GEF IW Experience Sharing and Learning Portfolio Learning opportunities for GEF IW projects and feedback from the portfolio on learning needs Tessa Goverse & Vladimir…

Theory of impedance networks: A new formulation F. Y. Wu FYW, J. Phys. A 37 (2004) 6653-6673 Resistor network a b Ohmâs law R V I Combination of resistors = D-Y transformation:…

Phototrophy Conversion of radiant energy from the sun into ATP and NADPH Autotrophy involves carbon fixation Conversion of inorganic carbon into organic molecules Photoautotrophy…

The Neighbor Joining Tree-Reconstruction Technique Lecture 13 ©Shlomo Moran & Ilan Gronau * Recall: Distance-Based Reconstruction: Input: distances between all taxon-pairs…

Theory of electric networks: The two-point resistance and impedance F. Y. Wu Northeastern University Boston, Massachusetts USA Impedance network a b Ohmâs law Z V I Combination…

Theory of electric networks: The two-point resistance and impedance F. Y. Wu Northeastern University Boston, Massachusetts USA Impedance network a b Ohmâs law Z V I Combination…

The Void Probability function and related statistics Sophie Maurogordato CNRS, Observatoire de la Cote dâAzur, France The Void probability function Count probability PN(V):…

Theory of impedance networks: A new formulation F. Y. Wu FYW, J. Phys. A 37 (2004) 6653-6673 Resistor network a b Ohmâs law R V I Combination of resistors = D-Y transformation:…

Phototrophy Conversion of radiant energy from the sun into ATP and NADPH Autotrophy involves carbon fixation Conversion of inorganic carbon into organic molecules Photoautotrophy…