PPT-Does Chlorophyll ( β

Does Chlorophyll β Absorbency Change with Orientation to Sun in Aspen Bark That is the question by Tyler Streb Winter Ecology Spring 2016 CU Mountain Research Station Introduction Aspen . Group 3 Analysis. Caitlin Woolsey, Jack Lane, Jaclyn Phi, Laura Crews. Earth Systems 151/152. April 30, 2015. Group 3 Data Analysis. Chlorophyll a . Excluded Erroneous Data. Comparison with Underway Fluorescence Data. Dr. . Kamal. E. M. . Elkahlout. Food Biochemistry 6 . Chemical properties of food. Pigments. Natural substances in cells and tissues of plants and animals that impart colour. Contributions. Colors help insect to get attracted to flowers which helps in the pollination. E. valuate the impacts of tropical . c. yclones on the integrated sea- surface chlorophyll in the subtropical North Atlantic. Approach. Use 14 years of tropical cyclone track data and satellite chlorophyll data for the period 1998-2011 . Photosynthesis. Respiration . Photosynthesis. I) Photosynthesis. A) Equation:. CO. 2. +H. 2. O C. 6. H. 12. O6 + O. 2. B) Occurs in the chloroplasts using the enzymes chlorophyll. C) Broken into 2 parts:. Kristen Kernan. Winter Ecology- Spring 2012. Relevant Terminology. Productivity- Amount of photosynthesis . occurring due to phytoplankton. Limnetic Zone- Open surface water in a lake, well-lit, and can contain many aquatic organisms. Toward a Multidecadal, Multisensor Global Record. NASA ROSES 2013 NNH13ZDA001N-SNPP. . 2.1.3 Other New NASA Data Products from Suomi NPP Measurements. Watson W. Gregg, Principal Investigator. NASA Global Modeling and Assimilation Office. Lauren . Kendle. Winter Ecology. Spring 2012. Background Information. An analysis of 60 species indicated that there were photosynthetic processes in the . bark. Aspen Trees had the highest level of bark chlorophyll . Perry . Unfinished . business from . yesterday’s lecture on phytoplankton:. 1) . How to get phytoplankton CARBON. . 2) Chlorophyll used as a basis for productivity models. 3) Cautions in using chlorophyll fluorescence. Energy & Life. 2. Photosynthesis. Plants use the Energy of sunlight to . convert . Water (H. 2. 0). and . Carbon Dioxide (CO. 2. ). into . Oxygen (O. 2. ). and . High Energy Carbohydrates. (sugars, e.g. Glucose) & Starches. Detection of HABS with Airborne and Handheld Sensors . 2. Steve Ruberg, . 1. Andrea Vander Woude, . 1. Dack Stuart, . 1. Thomas . Johengen. , . 3. Brandi McCarty, . 3. Jim . Churnside. , . 1. Danna . Why?. Energy = the ability to do work. Energy cannot be created nor destroyed, only . transformed . Electromagnetic energy (sun) .  chemical . . bond energy heat energy. Increase in order. hodge. - podge group. Basics. Eukaryotic. 3 groups- animal like -. Protozoans. plant like- Algae. . fungi like- Slime molds. Evolved from a symbiotic relationship: 1 prokaryote engulfed another (like a mitochondrial or chloroplast like cell) . Afric1178 pp 14297-1430427 September2012Available online at http//wwwacademicjournalsorg/AJBDOI105897/AJB121053ISSN 1684-5315 2012 Academic JournalsFull Length Research PaperThe effects of the pine sa Toby K. Westberry, Michael J. Behrenfeld . With (lots of) help from. Emmanuel Boss, Allen Milligan, Dave Siegel, Chuck McClain, Bryan Franz, Gene Feldman, Scott Doney, Ivan Lima, Jerry Wiggert, Natalie Mahowald, others.