• Contents
• Previous: 11 Conclusions and Recommendations
• Up: Title Page
• Next: Appendix I: An Obituary of Professor L.W.J. Holleman

Bibliography

[I have only seen those marked with an asterisk]

• *Beekman, W. (1992) "Dick van Romunde: fenomenologie als levens taak", [In Dutch] Jonas, May 1992, 18: 8-11.
• *Bockemuhl, J. (1986) "Dying Forests - a crisis in consciousness", [English translation] Hawthorn Press.
• Boney, A. D. (1974) "Phytoplankton", Studies in Biology no.52, Edward Arnold, Glasgow.
• Boyle, R. (1661) "The Sceptical Chemist", London.
• Braconnot, H. (1807) "Sur la force assimilatrice dans les vegetaux", Annales de Chemie, 61: 187-246.
• Brown, F. (1959) "Rhythmic Nature of Animals and Plants", Am. Scientist 47, 147.
• *Browne, C. A. (1944) "A Source Book of Agricultural Chemistry", Chronica Botanica, 8 (1): 192 - 204; 220-225.
• Dalton J. (1808): "A New System of Chemical Philosophy" London.
• *Edelglass, S., Maier, G., Gebert, H. and Davy, J. (1992) "Matter and Mind: Imaginative Participation in Science", Floris Books, Edinburgh.
• Einhof, H. (1808) Grundriss der Chemie fuer Landwirthe (hrsg. A. D. Thaer).
• Flaschka, H., Amin, A. M. and Holesek, A. (1953) "Ein neue Methode zur massanalytischen Bestimmung von Kalium nach Fallung als Kalium tetraphenylborate", Z. anal. Chem. 138: 241-244.
• *Gee, J. C., de (1973) "Biologische transmutaties" [In Dutch], Chemische Weekblad 69, nr. 36 : p. 11-13.
• Goebel, K. (1889b) " Pflanzenbiologische Schilderungen" I, p. 199, 204; II p. 166.
• *Goldfein, S. (1978) "Energy development from elemental transformations in biological systems", US Army mobility equipment Research and Development Command, Fort Belvoir, Virginia. Report 2247.
• Griffith, E. J. (1956) "Analysis of Phosphorous Compounds", Anal. Chem. 28: 525-526.
• Hattingberg,H.M. et al (1966) "Fluorometric Determinatian of Microamounts of Calcium in Muscle", Experimentia 22 (8): 553-5.
• *Hauschka, R. (1983) "The Nature of Substance" 2nd edition, Rudolf Steiner Press, London.
• *Herzeele, A., von (1876-1883) "Uber die Entstehung der anorganischen Stoffe [and in 3 further parts]", Berlin; [reprinted in] Hauschska, R. (1978) "Substanzlehre", 7th edition, Vittorio Klostermann, Frankfurt a. M.
• Hille, J. C., van (1930) "The quantitative relation between rate of photosynthesis and chlorophyll content in chlorella pyrenoidosa" Leopold's Uitgeversmaatschappij, 's-Gravenhage (1930).
• Hille, J. C., van (1938) "The quantitative relation between rate of photosynthesis and chlorophyll content in Chlorella pyrenoides", Recl. Trav. botan. neerl. 35: 688 and 708.
• *Holleman, L. W. J. (1981) "Ein Versuch zur Prufung des Vorkommens biogene Transmutation" [An experiment on the occurrence of biological transmutation] In German; privately circulated.
• *Holleman, S. and Romunde, D., van (1995) "Leendert Willem Jacob Holleman" [In Dutch], Mededeling van de Antroposofische Vereiniging in Nederland, June 1995, 50 (6): 21-22.
• *Jablonski, P. E. (1836) "Beitrage zur Losung der Frage, ob durch den Vegetationsproces chemisch unzerlegbare Stoffe gebildet werden", Wiegmann's Archiv fuer Naturgeschichte I: 206-212.
• Karbe, K., and Jander, G. (1942) "Die Metaphosphate", Koll. Beihefte 54: 1-146.
• *Kervran, L. C. (1966) "La Transmutation Biologique", Le Courier du Livre, Paris.
• *Kervran, L. C. (1972a) "Biological Transmutation", Swan House Publishing Co., New York.
• *Kervran, L. C. (1972b) "Biological Transmutations", Crossby Lockwood, London.
• *Kervran, L. C. (1976) "Geen leven zonder kosmische energie" (translated into Dutch by Engels, H.), Natura docet, Nederlandse Tijdschrift voor Natuurgeneeskunde 27 (3): 81-85.
• *Komaki, H. (1990) "An approach to the biological atomic transmutation using micro-organisms" (In Japanese), Shokuhin Kogyo 33 (12): 54-59.
• *Koenig, K. (1982) "Earth and Man", Biodynamic literature, Wyoming, Rhode Island.
• *Koepf, H. H. and Jolly, L. S. (1978) "Readings in Goethean Science", Bio-Dynamic Farming and Gardening Association, Inc., Wyoming, Rhode Island.
• Kuhl, A. (1960) "Die Biologie der kondensierten anorganischen Phosphate", Ergeb. Biol. 23: 144-186.
• Kuhl, A. (1962a) [in] "Beitrage zur Physiologie und Morphologie der Algen", G. Fischer Verlag, Stuttgart: 157- 166.
• Kuhl, A. (1962b) "Zur Physiologie der Speicherung kondensierter anorganischer Phosphate in Chlorella", Vortr. Botan. hrsg. Deut. Botan. Ges. 1: 157-166.
• *Kuhl, A. and Lorentzen, H. (1964) "Handling and culturing of Chlorella", [in] Prescott, D.M. "Methods in Cell Physiology", 1, chapter 10: 159-187.
• Lampadius, W. A. (1832) "Agronomische Versuche im Jahre 1832 angestellt", Erdmann's Journal fuer technische und oekonomische Chemie 15: 289-318.
• Landolt, H. (1897) Landolt-Boernstein Physikalisch-Chemische Tabellen.
• *Landolt, H. (1905) "Uber die Erhaltung der Masse bei Chemischen Umsetzungen", Konigl. Akademie der Wissenschaften, Berlin.
• *Lavoisier, A. L. (1789) "Traite elementaire de Chemie, [In French]; "Elements of chemistry", translated into English by Kerr, Robert (1802).
• *Lehrs, E. (1985) "Man or Matter", Rudolf Steiner Press, London.
• Lemmermann, O. (1940) "Die Agrikulturchemie und ihre Bedeutung fuer die Volksernaehrung, Braunschweig."
• Lessaigne, J. L. (1821) "Sur la germination des grains la soufre", Journal de Pharmacie 7: 509-511.
• *Lissau, R. (1987) "Rudolf Steiner: his life, work, inner path and social initiatives", Hawthorn Press, Stroud.
• Lorentzen, H. (1963) Temperatureinfluesse auf Chlorella pyrenoidosa unter besondere Beruecksichtigung der Zellenentwicklung. Flora, Jena, 153, 554-92.
• Lorentzen, H. & Schleif, J. (1966) Zur Bedeutung der kuerzest moeglichen Generationsdauer in Synchronkulturen von Chlorella. Flora , Abt. A. 156, 673-83.
• *Manly, J. J. (1913) "On the apparent change in weight during chemical reactions", Philosophical Transactions of the Royal Society; series A; 212: 227-260.
• Pascal P., 1957, Nouveau Traite de Chimie Minerale x: 834-838.
• *Paster, G. (1980) "Alternative methods of agriculture - description, evaluation and recommendations for research", [a translation of parts of the Dutch report "Alternatieve Landbouw Methoden", prepared in 1976 by the Committee for Research into Biological Methods of Agriculture] Agriculture and Environment 5 (1-2): 1-199.
• Pictet, A. J., (1925) "La presence de l'argon dans les cellules vivantes" Helv. Chim. Acta 8, 537-545.
• Ruppel, H. G. (1962) "Untersuchungen ueber die Zusammensetzung von Chlorella bei Synchronisation im Licht-Dunkel Wechsel", Flora 152: 113-138.
• Saussure, N. T., de (1804) "Researches chimiques sur la vegetation", Nyon, Paris.
• Schimper, F. W., (1888) "Die Epiphytische vegetation Amerikas". Jena.
• Schrader, C. (1800) "Zwei Preisschriften uber die Beschaffenheit und Erzeugung der erdighe Bestandtheile von Getreidearten", Berlin. This publication and its prize award are discussed by Otto Lemmermann (1940) "Die Agrikulturchemie und ihre Bedeutung fur die Volksernahrung", F. Vieweg und Sohn, Braunschweig.
• *Soper, J. (1976) "Studying the Agriculture Course", Biodynamic Agricultural Association, London.
• Sorokin, C., and Meyers, J. (1953). A high temperature strain of Chlorella.Science 117, 330-331.
• Sorokin C., (1957) Changes in photosynthetic activity in the course of cell development in Chlorella. Physiol. Plantarum 10, 659-666.
• Sorokin C., Krauss, R. W. (1958) "The Effects of Light Intensity on the Growth Rates of Green Algae" Plant Physiol. 33(2): 109 - 113.
• Sorokin, C. (1960) Injury and recovery of photosynthesis. The capacity of cells of different developmental stages to regenerate their photosynthetic activity. Physiol. Plantarum 13, 20-35.
• Sorokin, C. and R.W. Krauss (1962) "Effects of Temperature & Illuminance on Chlorella Growth Uncoupled From Cell Division".
• Sorokin, C. and Kraus, R.W. (1965) "The Dependance of Cell Division in Chlorella on Temperature and Light Intensity", Am. J. Botan. 52: 331-339.
• *Spessard, E. A. (1940) "Light-Mass absorption during photosynthesis ", Plant Physiology 15: 109-120.
• Spoehr, H. A., and Milner, H. W., (1949). The chemical composition of Chlorella; effect of environmental conditions. Plant.Physiol. 24, 120-149.
• Steenmann Nielsen, E. (1955) Carbon dioxide as carbon source and narcotic in photosynthesis and growth of Chlorella pyrenoidosa. Physiol. Plantarum 8, 317-335.
• *Steiner, R. (1924) "Geisteswissenschaftliche Grundlagen zum Gedeihen der Landwirtschaft" Dornach, Switzerland. Chapter 5; [English translation] (1993) "Spiritual Foundations for the Renewal of Agriculture" Bio-Dynamic Farming and Gardening Association, Inc., Kimberton, Pennsylvania.
• *Steiner, R. (1920) "Grenzen der Naturerkenntnis und ihre Uberwinding"; [English edition] (1983) "The Boundaries of Natural Science", Anthroposophic Press, Spring Valley, New York.
• *Steiner, R. (1886) "Goethes Weltanschauung"; [English edition] (1988) "The Science of Knowing", [previously translated as: "A Theory of Knowledge Based on Goethe's World Conception",] Mercury Press, Spring Valley, New York.
• *Steiner, R. (1894) "Die Philosophie der Freiheit"; [English edition] (1992) "The Philosophy of Spiritual Activity: A Philosophy of Freedom" Rudolf Steiner Press, Bristol; [also translated as "The Philosophy of Freedom"]
• Syrett, P. J. (1962). Nitrogen assimilation. In "Physiology and Biochemistry of Algae" (R. A. Lewin, ed.), pp. 171-188. Academic Press, New York.
• Tamiya, H. (1957) Mass culture of algae. Ann. Rev. Plant Physiol.8, 309-334.
• Tamiya, H. Morimura, Y., and Kunieda, R. (1961).Mode of nuclear division in synchronous cultures of Chlorella: comparison of various methods of synchronisation, Plant. Cell Physiol. 2,383-403.
• Tamiya, H., Morimura, Y., and Yokota, M.(1962) Effects of various antimetabolites upon the life cycle of Chlorella. Arch. Mikrobiol. 42, 4-16.
• Thaer, A. D., [see Browne (1944) ibid.: 180-181]
• *Tipnis, H. P., and Pratt, R. (1960) "Protein and lipid content of Chlorella vulgaris in relation to light", Nature 188: 1031-1032.
• *Tomkins, P. and Bird, C. (1989) "The Secret Life of Plants", Perennial Library, Harper and Row Publishers, New York.
• Ullmann, F., in: Enzyklopaedie der Technische Chemie: A. H. Gill , and H. S. Simms (1921), "Microanalytical Methods in Oil Analysis" 13: 550-552.
• Walker, J.B. (1953) "Inorganic Micronutrient requirements of Chlorella I. Requirements of calcium (or strontium), copper, and molybdenum. Arch. Biochem. Biophys. 46, 1-11.
• Wazer, John R. Van (1950) "Structure and Proporties of the Condensed Phosphates I. Some General Considerations about Phosporic Acids", J.A.C.S. 72: 639-644.
• Ibid. (1952) "Hydrolosis of Condensed Phosphates" 74: 4977-4978.
• Ibid. (1953) "Structure and Proporties of Condensed Phosphates. VII. Hydrolitic Degradation of Pyro-and Tripolyphosphate" 77: 287-291.
• Ibid. (1956) "Structure and Proporties of Condensed Phosphates XI. Hydrolitic Degradation of Graham's Salt" 78: 4528-4533.
• Warburg, O. and Krippahl, G. (1962). Zuechtung von Chlorella mit der Xenonhochdrucklampe. Z. Naturforsch. 17b, 631.
• Wassink, E. C. (1954). "Problems in the mass cultivation of photo-autotrophic microorganisms." In "Autotrophic Microorganisms" (B. A. Fry and J. L. Peel,eds.), pp. 247-270. Cambridge Univ. Press, London and New York.
• Wiegmann, A. F. and Polstorff, L. (1842) "Uber die anorganischen Bestandteile der Pflanzen, oder Beantwortung der Frage: Sind die anorganischen Elemente, welche sich in der Asche der Pflanze finden, so wesentliche Bestandteile des vegetabilischen Organismus, dass dieser sie zu seiner volligen Ausbildung bedarf, und werden sie den Gewachsen von aussen dargeboten?", Braunschweig, P. Vieweg und Sohn. [in] Browne, ibid.
• Wolff, E. Th., (1874) "Die Chemische Forschung auf dem Gebiete der Agrikultur und Pflanzenphysiologie" Leipzig.
• Zeuthen, E. (1958). Artificial and induced periodicity in living cell. Advan. Biol. Med. Phys. 6, 37-73.
• *Zvirblis, V. (1977) "Biological Transmutation: facts, fantasies" [in Russian] Khimiya i Zhizn 2: 106-111.