Resources: The Challenge G. Marland, T.A. Boden, R.J. Andres, Global, Regional, and National CO2 Emissions, 2007 In Trends: A Compendium of Data on Global Change. Carbon Dioxide Information Analysis Center, Oak Ridge National Laboratory, United States Department of Energy, Oak Ridge, Tenn., USA http://en.wikipedia.org/wiki/Greenhouse_gas http://cdiac.ornl.gov/ftp/ndp030/CSV-FILES/ a lot has been told and written in the book of abstracts about sources and occurence of cellulose and callose (b-1-4, and b1-3). maybe this slide is some supplumentary information, where glucans might be found: functionality: structure, storage, metabolic products sources basic chemistry

a lot has been told and written in the book of abstracts about sources and occurence of cellulose and callose (b-1-4, and b1-3). maybe this slide is some supplumentary information, where glucans might be found: functionality: structure, storage, metabolic products sources basic chemistry http://earthobservatory.nasa.gov/Features/CarbonCycle/carbon_cycle4.php x CO2 + y/2 H2O + E → Cx(Oz)Hy dynamic stabilization + utilization Cx(Oz)Hy → x CO2 + y/2 H2O + E

Organization / Funcionality of Ecological Systems performance: transformation of energy input: solar energy (E) dynamic stabilization: photosynthesis + subsequent reduction x CO2 + y/2 H2O + E → Cx(Oz)Hy carrier matrix: carbon (C) energy provided by: hydrogen (H) output: energy by ecological / metabolic / technological processes a lot has been told and written in the book of abstracts about sources and occurence of cellulose and callose (b-1-4, and b1-3). maybe this slide is some supplumentary information, where glucans might be found: functionality: structure, storage, metabolic products sources basic chemistry Cx(Oz)Hy → x CO2 + y/2 H2O + E equilibria + (non-linear) dependences

Organization in Aqueous Medium Equilibria carbohydrate oxidation / activation @ C6-position  glucosyl-6-phosphate a lot has been told and written in the book of abstracts about sources and occurence of cellulose and callose (b-1-4, and b1-3). maybe this slide is some supplumentary information, where glucans might be found: functionality: structure, storage, metabolic products sources basic chemistry

e.g.: Organization of Polysaccharides / Starch a lot has been told and written in the book of abstracts about sources and occurence of cellulose and callose (b-1-4, and b1-3). maybe this slide is some supplumentary information, where glucans might be found: functionality: structure, storage, metabolic products sources basic chemistry Serge Perez, CNRS Grenoble, F / Eric Bertoft, Abo Akademi Univ, Turku / SF

chemistry: phases / states Molecules & Materials body surface interface technology:domains hydrocolloids supermolecular structures crystalline amorphous gel / glass chemistry: phases / states dissolved a lot has been told and written in the book of abstracts about sources and occurence of cellulose and callose (b-1-4, and b1-3). maybe this slide is some supplumentary information, where glucans might be found: functionality: structure, storage, metabolic products sources basic chemistry

SoO - Status of Organization branching pattern water content status of oxidation substitution pattern packing density hydrophobic / -philic domains molecular conformation  hydrodynamic radius RH coherence length lcoh inter- / intra- molecular stability excluded (sphere equivalent) volume  intra: Glcx / Glcx inter: Glcx / Glcy Glc / H2O Glc / any material interactive properties  MWD / dpD [] DT molecular dimensions a lot has been told and written in the book of abstracts about sources and occurence of cellulose and callose (b-1-4, and b1-3). maybe this slide is some supplumentary information, where glucans might be found: functionality: structure, storage, metabolic products sources basic chemistry established, adapted, kept by means of molecular + supermolecular structures

Performance of natural systems Equilibria & (non-linear) depndences pulsed / permanent super- / sub-critical stabilizing / de-stab. perturbations Level of Supply transformation of energy de-valuation of perturbation impacts → metabolism communication orientation via structural coupling → adapted processes Performance C-matrix more or less oxidized architecture & interaction quality, quantity range, coherence lifetime / stability Status of Organization  forces triggers regulations templates Control Mechanisms a lot has been told and written in the book of abstracts about sources and occurence of cellulose and callose (b-1-4, and b1-3). maybe this slide is some supplumentary information, where glucans might be found: functionality: structure, storage, metabolic products sources basic chemistry introducing functionality to aqueous phase space [volume] (transformation: chemistry + phase status, catalysis, compartments, transport)