They are unicellular marine planktonic protists (algae) with photosynthetic ... Coccolithophores live in the photic zone (the surface waters, where sunlight ...
or swim weakly (plankton) THE FOSSIL RECORD. Marine Organisms. Phytoplankton - plants and plant-like plankton, such as. diatoms and coccolithophores ...
Blue green algae (cyanobacteria) Coccolithophores (in tropics) How ... Whale sharks (largest fish) and blue whales (largest mammal) do this. Fig. 4.11, p. 78 ...
Title: PowerPoint Presentation Last modified by: Gorku Sanchog Document presentation format: On-screen Show Other titles: Comic Sans MS Times Arial Times New Roman ...
... coordination of field campaigns etc. ... Seawater data: David Karl Chemistry is well known, predicted over 20 years ago Consequences for climate, ...
Title: A cyanobacteria bloom Author: Dr. Michael Parsons Last modified by: Dr. Jason P Turner Created Date: 1/23/2000 1:11:51 AM Document presentation format
The area of open water of oceans, ... in oceans created current O2-rich atmosphere Plankton form ocean sediments & fossil fuels Plankton are a critical part of ...
Images Ameoba Compound Microscope: Key Points Two lenses ( ocular and objective) The ocular magnifies the image from the objective. *2-D images *can use live samples ...
Marine Environment Organisms Distribution Environment Life in the Ocean Plankton: floaters Nekton: swimmers Benthos: bottom dwellers Phytoplankton Carry on ...
Marine Environment Organisms Distribution Environment Life in the Ocean Plankton: floaters Nekton: swimmers Benthos: bottom dwellers Phytoplankton Carry on ...
Lifestyles In Ocean Zones What Am I? What Am I? What Am I? Ocean Zones (shoreline to open ocean) Intertidal Zone Neritic Zone Oceanic Zone Benthic Zone Sunlight ...
Natural Selection in a Model Ocean Mick Follows, Scott Grant, Stephanie Dutkiewicz, Penny Chisholm MIT Why do only a handful of functional groups persist in each case?
Mangroves can tolerate really tough conditions, including salt water, but they ... The multicellular algae (aka seaweeds) are divided into 3 ... Sea lettuce ...
... 4000 6000 11,000 Epipelagic Zone Photic Zone Enough sunlight for photosynthesis Primary area of food production From surface ... Mollusks Nekton (swimmers ...
Primary Producers Bacteria, Protists, and Plants Capture and Flow of energy Producers Photosynthesis Chemosynthesis Consumers Animals eating the producers Cellular ...
Phytoplankton. The Microscopic Drifting Primary Producers of the Ocean ... Restricted to the photic zone...Why? Adaptations for Phytoplankton Success ...
Sounds travel farther underwater as oceans become more acidic. By Maggie Ahlrichs ... earth's history, but acidification is occurring more rapidly than ever before. ...
Geology of the Oceans. Week 2. Geology of the Oceans. Structure of the Earth. LITHOSPHERE ... Divergent: where plates form, such as at mid-ocean ridges ...
... history Sediments lithified Mineral composition Sedimentary texture Past climate Plate motions Age of seafloor Fossil evolution and ... protozoans, Radiolaria ...
Introduction to Biological Oceanography Biological Oceanography It is possible to estimate plant and fish productivity in the ocean. The size of the plankton biomass ...
The Oceanic Carbon Cycle: Biological Pump Primary producers: who are they? How does the pump work: transport to the bottom Open ocean ecosystems high diversity: DEEP ...
Chapter 13 Classification of Marine Organism Meet the Players: Classification of Marine Organisms All organisms on the Earth are classified into one of 5 kingdoms.
Quantitative distribution of coccolithophorids as a function of depth, in May ... A general vertical change in the plankton biomass from north to south of the ...
... calcification of marine plankton in response to increased atmospheric CO2, ... of CO2 Enrichment on Marine Plankton, Journal of Oceanography, 60, 719-729. ...
... in deep sea vents Fecal Coliforms like E. coli Eukaryotes include Phytoplankton like Protists and Marine Plants Zooplankton like Jellyfish, Meroplankton ...
Life of the Mesozoic Era main points .. 1.marine invertebrates that survived end Permian extinction diversified and repopulated the seas 2. flowering plants evolve ...
Title: Chapter 13: Biological productivity and energy transfer Author: Darlene S. Richardson Last modified by: R228 Classroom Created Date: 3/20/2004 8:22:42 PM
The pollen evidence: percent abundance of common plants Central Beringia palaeoenvironments Full-glacial upland tundra* Tundra types in northern Alaska Iceworld: ...
CHAPTER 4: Marine Sediments S Fig. CO-4 Marine sediments Eroded rock particles and fragments Transported to or produced in the ocean Deposit by settling through water ...
Coagulation Efficiency of Phytoplankton ... Its Relationship to Exopolymer Particle Properties *Jenni Szlosek1,2, Anja Engel2, Cindy Lee1, Robert Armstrong1 ...
The area of open water of oceans, including the entire water ... Copepod. Zooplankton: larvae. Challenges. Maintaining access to nutrients, light, & resources ...
Particles of various sizes derived from a variety of sources that are deposited ... Good examples preserved on Mary's Peak. Turbidites (avalanches) Sea Level Changes ...
Too heavy to have traveled very far. The meteorite that made this crater Entered the atmosphere at about 140,000 mph Ignited a jet of flame in its path, ...
Plankton drifts or swims weakly Go where the ocean goes Unable to move consistently against waves or currents. Only thing in common between various species ...