Advances in Geoscience and Remote Sensing by GARY JEDLOVEC

By GARY JEDLOVEC

Distant sensing is the purchase of knowledge of an item or phenomenon, by means of both recording or real-time sensing device(s), that isn't in actual or intimate touch with the article (such as when it comes to airplane, spacecraft, satellite tv for pc, buoy, or ship). In perform, distant sensing is the stand-off assortment by using numerous units for collecting details on a given item or sector. Human lifestyles relies on our skill to appreciate, make the most of, deal with and keep the surroundings we are living in - Geoscience is the technology that seeks to accomplish those ambitions. This booklet is a suite of contributions from world-class scientists, engineers and educators engaged within the fields of geoscience and distant sensing.

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2008) in the Weddell Sea. Kwok & Cunningham (2008) used the ECMWF outputs for snow data, and tested two cases of sea ice density as a constant value (925 kg m-3) and a function of ice thickness, while Zwally et al. (2008) used AMSR-derived snow depth and constant densities for snow (300 kg m-3) and sea ice (915 kg m-3). The method for estimating the reference sea level was developed individually. As a result, these studies all succeeded in showing the potential usefulness of this method. However, as mentioned by both of the authors, the improved knowledge about snow is crucial because of the sensitivity of laser altimetry to the temporal variation of snow depth and density.

Remote Sensing, Vol. 43, 2460-2469. C. & Gasiewski, Al (2008). Thin sea ice thickness as inferred from passive microwave and in situ observations, J. Geophys. , Vol. 1029/2007JC004270. W. & Neumann, G. (2007). Rapid reduction of Arctic perennial sea ice, Geophys. Res. , Vol. 1029/2007GL031138. R. W. (2004). Sea surface height determination in the Arctic Ocean from ERS altimetry, J. Geophys. , Vol. 1029/2001JC001026. Rignot, E. R. (1994). Winter sea-ice mapping from multi-parameter synthetic-aperture radar data, J.

2008) used AMSR-derived snow depth and constant densities for snow (300 kg m-3) and sea ice (915 kg m-3). The method for estimating the reference sea level was developed individually. As a result, these studies all succeeded in showing the potential usefulness of this method. However, as mentioned by both of the authors, the improved knowledge about snow is crucial because of the sensitivity of laser altimetry to the temporal variation of snow depth and density. In summary, it has been shown that satellite altimeters are useful as a means of estimating ice thickness distributions over a wide scale, and for thick ice in particular.

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