Society of Natural Sciences

On March 8,1903, MiMiail Tswett presented a lecture at the meeting of the Biological Section of the Warsaw Society of Natural Sciences entitled On a New Category of Adsorption Phenomena and Their Applications to Biochemical Analysis. Later he reported that plant pigments were separated by differential adsorption on a column of calcium carbonate into a number of colored bands. He originated the term chromatography to describe this process. 

After the passing of thousands of years, with the discovery of Leeuwenhoek s microscope, microorganisms could be seen, and only 200 years later, in 1865, Pasteur gave a scientific description of the fermentation process. At this point, another achievement must also be mentioned at a session of the Hungarian Society of Natural Sciences (13 November, 1861), a Hungarian chemist, M. Preysz,... 

All the above activities carried out by the section for many decades went in parallel with those of the Hungarian Chemical Society. The Hungarian Society of Natural Sciences after reorganization still exists today. 

Society of Natural Sciences, see Natuurkundig Gezelschap Society of Public Analysts, 186... 

Zander, R. H. (1993) Genera of the Pottiaceae Mosses of Harsh Environments. Buffalo Society of Natural Sciences, Buffalo. 

The Max Planck Society for the Advancement of the Sciences (MPS) is an independent, non-profit research organization. It was established on February 26, 1948, as the successor organization of the former Kaiser Wilhelm Society. Max Planck Institutes conduct basic research in service to the general public in the areas of natural science, social science and the arts and humanities. 

United Kingdom), Argonne National Laboratory (Illinois, United States), University of Trondheim (Norway), and Memorial University of St. Johns (New Foundland, Canada). Since 1992, he has been affiliated with Danish Academy of Natural Sciences. He is a member of the American Society for Applied Spectroscopy and of the editorial board of Applied Spectroscopy Reviews. His interests have included such areas as molten salt chemistry, crystallography, and material sciences. 

Swaby, R. J., and Ladd, J. N. (1962). Chemical nature, microbial resistance, and origin of soil humus. In International Society of Soil Science Transactions, IV and V, Communications, Neale, G. J., ed., Palmerston North, New Zealand, pp. 197-202. 

J. M. Seddon [Mrs Curtis], The Development of Electronic Theory in Organic Chemistry , a thesis submitted for the Final Honour School of Natural Science, Chemistry (Part II), University of Oxford, 1972. The present contributor is greatly indebted to Mrs Curtis for a copy of her thesis. A copy has now been deposited with the Royal Society in London, but there is no copy in any library in Oxford. 

DeVun, Leah. "John of Rupescissa and the States of Nature Science, Apocalypse, and Society in the Late Middle Ages." PhD diss., Columbia University, 2004. 

In order to assess the reliability of NMR data, Research Group on NMR, the Society of Polymer Science, Japan (SPSJ), collected H and 13C NMR spectra of two identical samples, a radically prepared PMMA and solanesol (a naturally occurring isoprene oligomer) from a number of NMR spectrometers by round robin method.10... 

The scientific prestige of Bourquelot secured for him a choice position in the scientific societies. He was one of the great animators of the Soci t Mycologique de France, which has remained one of the most active among the French Societies for Natural Science. Also, for 21 years, he was Honorary Secretary of the Soci4t4 de Pharmacie, which has since become the Acad6mie de Pharmacie. He published nearly all of his work in the periodical papers of this society, the Journal de Pharmacie et Chimie. This jomnal was for more than a century one of the three most important... 

The history of this initiative, from the early stages to the foundation of the Kaiser-Wilhelm-Gesellschaft and the inauguration of this society s Chemical Institute, has been well described, especially by J.A. Johnson, who examined very particularly these important events of the history of natural science in Germany in the last hundred years. Duisberg s main part was to find promoters in industry and to convince them to spend considerable amounts of money. In a letter to Fischer he wrote that "It is important to drum together as much money as possible." ... 

Kirdlyi Magyar Termeszettudomdnyi Tdrsulat (KMTT) Kemiai es Asvdnytani Szakosztdlya (KAS) - (Section of Chemistry, later Chemistry and Mineralogy of the Royal Hungarian Society for Natural Sciences)... 

Table 8.1 The increase in the number of the members of the Kirdlyi Magyar TermeszeUudomdnyi Tdrsulat (Royal Hungarian Society for Natural Sciences, KMTT). (Source Gombocz [1941].)...

Gombocz, E. (1941), A Kirdlyi Magyar Termeszettudomdnyi Tdrsulat tortenete 1841-1941 [History of the Royal Hungarian Society for Natural Sciences 1841-1941], Kiralyi Magyar Termeszettudomanyi Tarsulat, Budapest. 

After 1917 Deventer Natuur- en Scheiktmdig Genootschap Society of Natural and Chemical Sciences... 

After 1771,1830 and 1840, the societies at Rotterdam, Groningen and Nijmegen, respectively, continued to exist as more general societies for the cultivation of natural sciences . The Groningen society still exists today. 

The members included very few representatives of natural sciences other than chemistry (pharmacists, physicians, agricultural engineers) as they could join their respective scientific-professional societies. 

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