Wybrane publikacje (wybrane by charakteryzować autora (Walanus A. = AW) tak jak on siebie widzi (2017); tu są wszystkie, bieżące)

AW, 1998, O szkodliwości pojęcia nieskończoności, Postępy Fizyki, nr 1, list do redakcji.

AW, 2011, Po prostu Nauka; o szkodliwości pojęcia aktualizmu. List do Redakcji, Przegląd Geologiczny, v. 59, nr. 6, str. 462.

AW, 1983, Zagadnienia podstawowe interpretacji wyników pomiarów fizycznych na przykładzie datowań metodą ¹⁴C, Archeologia Polski, vol. 28, p. 7-17.

AW, 1979, A Monte Carlo study of the effect of the rejection of outliers on the estimated mean value and standard deviation in the case of undisturbed measurements, Nuclear Instruments and Methods, vol. 158, p. 307-309.

AW, Pazdur M. F., 1980, Age reporting of very old samples, Radiocarbon, vol. 22, p. 1021-1027.

AW, Wybraniec A., 1985, A simple electronic device for the stabilization of gas amplification in measurements of low radioactivities, Nuclear Instruments and Methods, vol. 228, p. 274-376.

AW, 1986, ¹⁴C electronic measurement system with small microcomputer, Radiocarbon, vol. 28, p. 569-570.

AW, 1989, Saving computer memory in storing tables of pollen counts, Pollen et Spores, v. XXXI/1-2, p.161-164.

AW, 1990, Running phase analysis - a method for cycle searching in long series, Computers & Geosciences, v. 16/3, p.367-370.

Goslar T.,+8+AW, 1995, High concentration of atmospheric ¹⁴C during the Younger Dryas cold episode, Nature, v.377, p.414-417.

AW, 2009, Systematic bias of radiocarbon method, Radiocarbon, 51/2 p. 433-436.

Krąpiec M., AW, 2011, Application of the triple photomultiplier liquid spectrometer Hidex 300SL in radiocarbon dating, Radiocarbon, 53/3, p 543-550 [55%].

AW, Nalepka D. Regional maps of rate of change of pollen percentage as a tool for climate change visualization, Geological Quarterly, v.57 (2), pp. 353-356.

AW, Nalepka D. Information content of zero pollen counts in Holocene profiles, The Holocene, v.23, 5 May 2013, pp. 730-736.

AW, Cebulska M., Twardosz R., 2016, A model for estimating rains' area, using the dependence of the time correlation of sites' monthly precipitation totals on the distance between sites, Theor Appl Climatology, 124:913-918,