium, no tank in a marine land, however spacious it may be, can begin to duplicate the conditions of the sea. And no dolphin who inhabits one of those aquariums or one of those marine lands can be considered normal” ~ Jacques Yves Cousteau ~ ”
  • 3. 1.Marine Zones. 2.Trophic Classification. 3.Estuaries. 4.Salt Wedge. 5.Algal Bloom  It’s Types.  It’s Effect. 6. Salt Marsh. 7. Winogradisky Column.
  • 6. 1. Eutrophic body of water • Commonly a lake or pond. • Has high biological productivity. • Due to: excessive nutrients, especially nitrogen and phosphorus. Trophic Classification Algal bloom in a village river in the mountains China
  • 7. Trophic Classification •Lakes with an intermediate level of productivity. • These lakes are commonly clear water lakes and ponds with beds of submerged aquatic plants and medium levels of nutrients
  • 8. Trophic Classification •Lake with low primary productivity, the result of low nutrient content. •These lakes have low algal production, and consequently, often have very clear waters, with high drinking-water quality.
  • 9. Estuaries • Estuary is semi-enclosed coastal region where river meets the sea.
  • 10. Salt wedge Salt wedge is formed because salt water is denser than fresh water. So sink below and overlying with fresh water.
  • 11. Changes in this region • According to the distance from the river and sea the amount of salt water decline. • The distance the salt wedge interrupt the estuary is not static and changes with tides • This change in the environment leads to change in the living organisms and microbial community that live in this region…..
  • 12. Distance of sea and river Salt conc. Microbial communities
  • 13. Microbes in this region • Adapt to the salinity. • Most protists and fungi produce osmtatically active carbohydrates. • Prokaryotes : regulate their internal potassium or special amino acids such as ecoine and betaine.
  • 15. • Halophilic: Cant live without high concentrations of salt. • Halotolerant: Can withstand variations in salt concentration. NO
  • 16. “The sea, the great unifier, is man's only hope. Now, as never before, the old phrase has a literal meaning: we are all in the same boat.” ~ Jacques Yves Cousteau ~ ”
  • 17. Pollution • Although estuaries are the most important region for diversity of organisms and other microbial communities it is the most polluted marine environment.
  • 18. • Industries dumb their wastes in rivers and oceans without fear of consequences.. • The clean up of rivers and oceans continues from the 17th century till this days….
  • 21.
  • 22.
  • 23. Algal Bloom • An algal bloom is a rapid increase or accumulation in the population of algae (typically microscopic) in a water system. • Some blooms may be recognized by discoloration of the water resulting from the high density of pigmented cells.
  • 24. • If microbes produce TOXIC products or are in themselves toxic to other organisms such as fish and shellfish. • HAB (Harmful Algal Bloom ) also called: Red Tide. ??WHY? • Because the microbial density is so great that the water becomes red or pink.
  • 25.
  • 26. • Diatoms of genus Pseudonitzschia Spp Production of neurotoxins
  • 27. • Caused by Dinoflagellates producing a neurotoxin cause brevetoxin AlexandriumSpp
  • 28.
  • 29. • Produced by dinoflagellate called Karina brevis.. • Killed number of endangered species and dolphins.. • Direct exposure to this microbe cause neurological damage to human, including short-term memory loss.
  • 30.
  • 31. • Not a mixture between salt + fresh water It is only Salty water.
  • 32. Simulation To The Natural Microbial Community
  • 33.
  • 34. • What are we need to build it? Mud ( Salt marsh sediment) Environment Shredded newspaper Carbon Source Calcium Carbonate CO2 Calcium Sulfate Sulfur source
  • 35.
  • 36.
  • 37.
  • 38.
  • 39.
  • 40.
  • 41.
  • 42.
  • 43.