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  • Remote sensing of aerosols over the oceans using AVHRR data. Theory, practice and applications in Special issue : Applications of AVHRR data.
  • RAO, C. R. N.
  • Wasteland identification in India using satellite remote sensing
  • NARAYAN, L. R. A.
  • GAUTAM, N. C.
  • Remote sensing in Quantitative geography: a British view.
  • HARRIS, R.
  • WRIGLEY, N., (Editeur scientifique)
  • BENNETT, R. J., (Editeur scientifique)
  • One introduction to remote sensing in Cartography.
  • KAIRU, E. N.
  • remotely-sensed ice motion off the N coast of Alaska during 1975 and 1979.
  • ENGLEBRETSON, R. E.
  • Learning about urban environments in Making sense of time.
  • GOLLEDGE, R. G.
  • THRIFT, N., (Editeur scientifique)
  • A review of methods for estimating evapotranspiration. Particularly those that utilize remote sensing
  • Bioclimatology ; Evapotranspiration ; Ground surveys ; Methodology ; Remote sensing ; Research technique ; Water cycle;Water circulation
  • KAIRU, E. N.
  • Experiences and perspective in compiling long-term remote sensing data sets on landscapes and biospheric processes in Global Change.
  • The A. summarizes the recent history and evolution of land remote sensing to establish its situation relative to the proposed International Geosphere-Biosphere Program.
  • GOWARD, S. N.
  • The contribution of UK geographers to remote sensing
  • WARDLEY, N. W.
  • Remote sensing in secondary school geography: the place of Landsat MSS
  • WARDLEY, N.
  • Significance of non-isotopic scattering from vegetation for geobotanical remote-sensing
  • MILTON, N. M.
  • Cosmos ; Exploration ; Geology ; Geophysics ; Mars planet ; Meteorite ; Mineralogy ; Palaeo-environment ; Palaeogeomorphology ; Periglacial features ; Remote sensing ; Research ; Runoff ; Volcanism
  • martien, BARATOUX (D.); InSight 2016 : Premier observatoire géophysique martien, GARCIA (R.), MIMOUN (D.), DE RAUCOURT (S.), LAUDET (P.); Météorites SNC et sol martien : vers un chaînon manquant ?, LORAND (J.-P.). 2) Chroniques d'un monde glacé, COSTARD (F
  • .) et SCHMIDT (F.). 3) Chroniques d'un monde passé : Les vallées fluviales, sédiments et lacs anciens, traces d'un passé plus humide, ANSAN (V.); Les traces minéralogiques d'un passé plus humide, MANGOLD (N.) et QUANTIN (C.); 4) Chroniques des robots
  • géologues, THOMAS (P.); Curiosity, un géologue de terrain robotisé, DROMART (G.), FABRE (C.), LEWIN (E.) et MANGOLD (N.). 5) Chroniques d'un monde habitable : La vie sur Mars : que peut-on trouver ? WESTALL (F.) et BOST (N.).
  • MANGOLD, N., (Editeur scientifique)
  • Archaeology ; Basilicata ; Digital elevation model ; Italy ; LiDAR ; Middle Ages ; Remote sensing ; Topography ; Village
  • MASINI, N.[b1]
  • COLUZZI, R.[b2]
  • LASAPONARA, R.[b2]
  • LASAPONARA, R., (Editeur scientifique)
  • MASINI, N., (Editeur scientifique)
  • Airborne remote sensing for archaeological application : prehistorical landscapes in Gargano area (Italy)
  • SALVINI, R.[b1]
  • LASAPONARA, R., (Editeur scientifique)
  • MASINI, N., (Editeur scientifique)
  • Morphological analysis of the Sudd region using land survey and remote sensing data
  • Bathymetry ; Delta ; Digital elevation model ; Humid environment ; Hydrology ; Inundation ; LANDSAT ; Nile ; Remote sensing ; Slope gradient ; Sudan ; Swamp
  • An analysis of the vast wetland of the Sudd swamps in southern Sudan was designed to assess and describe interdependencies between morphology and hydrology. Findings based on field survey and remote sensing data include an assessment of the effect
  • remote sensing, field survey and historical sources were correlated and correction factors established; the SRTM was found to be partly unsuitable for further assessments. Further analysis of remote sensing data was used to investigate the Sudd's inland
  • FOHRER, N.
  • The application of remte-sensing data to monitoring and modelling of soil erosion
  • Forecast ; Land use ; Model ; Remote sensing ; Runoff ; Soil erosion ; Soil properties ; Water erosion
  • The AA. give a brief synthesis of the information obtainable from remote-sensing data and how it can be related to 2 significant functions of catchment hydrology, namely, the processes of production and transfer. After presenting examples
  • of the type of information that can be derived from remote sensing (characterisation of soil surface by different wavelengths, temporal changes of surface states, incision and geometry of possible water pathways on the surface, etc.), they examine how
  • this information can provide parameters for input into runoff and erosion models. Finally, they assess the progress in assimilating remote-sensing data into deterministicmodels of storm runoff.
  • BAGHDADI, N.
  • Data processing ; HRV ; Hydrology ; Land use ; Natural resources ; Regional planning ; Remote sensing ; Sudan ; Thematic mapping
  • L'interprétation a été effectuée directement sur les images N/B (panchromatiques) au 1 : 50 000, en utilisant, pour l'intégration des données, la composition multi-spectrale en couleurs au 1 : 100 000. Réalisation de 3 cartes thématiques
  • TOMASONI, R.
  • BAGCHI-SEN, S.
  • THEODORE, N.
  • WRIGHT, R.
  • Geographical information system ; LANDSAT ; Model ; Mongolia ; Mountain ; Multi-criteria analysis ; Periglacial features ; Permafrost ; Remote sensing ; Soil temperature ; Spatial distribution
  • SHARKHUU, N.
  • FRAUENFELDER, R.