Matches in SemOpenAlex for { <https://semopenalex.org/work/W2123408116> ?p ?o ?g. }
- W2123408116 endingPage "250" @default.
- W2123408116 startingPage "224" @default.
- W2123408116 abstract "Imagery from remote sensing systems, often combined with ancillary ground information, is able to provide repetitive, synoptic views of key parameters characterizing land surface interactions, including surface energy fluxes and surface soil moisture. Differing methodologies using a wide range of remote sensing data have been developed for this purpose. Approaches vary from purely empirical to more complex ones, including residual methods and those that have their basis in the biophysical properties characterizing a two-dimensional T s /VI (surface temperature/ vegetation index) scatterplot domain derived from remote sensing observations. The present article aims to offer a comprehensive and systematic review of this latter group of methods, which differ in terms of the complexity and assumptions they entail as well as their requirement for field-based and other ancillary data. Prior to the review, the biophysical meanings and properties encapsulated in the T s /VI feature space is elucidated, since these represent the building block upon which all the T s /VI methods described herein are based. The overview of the T s /VI methods is also very timely, as one such method is being scheduled in the operational retrieval of surface soil moisture content by the National Polar-orbiting Operational Environmental Satellite System (NPOESS), in a series of satellite platforms due to be launched in the next 12 years starting from 2016." @default.
- W2123408116 created "2016-06-24" @default.
- W2123408116 creator A5046783701 @default.
- W2123408116 creator A5064145516 @default.
- W2123408116 creator A5084813641 @default.
- W2123408116 creator A5090533097 @default.
- W2123408116 date "2009-04-01" @default.
- W2123408116 modified "2023-10-02" @default.
- W2123408116 title "A review of Ts/VI remote sensing based methods for the retrieval of land surface energy fluxes and soil surface moisture" @default.
- W2123408116 cites W1963819876 @default.
- W2123408116 cites W1966928556 @default.
- W2123408116 cites W1967395374 @default.
- W2123408116 cites W1968508976 @default.
- W2123408116 cites W1970008000 @default.
- W2123408116 cites W1971706686 @default.
- W2123408116 cites W1975288608 @default.
- W2123408116 cites W1980302374 @default.
- W2123408116 cites W1980815032 @default.
- W2123408116 cites W1981072855 @default.
- W2123408116 cites W1986254578 @default.
- W2123408116 cites W1987290209 @default.
- W2123408116 cites W1988810672 @default.
- W2123408116 cites W1993046707 @default.
- W2123408116 cites W1999133163 @default.
- W2123408116 cites W2000204314 @default.
- W2123408116 cites W2002694429 @default.
- W2123408116 cites W2005961462 @default.
- W2123408116 cites W2006476353 @default.
- W2123408116 cites W2008645757 @default.
- W2123408116 cites W2013854246 @default.
- W2123408116 cites W2018318189 @default.
- W2123408116 cites W2023316245 @default.
- W2123408116 cites W2025305089 @default.
- W2123408116 cites W2026640495 @default.
- W2123408116 cites W2027173730 @default.
- W2123408116 cites W2028969694 @default.
- W2123408116 cites W2032013744 @default.
- W2123408116 cites W2032089133 @default.
- W2123408116 cites W2037499147 @default.
- W2123408116 cites W2043056014 @default.
- W2123408116 cites W2043809497 @default.
- W2123408116 cites W2048520021 @default.
- W2123408116 cites W2049827513 @default.
- W2123408116 cites W2050180235 @default.
- W2123408116 cites W2050872617 @default.
- W2123408116 cites W2056124940 @default.
- W2123408116 cites W2056784617 @default.
- W2123408116 cites W2057742755 @default.
- W2123408116 cites W2062465189 @default.
- W2123408116 cites W2063718674 @default.
- W2123408116 cites W2068371905 @default.
- W2123408116 cites W2069313066 @default.
- W2123408116 cites W2069396737 @default.
- W2123408116 cites W2069642449 @default.
- W2123408116 cites W2071776755 @default.
- W2123408116 cites W2073861093 @default.
- W2123408116 cites W2075108083 @default.
- W2123408116 cites W2075181453 @default.
- W2123408116 cites W2075357133 @default.
- W2123408116 cites W2079537124 @default.
- W2123408116 cites W2083612915 @default.
- W2123408116 cites W2086097472 @default.
- W2123408116 cites W2087325533 @default.
- W2123408116 cites W2091751337 @default.
- W2123408116 cites W2096750778 @default.
- W2123408116 cites W2099395432 @default.
- W2123408116 cites W2100179247 @default.
- W2123408116 cites W2110387639 @default.
- W2123408116 cites W2110614570 @default.
- W2123408116 cites W2111371439 @default.
- W2123408116 cites W2115672883 @default.
- W2123408116 cites W2116310314 @default.
- W2123408116 cites W2126573617 @default.
- W2123408116 cites W2129016866 @default.
- W2123408116 cites W2130736855 @default.
- W2123408116 cites W2132971347 @default.
- W2123408116 cites W2133119943 @default.
- W2123408116 cites W2147521062 @default.
- W2123408116 cites W2147611675 @default.
- W2123408116 cites W2152608230 @default.
- W2123408116 cites W2154083639 @default.
- W2123408116 cites W2157245283 @default.
- W2123408116 cites W2158268769 @default.
- W2123408116 cites W2158938089 @default.
- W2123408116 cites W2161425513 @default.
- W2123408116 cites W2164460492 @default.
- W2123408116 cites W2179738695 @default.
- W2123408116 cites W4230178353 @default.
- W2123408116 cites W4233525820 @default.
- W2123408116 cites W4292408585 @default.
- W2123408116 cites W96625014 @default.
- W2123408116 doi "https://doi.org/10.1177/0309133309338997" @default.
- W2123408116 hasPublicationYear "2009" @default.
- W2123408116 type Work @default.
- W2123408116 sameAs 2123408116 @default.
- W2123408116 citedByCount "242" @default.
- W2123408116 countsByYear W21234081162012 @default.
- W2123408116 countsByYear W21234081162013 @default.