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Hamilton, E.L., 1980. Geoacoustic modelling of the sea floor. J.Acoust.Soc.Am. 68, 1313-1340 Hamilton, E.L., Bachman, R.T., Berger V.H., Johnson T.C. and Mayer, L.A., 1982. Acoustic and related properties of calcareous deep sea sediments. J.Sediment.Petrology. 52, 733-753 Holmes, R., 1977. Quaternary deposits of the central North Sea 5. The Quaternary geology of the UK sector of the North Sea between 56° and 58°N, lnsf.Geol.Sci. Report No 77/14. Jacob, .A.V., 1975. Dispersed shots at optimum depth - an efficient seismic source for lithospheric studies, J.Geophys, 41, 63-70. Jacob, A.V.B. and Neilson, G., 1977. Magnitude determination of LOWNET, lnsf.Geol.Sci., Glob.Seism. Unif Report No 86. Jensen, F.B. and Schmidt, H. 1986. Shear properties of ocean sediments determined from numerical modelling of Scholte-wave data. in Ocean Seismo-AcouSfics, NATO Conference Series lV:16; ed. T.Akal and J.M.Berkson, Plenun Press, New York and London. 683-692. Kaye, G.V.C. and Laby, T.H.,1982. Tables of physical and chemical constants, Longman, London and New York. Kennett, B.L.N. and Kerry, N.J., 1979. Seismic waves in a stratified half-space, Geophys.J.R.asfr.Soc., 57, 557-583. Kirk, R.E., Vhitmarsh, R.B. and Langford, J.J., 1982. A ocean bottom seismograph for controlled source seismology, Mar.Geophys.Res., 5, 327-341. three-component and earthquake Langford, J.J. and Vhitmarsh, R.B., 1977. Pop-up Bottom Seismic Recorder (PUBS) of the Institute of Oceanographic Sciences, U.K., Mar.Geophys. Res., 3, 235-250. 48
Lund, C-E., Roberts, R.G., Johlin, C., Bodvarson, R. and Palm, H., 1987. The use of land recorded long-range marine airgun data in crustal reflection-refraction investigations, Geophys.J.R.astr.Soc .. 89, 365-370. MacBeth, C.D., 1985. Long range underwater pressue resulting from the detonation of a large charge in shallow water, Brit.Geol.Surv. Glob. Seism. Report No 259. MacBeth, C.D. and Burton, P.Y., 1985. Upper crustal shear models from higher mode Rayleigh wave dispersion in Geophys.J.R.astr.Soc .. 83(2), 519-540. velocity Scotland. MacBeth, C.D. and Burton, P.Y., 1986. Propagation of 0.7-2.5 Hz Rayleigh waves in Scotland, Geophys.J.R.astr.Soc .. 84, 101-120. MacBeth, C.D. and Burton, P.Y., 1987. Single-station attenuation measurements of high frequency Rayleigh waves in Scotland, Geophys.J.R.astr.Soc .• 89, 757-797. MacBeth, C.D. and Burton, P.Y., 1988. Surface waves generated by underwater explosions offshore Scotland, Geophys.J. (R.astr.Soc.). 94(2) 285-294. Also see: Brit.Geol.Surv. Global Seismology Report No 318 (1987). MacBeth, C.D. and Panza, G.F., 1989. Modal synthesis of high-frequency waves in Scotland, Geophys.J.R.astr.Soc .. 96, (in press) Miller, A., Richards, J.A., McCann, D.M. and Hallam, J.R., 1986. Microseismic investigations in a flooded limestone mine at Daw End: an experimental borehole network, Brit.Geol. Surv. Glob.Seism. Report No 310. Nafe J.E. and Drake C.L., 1965. In: Interpretation theory in applied geophysics. p200, eds Grant F.S. and Vest G.F. McGraw-Hill 49
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Appendix G: Picking list for travel
Page 13 and 14: Figures Fig. 2.1 Fig. 2.2 Fig. 2.3
Page 15: Fig. 7.3 Plot of travel time agains
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Page 21 and 22: ,(//lg rallge s/roc/.. 11'111'(',\
Page 23: I,ollg rtlllge siwek waves fro//1 (
Page 26: .Ollg rallge shock waves from a {ar
Page 29 and 30: ,(/lIg rangc sImek II'(H'CS /1'0111
Page 31: LOllg rallge shock II'(/ves /1'0111
Page 35 and 36: Long range shock waves from a large
Page 41: Long range shock waves from a large
Page 61: Acknovledgeaents For producing the
Page 66 and 67: Newmark, R., 1984. Tables of ground
Page 68: Table 2.1 Proposed spacing for inst
Page 72 and 73: Overall length standoff at surface
Page 74 and 75: Table 3.3 VHS - SPECIFICATIONS Hydr
Page 76 and 77: Table 3.5 Calibration of Pull Up Sh
Page 79 and 80: series Solid Geology. 3: Dunbar she
Page 82 and 83: 01 01 Table 5.1 Explosion shot time
Page 85 and 86: (a) fname Table 7.1 Header block co
Page 87: Table 8.1 Comparison of measured ex
Page 97: Step 1 GEMINI takes 55Kg weight att
Page 106: 90 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1
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Appendix A: Proposed schedule for L
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16:47:00 16:47:20 16:47:30 16:47:34
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08:12:45 08:12:50 08:13:00 08: 13:2
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PUSS 3 (INSTRUMENT 11) REDEPLOYED 2
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PUSS 6 (INSTRUMENT 14) REDEPLOYED 2
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Appendix C: Locations of sites at s
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(2) PUSS LOCATIONS SITE 1 (PUSS 2)
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Fix: 56°42.810N aN = .001N +1 m 01
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Appendix D: MODELS FOR COMPUTER SIM
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.... N Table D2 Paraaeters of preli
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(c) Permanent land stations with a
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4 13 5 14 Hydr. z x y Hydr. z x y R
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5 14 Hydr. Z X y Hydr. z X y First
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F.3.9 PUSS 10 at 9.982 km, 9001b sh
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I-' W en Fig. F.1.2 PUSS 11. RANGE=
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.... w
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.... t Fig. F .1.10 PUSS 11, RANGE=
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.... (JI .... Fig. F.2.2 PUSS 11. R
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I-' U1 CD Fig. F.2.1O PUSS 10, RANG
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.... m I\) Fig. F.2.13 PUSS 13, RAN
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Fig. F.2.16 BGS Sea Vertical Hydrop
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I-' -oJ w Fig. F.3.6 BGS Sea Bottom
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I-' ()) 0 Fig. F.3.13 BGS Sea Botto
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.... (J) 0 Fig. F.3.13 BGS Sea Bott
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Start of record = 11:52:05.0 Filena
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Start of record = 15:22:05.0 Filena
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BGS VHS Start of record = 11:53:13.
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Plate 16 Plate 17 Plate 18 Plate 19
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Plate 4 Plate 5 Plate 6
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Plata 10 Plate 1 1 Plate 12
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Plate 16 Plate 17 Plate 18
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Plate 22 Plate 23
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Plate 28 Plate 26
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