SchoveD. J., “Maya chronology and the spectrum of time”, Nature, cclxi (1976), 471–3, corrected in Nature, cclxxxvi (1977), 670.
2.
AveniA. F., Skywatchers of ancient Mexico (Austin and London, 1980), 204–15.
3.
Ibid.210.
4.
Op. cit. (ref. 1).
5.
KelleyD. H., Deciphering the Maya script (Austin and London, 1976), 32–35.
6.
Op. cit. (ref. 2), 163 ff.
7.
Ibid., Table 24.
8.
GoldstineH. H., “New and Full Moons, 1000 b.c. to a.d. 1651”, Memoirs of the American Philosophical Society, xciv (1973).
9.
Op. cit. (ref. 1).
10.
Using KelleyD. H.KerrK. A., “Mayan astronomy and astronomical glyphs”, in Dumbarton Oaks Conference on Mesoamerican writing systems, ed. by BensonE. P. (Washington, D.C., 1974), 179–215.
11.
TeepleJ. E., Maya astronomy (Washington, D.C., 1930), Table 2, p. 48.
12.
Unpublished typescript by Schove using Teeple's table.
13.
ThompsonJ. E. S., Maya hieroglyphic writing (Washington, D.C., 1950), 237–9.
14.
SchoveD. J., “Maya eclipses and the correlation problem”, Estudios de Cultura Maya Mexico, xiv (1982/3), in press.
15.
Op. cit. (ref. 5), 35.
16.
SeverinG. M., “The Paris Codex: Decoding an astronomical ephemeris”, Transactions of the American Philosophical Society, lxxi (5) (1981), 101; see Table 10.
17.
Schove, “Maya eclipses and the correlation problem”; SchoveD. J.FletcherA., Eclipses and comets, a.d. 1–1000 (Woodbridge, Suffolk, 1984), see a.d. 842. Cf. a conventional approach in BrickerH. M.BrickerV. R., “Classic Maya predictions of solar eclipses”, Current anthropology, xxiv (1983), 1–23.
18.
Monumenta Germaniae historica, Scriptores, ii (1829), 301–2. In the “Annals of Fulda”, vol. i (1826) of the same series, p. 363, there is an independent record from Germany.
19.
See ref. 10.
20.
See ref. 16, p. 50.
21.
KelleyD. H., personal communication.
22.
See ref. 16, pp. 63–64.
23.
Ibid.65.
24.
ClossM. P., “Venus in the Maya world: Glyphs, gods and associated phenomena”, in RobertsonM. G.JeffersD. C. (eds), Tercera Mesa Redonda de Palenque, iv (Monterey, 1979), 147–65, and “Venus dates revisited”, Archaeoastronomy [Bulletin], iv/4 (1981), 38–41.
25.
LounsburyF. G., “Astronomical knowledge and its uses at Bonampak, Mexico”, in AveniA. F. (ed.), Archaeoastronomy in the New World (Cambridge, 1982), 143–68.
26.
Schove, “Maya eclipses and the correlation problem”.
27.
RosenfeldtG., “A statistical analysis of some Palenque dates”, Archaeoastronomy, no. 4 (1982), S49–67.
28.
KelleyKerr, “Mayan astronomy and astronomical glyphs”.
29.
See SchoveD. J., “The Mayas and the planets, a.d. 293–1237”, Journal of the British Astronomical Association, lxxxvi (1975/76), 466–70 (59·1 years to be added to the a.d. dates).
Schove, “Maya chronology and planetary conjunctions”.
33.
Aveni, Skywatchers of ancient Mexico97.
34.
SpindenH. J., “The reduction of Maya dates”, Papers, vi, no. 4 (Peabody Museum, Harvard University, Cambridge, Mass.).
35.
In his last letter (11 April 1977) before he died.
36.
Personal communications, 1978 and 1982.
37.
Idem..
38.
KelleyD. H., “Astronomical identities of Mesoamerican gods”, Archaeoastronomy, no. 2 (1980), S1–54, p. S41.
39.
KelleyKerr, “Mayan astronomy and astronomical glyphs”.
40.
Severin, “The Paris Codex”, 38.
41.
GrahamI., Corpus of Maya hieroglyphic inscriptions, i (Cambridge, Mass., 1975), Introduction.
42.
Severin, “The Paris Codex”, 18.
43.
KelleyD. H., “Astronomical tables and inscriptions”, in Native American astronomy, ed. by AveniA. F. (Austin and London, 1977), 57–73 (Figs 5.1–5.4).
44.
Lounsbury, “Astronomical knowledge and its uses at Bonampak, Mexico”.
45.
Personal communication.
46.
BrickerBricker, “Classic Maya predictions of solar eclipses” (and personal communication).
47.
HathawayJ. H.EighmyJ. L.KaneA. E., “Preliminary modifications of the southwest virtual geomagnetic pole path from a.d. 700 to a.d. 900”, Journal of archaeological science, x (1983), 51–59.
48.
CreerK. M.TucholkaP.BartonC. E. (eds), Geomagnetism of baked clays and recent sediments (Amsterdam, 1983).