Infrared remote sensing in quaternary research
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Remote sensing approaches for mapping Quaternary deposits: A synthesis
2022, Physics and Chemistry of the EarthCitation Excerpt :Generally, the photos were black-and-white (B/W) panchromatic type, which is sensitive to near-infrared wavelengths. Using these photographs with near-infrared filters to eliminate the visible wavelengths is useful to show differences in soil moisture content that can indicate boundaries easily (e.g., Holmes and Thompson, 1973; Curran, 1981; Hunter and Bird, 1970; Catt, 1988). They are also useful to provide further information on geomorphic elements and relative ages can often be inferred from cross-cutting relationships (e.g., Davis and Neal, 1963; Welch and Howarth, 1968; Karlen, 1973; Hjort, 1979; Welsted, 1979; Gordon, 1981; Catt, 1988).
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This work was done while the authors were employees of the above organization. Present address is: ERA Ltd., P.O. Box 3444, Station “B”, Calgary, Alta., Canada.