PPT-Phytoplankton

unicellular amp autotrophic species composition changes with season some species may exhibit seasonal polymorphism important factors controlling community composition nutrient availability herbivory. Snejana. Moncheva1, Maria Pantazi2, Larisa Pautova3, Laura Boichenko4, Dan Vassiliu4,Luydmila Mantzosh5 . 1Institute of . Oceanology. -BAS, . Parvi. Mai str., No 40, . P.O.Box. 152, Bulgaria. 2HCMR P.O. BOX 712, . As part of a long-term marine water quality monitoring program, the King County Dept. of Natural Resources & Parks has collected nutrient and chlorophyll data for almost 20 years at multiple subtidal locations in the Puget Sound Central Basin (Figure 1). This monitoring program has yielded a unique dataset for evaluating the effects of both large and local scale climatic conditions on phytoplankton and nutrient dynamics. . . By: ESAI, ROBIN, and CHELSEA . Depth, Dissolved 02, Light. Estuary depth: Usually ranges from 5m-10m (16ft-33ft). . Dissolved 02: In estuaries, prominent plant deaths rob estuaries of oxygen levels. Shallow, well mixed estuaries do much better in oxygen levels.. ynthesis and Future Plans. Marine Science Institute. University of California Santa Barbara. Focus:. Determine how the structure and function of kelp forests and their material exchange with adjacent land and ocean ecosystems are altered by disturbance and climate. Michael L. Parsons. Coastal Watershed Institute. Florida Gulf Coast University. Phytoplankton (microalgae). Cyanobacteria (. Microcystis. ). Diatom (. Pseudo-nitzschia. ). Diatom (. Actinoptychus. ). The Biological . Carbon Pump. Coccolithophorres. . Zooplankton. Phytoplankton. Marine Microbes . Shelled Organisms . . Biological Carbon Pump. Is a process by which CO2 in surface ocean water is transformed by ocean organisms into carbon compounds used to build living matter. ) Lake . models. The basic difference with rivers is that the horizontal dimension(s) are comparable to depth. Thus:. The velocity of the water is small (negligible). The differences along the vertical dimension are relevant. Mick Follows. How do ocean ecosystem models work?. Applications and links to ‘. omics. -based observations. Physiological sub-models. Observed seasonal variation of phytoplankton at Georges Bank. G. Riley. Fluorometry. (FRRf) to study phytoplankton physiology in optically complex oceans. Derek Connor & David McKee. University of Strathclyde - derek.connor@strath.ac.uk. The world’s rainforests play a crucial role in maintaining the equilibrium of the global carbon cycle. However, what . Riverbend Sciences. Jacob Kann. Aquatic Ecosystem Sciences, LLC.. Ann St. Amand. PhycoTech. , Inc..  . Standardization . and Long-term Trends in . a Multi-Decadal Phytoplankton Database for Upper . Klamath . As part of a long-term marine water quality monitoring program, the King County Dept. of Natural Resources & Parks has collected nutrient and chlorophyll data for almost 20 years at multiple subtidal locations in the Puget Sound Central Basin (Figure 1). This monitoring program has yielded a unique dataset for evaluating the effects of both large and local scale climatic conditions on phytoplankton and nutrient dynamics. . What am I and why am I important to life in the ocean?. What Do You Really Know About Plankton?. Name means: “Drifters” or “Wanderers. ”. So. . .are they autotrophs. or heterotrophs?. They can be either one!. Zooplankton. Review food webs. Motivation for studying plankton. How plankton are collected. Review: What is plankton?. Plankton comes from the Greek word . Planktos. that translates to “wanderer” or “drifter”. of Ratnagiri sea coast. Madhura Mukadam and Arvind Kulkarni. Department of Zoology,. Gogate Jogalekar College, Ratnagiri, (MS), India..  . INTRODUCTION. Phytoplankton is a vital and important organism as a .