PDF-DISCRIMINATING SPECIES USING HYPERSPECTRAL INDICES AT LEAF AND CANOPY

369 The International Archives of the Photogrammetry Remote Sensing and Spatial Information Sciences Vol XXXVII Part B7 Beijing 2008 whole plant or community scale Several experimental and model. Measurements made above and below the canopy are used to determine the interception of light by the canopy at 5 zenith angles LAI is computed with this data using a wellestablished model of radiative transfer in plant canopies Novel Technology for N Schlerf a W Verhoef a b H Buddenbaum c J Hill c C Atzberger d A Skidmore a a International Institute for GeoInformation Science and Earth Observation PO Box 6 7500 AA Ensched e The Netherlands b National Aerospace Laboratory NLR PO Box 153 83 0 Stützel. . and. Tsu-Wei Chen. Plant canopies under drought stress– structures, functions, . (genes) . and models. Plant canopies. :. structur. al . and. . functional. . properties. L. eaf area index. plewis@geog.ucl.ac.uk. . GEOGG141/ GEOG3051. Principles & Practice of Remote Sensing (PPRS). Radiative Transfer Theory at . o. ptical wavelengths applied to vegetation canopies: part . 2. Dr. Mathias (Mat) Disney. RUANG TERBUKA HIJAU KOTA. smno2ub.ac.id2014. Alvey. , A.A. 2006. Promoting and preserving biodiversity in the urban forest. Urban Forestry & Urban Greening, 5 (4): 195–201.. Efforts at mitigating global biodiversity loss have often focused on preserving large, intact natural habitats. However, preserving biodiversity should also be an important goal in the urban environment, especially in highly urbanized areas where little natural habitat remains. Increasingly, research at the city/county scale as well as at the landscape scale reveals that urban areas can contain relatively high levels of biodiversity (. f`=1;r=4;v=Some13g f`=1;r=3;v=Noneg f`=1;r=1;v=Noneg Leaf Leaf f`=2;r=3;v=Some9g f`=2;r=2;v=Noneg Leaf Leaf f`=3;r=3;v=Some5g Leaf Leaf f`=4;r=4;v=Some2g Leaf Leaf 1AnOCamlimplementationisprovidedassu biomass . scaling. and . vascular architecture . maintained in managed orchard . systems. ?. . - “a tree is a tree. ”. - selective breeding programs cannot . fundamentally alter . the . physiological . Principles & Practice of Remote Sensing (PPRS). Radiative Transfer Theory at . o. ptical wavelengths applied to vegetation canopies: part 2. Notes adapted from Prof. P. Lewis . plewis@geog.ucl.ac.uk. Please read . Bonan. , Chapter . 16-17. Leaf Anatomy. Stomate. (pl. stomata). Leaf Fluxes and Resistances. Many leaves have stomata only on lower surface. Heat fluxes don. ’. t pass through stomata. Figure 3.2 Coral reefs are built up from the skeletons of billions of tiny individual animals. Figure 3.3 Species richness for vertebrates is greatest in tropical regions with abundant rainfall. Figure 3.4 Cone snails are an indicator group for marine biodiversity. USA-NPN. Basic Botany and . Intensity Estimation. Part 4: What percent canopy?. What % ---?. Less than 5% 95. % or more. 5-24%. . Hyperspectral Remote Sensing of Urban Tress. . Factsheet # 19. Remote Sensing and Geospatial Application Laboratory, University of Washington, Seattle, WA. Digital version of the fact sheet can be downloaded at: . Habitat Heterogeneity. . Scott Goetz. Mindy Sun. (WHRC). Ralph Dubayah. Anu Swatatran. (UMD). Andy Hansen. Linda Phillips. (MSU). Richard Pearson. Ned Horning. (AMNH). NASA. Annual . Biodiversity Meeting. to . the extreme climate . in . a semi-arid pine forest using . close-range . sensing data. Huanhuan Wang, Eyal Rotenberg, Michael Sprintsin, . Anatoly Gitelson, Dan Yakir. 1. 2. Introduction. Temperate .