Tables

(Table 1.1) Quaternary of northern England: tor evolution network

(Table 2.2) Relationships between the British Quaternary stratigraphical classification (after Mitchell et al., 1973), selected lithostratigraphical units, oxygen isotope stratigraphy and polarity (from Bowen, 1999).

(Table 2.3) Proposed climatostratigraphical stages in Britain (after Mitchell et al., 1973).

(Table 4.4) Shell list from the Easington raised beach (based on Woolacott, 1920, 1922).

(Table 4.5) Faunal list for the Speeton Shell Bed (after Lamplugh, 1881c; Thistlewood and Whyte, 1993).

(Table 4.6) Amino acid (D/L) ratios of Macoma balthica from the Speeton Shell Bed (from Wilson, 1991).

(Table 4.7) Pollen of the Speeton Shell Bed (from West, 1969).

(Table 4.8) Correlation of post-Hoxnian events, amino acid ratios and oxygen isotope stages (after Wymer, 1985; Bowen and Sykes, 1988).

(Table 4.9) Faunal list for the Sewerby sedimentary units (after Lamplugh, 1891b; Boylan, 1967; Catt, 1987c).

(Table 5.1) The mammalian fauna from the Pin Hole Mammalian Zone, Lower Cave Earth, Pin Hole Cave, Cresswell, Derbyshire (after Currant and Jacobi, 2001).

(Table 5.2) Radiocarbon dates (years BP) on spotted hyaena remains from the Cresswell area, Derbyshire (after Currant and Jacobi, 2001)

(Table 5.3) Coleoptera from the Chelford Formation (data from Coope, 1959).

(Table 5.5) The flora and fauna of the Dimlington Silts.

(Table 6.3) Stratigraphy at Gransmoor (after Walker et al., 1993)

(Table 6.4) List of climatically significant Coleoptera species from the Gransmoor stratigraphy (from Walker et al., 1993).

(Table 6.5) Limnological characteristics of Hawes Water

(Table 7.2) The locations and lithologies of the main tors in Britain (compiled from various sources, including Goudie and Piggott (1981) and Ballantyne and Harris (1994)).

(Table 8.1) Radiocarbon dated pollen zone horizons at Scaleby Moss (after Godwin et al., 1957)

(Table 8.3) Stratigraphy at Valley Bog (after Chambers, 1978)

(Table 8.4) Stratigraphy at TSI, Red Sike Moss (after Turner et al., 1973)

(Table 8.6) PIC dates from TSI, Red Sike Moss. They were dated at the Gakushuin laboratory (Japan) and the dates were based on the Libby half-life of 5570 ± 30 years (after Turner et al., 1973)

(Table 8.8) Stratigraphy at Mere Sands Wood (after Baxter, 1983; Tooley, 1985; Wilson, 1985; Bateman, 1995).

(Table 8.9) Generalized stratigraphy of Old Mere, Hornsea (source: Beckett, 1981)

(Table 8.10) Peat stratigraphy at Fen Bogs, North York Moors (after Atherden, 1976a; Chiverrell, 1998).

(Table 8.11) Characteristic pollen taxa of the 16 pollen assemblage zones and subzones from Thorpe Bulmer (Bartley et al., 1976).

(Table 8.12) Radiocarbon determinations from Lindow Moss (data from Ambers et al., 1986; Gowlett et al., 1986; Otlet et al., 1986; Housley et al., 1995; Leah et al., 1997)

(Table 8.13) Stratigraphy and pollen analyses from Wybunbury Moss (compiled from data in Poore and Walker, 1959)

(Table 8.14) Comparison of the timing of wet shifts from Bolton Fell Moss and Walton Moss (data from Hughes et al., 2000). All ages are approximate and are years BP

(Table 8.15) Stratigraphy for WH19 (data from Horton et al., 1999c)

(Table 8.16) Stratigraphy for HB4 (data from Horton et al., 1999c)

(Table 8.17) Marine transgressions in the Fylde (after Tooley 1978a).

(Table 8.18) Radiocarbon dates from the New Cut (after Huddart, 1992; Middleton et al., 2001).

(Table 8.19) Radiocarbon dates associated with the Hightown stratigraphy illustrated in (Figure 8.115).

(Table 8.20) Tree and shrub species and the type of fossil remains at Hightown (from Travis, 1926).

References