By Weng Q. (ed.)
"Featuring members from 17 international locations, this ebook systematically offers fresh advances in environmental distant sensing. First, the textual content offers the most recent advancements in distant sensing information and sensor platforms, paying exact recognition to LIDAR, excessive spatial-resolution sensing, hyperspectral sensing, and knowledge fusion of varied sensors. subsequent, authors learn state-of-the-art algorithms and methods for the detection, interpretation, characterization, and modeling of Earth floor positive aspects. the ultimate part explores functions of present facts, sensors, algorithms, and strategies to the distant sensing of land, crops, water, and air."--Provided by way of publisher."1. goals and Scope the most objective of compiling this sort of booklet is to supply an authoritative supplementary textual content for top department undergraduate and graduate scholars, who can have selected a textual content ebook from various selection available in the market. This ebook collects varieties of articles: (1) finished evaluation articles from major specialists to envision the advancements in techniques, tools, recommendations, and purposes in a sub-field of environmental distant sensing; and (2) centred assessment articles in admire of the most recent advancements in a scorching subject sector with one to 2 concise case reports. as a result of the nature of articles gathered, this publication may also function a very good reference publication for researchers, scientists, engineers, and policy-makers who desire to stay alongside of new advancements in environmental distant sensing"--Provided by means of writer. Read more... distant sensing of plants with landsat imagery / Conghe tune, Joshua M. grey, and Feng Gao -- overview of chosen moderate-resolution imaging spectroradiometer algorithms, facts items, and functions / Yang Shao, Gregory N. Taff, and Ross S. Lunetta -- Lidar distant sensing / Sorin C. Popescu -- Impulse man made aperture radar / Giorgio Franceschetti and James Z. Tatoian -- Hyperspectral distant sensing of plants bioparameters / Ruiliang Pu and Peng Gong -- Thermal distant sensing of city parts: theoretical backgrounds and case experiences / Qihao Weng -- Atmospheric correction equipment for optical distant sensing imagery of land / Rudolf Richter -- three-d geometric correction of Earth remark satellite tv for pc information / Thierry Toutin -- distant sensing photo class / Dengsheng Lu ... [et al.] -- Object-based photo research for plants mapping and tracking / Thomas Blaschke, Kasper Johansen, and Dirk Tiede -- Land-use and land-cover swap detection / Dengsheng Lu ... [et al.] -- distant sensing of environment constitution and serve as / Alfredo R. Huete and Edward P. Glenn -- distant sensing of stay gas moisture / Stephen R. Yool -- woodland swap research utilizing time-series landsat observations / Chengquan Huang -- Satellite-based modeling of gross basic creation of terrestrial ecosystems / Xiangming Xiao ... [et al.] -- international croplands and their water use from distant sensing and nonremote sensing views / Prasad S. Thenkabail ... [et al.] -- distant sensing of aerosols from area: a assessment of aerosol retrieval utilizing the moderate-resolution imaging spectroradiometer / guy Sing Wong and Janet Nichol -- distant estimation of chlorophyll-a focus in inland, estuarine, and coastal waters / Anatoly A. Gitelson ... [et al.] -- Retrievals of turbulent warmth fluxes and floor soil water content material by way of distant sensing / George P. Petropoulos and Toby N. Carlson -- distant sensing of city biophysical environments / Qihao Weng -- improvement of the USGS nationwide Land-Cover Database over twenty years / George Xian, Collin Homer, and Limin Yang
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Additional info for Advances in environmental remote sensing : sensors, algorithms, and applications
The gap fractions measured by optical instruments are the combined effects of leaf and woody components. 2) where α is the woody to total area ratio, which depends on the vegetation type. 22. Chen and Cihlar (1996) used the LAI-2000 device to measure Le and the TRAC device to measure Ω to estimate L. For conifer species, there is an additional level of clumping, at the needle-to-shoot scale. The needle-to-shoot area ratio, γ, is needed to correct for the clumping index Ω. 08. Kucharik, Norman, and Gower (1999) designed an imaging device to estimate γ.
Marshall, J. , and R. H. Waring. 1986. Comparison of methods of estimating leaf-area index in oldgrowth Douglas-fir.
Second, similar adjacent land-cover areas are assumed to have similar spectral patterns and temporal change patterns over a limited area. Third, the surface reflectance of a homogeneous land-cover type is assumed to be identical for both coarse and fine spatial resolutions. 8 shows the STARFM-predicted surface reflectance (e) on September 17, 2001 at Landsat spatial resolution from MODIS images of the same day (b) and ETM+/MODIS image pairs on August 12, 2001 (a and d) and September 29, 2002 (c and f).