Summary In 1979, Robert C. Olby published an article titled ?Mendel no Mendelian??, in which he questioned commonly held views that Gregor Mendel (1822?1884) laid the foundations for modern genetics. According to Olby, and other historians of science who have since followed him, Mendel worked within the tradition of so-called hybridists, who were interested in the evolutionary role of hybrids rather than in laws of inheritance. We propose instead to view the hybridist tradition as an experimental programme characterized by a (...) dynamic development that inadvertently led to a focus on the inheritance of individual traits. Through a careful analysis of publications on hybridization by Carl Linnaeus (1707?1778), Joseph Gottlieb Koelreuter (1733?1806), Carl Friedrich Gärtner (1772?1850), and finally Mendel himself, we will show that this development consisted in repeated reclassifications of hybrids to accommodate anomalies, which in the end allowed Mendel to draw analogies between whole organisms, individual traits, and ?elements? contained in reproductive cells. Mendel's achievement was a product of normal science, and yet a revolutionary step forward. This also explains why, in 1900, when the report he gave on his experiments was ?rediscovered?, Mendel could be read as a ?Mendelian? (shrink)

Efforts to bring science into early 19th century breeding practices in Central Europe, organised from Brno, the Hapsburg city in which Mendel would later turn breeding experiments into a body of timeless theory, are here considered as a significant prelude to the great discovery. During those years prior to Mendel's arrival in Brno, enlightened breeders were seeking ways to regulate the process of heredity, which they viewed as a force to be controlled. Many were specialising in sheep breeding for the (...) benefit of the local wool industry while others were showing an interest in commercial plants, especially fruit trees and vines, and later cereals. Breeders explained their problems in regulating heredity in terms of climatic influences disruption due to crossing sports or saltations. Practical experience led them to the concepts of 'inheritance capacity' and the 'mutual elective affinity' of parents. The former was seen to differ among individuals and also among traits; the latter was proposed as a means of adding strength to heredity. The breeders came to recognise that traits might be hidden and yet transmitted as a 'potential' to future generations. They also grew to understand that heredity would be strengthened when a quality was 'fixed' within a lineage by 'pure blood relations.' Continued selection of the desired quality might then lead to 'a higher perfection.' But the ultimate 'physiological' question about breeding, 'what is inherited and how?,' found no answer. Major figures in this development included Abbot Napp, the one who asked this question and who was due to receive Mendel into the monastery in 1843, and Professor Diebl whose lectures on agriculture and natural science at the Brno Philosophical Institute Mendel would attend in 1846. Here we analyse their progress in theorizing about breeding up until about 1840. In discussing this development, we refer to certain international contacts, especially with respect to information transfer and scientific education, within the wider context of the late Enlightenment. (shrink)

Стаття присвячена сучасним викликам охорони довкілля в урбо-просторі, що є водночас соціальними та екзистенціальними викликами людству. Розкрито суть біоморфного урбанізму як стратегії поєднання технологічного розвитку міст та збереження і розвитку потенціалу живої природи в містах. Наведено приклади такого поєднання у провідних смарт-сіті світу, проведено огляд футуристичних проектів біоморфної трансформації міст. Показано, що біоморфний урбанізм має глибинний філософський сенс, оскільки повертає сучасну людину не лише до оточуючої природи, а й до своєї власної, роблячи міське життя більш гуманним, гармонійним, естетичним, спонукаючи міських (...) мешканців до соціальної активності. Окремо визначено перспективи втілення «синтетичного» рослинного світу у міський дизайн як частини біоморфної стратегії, «зеленої хвилі» майбутнього. Наголошується на необхідності колаборації прогресивних сил міста (влади, містобудівників, креативного класу, громадського активу) задля реалізації проектів біоморфного урбанізму. (shrink)

-------------------- Conceived on the basis of a survey on the « tanking » community's practices, this article is attempting to highlight a new typical activity in today's society which is quite different from instrumental and symbolic (or communication- based) activities. It is actually describing the ways in which some individuals are endeavouring to gain a victory over themselves through experiments on their own personal being. The various forms of action and the means used for that purpose are referred to under (...) the name of self-fashioning technologies. (shrink)

Steve Fuller has argued that a scientific discovery will not be recognized unless it can be justified within the history of the relevant science. He cites Mendel's work on genetics, which was not recognized until thirty-five years after its publication, as an example. This essay argues that Mendel's work comes out of the tradition of work by both agricultural breeders and academics in nineteenth century Austria. Thus, Fuller is mistaken, and one must look elsewhere for the neglect of Mendel's work. (...) This essay also places Mendel's work within the philosophy of Jan Comenius, whose work was very likely known to Mendel.--------------------------------------------------------------------------------------------- ---------------------------------------------------------------------------------------------------- ---------------------------------------------------------------------------------------------------- ---------------------------------------------------------------------------------------------------- ---------------------------------------------------------------------------------------------------- ---------------------------------------------------------------------------------------------------- -----------------------------------------------. (shrink)

According to Homi Bhabha, hybridity in the context of identity where two cultures or languages collide is a third space where new views and stances can emerge. I explored the concept of this third space by writing a novel in English, which is my second language, instead of in my mother tongue, Slovenian. I investigated the effects of language switch on my choice of subject matter, my writing process, and my perception of my work and myself as a writer and (...) as a person. I examined language-related challenges of writing in my second language, the benefits of a new insight a second language offers, and how multilingualism leads to a more fluid identity and a change in perspective. (shrink)

Efforts to bring science into early 19th century breeding practices in Central Europe, organised from Brno, the Hapsburg city in which Mendel would later turn breeding experiments into a body of timeless theory, are here considered as a significant prelude to the great discovery. During those years prior to Mendel's arrival in Brno, enlightened breeders were seeking ways to regulate the process of heredity, which they viewed as a force to be controlled. Many were specialising in sheep breeding for the (...) benefit of the local wool industry while others were showing an interest in commercial plants, especially fruit trees and vines, and later cereals. Breeders explained their problems in regulating heredity in terms of (1) climatic influences (2) disruption due to crossing (3) sports or saltations. Practical experience led them to the concepts of 'inheritance capacity' and the 'mutual elective affinity' of parents. The former was seen to differ among individuals and also among traits; the latter was proposed as a means of adding strength to heredity. The breeders came to recognise that traits might be hidden and yet transmitted as a 'potential' to future generations. They also grew to understand that heredity would be strengthened when a quality was 'fixed' within a lineage by 'pure blood relations.' Continued selection of the desired quality might then lead to 'a higher perfection.' But the ultimate 'physiological' question about breeding, 'what is inherited and how?,' found no answer. Major figures in this development included Abbot Napp, the one who asked this question and who was due to receive Mendel into the monastery in 1843, and Professor Diebl whose lectures on agriculture and natural science at the Brno Philosophical Institute Mendel would attend in 1846. Here we analyse their progress in theorizing about breeding up until about 1840. In discussing this development, we refer to certain international contacts, especially with respect to information transfer and scientific education, within the wider context of the late Enlightenment. (shrink)

The importance of the topic of the article lies in the need to explain the cognitive aspects of the strategic management system under uncertainty. The purpose of the article is the need to study and substantiate the importance of cognitive aspects of the system of strategic management in conditions of uncertainty; a comparative analysis of different approaches to strategies in conditions of uncertainty, identifying their features and differences from the provisions of the classical strategic management; to classify the angles of (...) the system of strategic management in conditions of uncertainty, comparing different approaches; to characterize cognitive concepts of fast strategies in conditions of uncertainty. The article analyzes the importance of cognitive aspects of the strategic management system in conditions of uncertainty; a comparative analysis of different approaches to strategies in conditions of uncertainty is made, their features and differences from the provisions of classical strategic management are revealed and analyzed; angles of strategic management system in conditions of uncertainty are classified, a comparison of different approaches is made; cognitive concepts of fast strategies in conditions of uncertainty are characterized. At the present stage there is a rather acute need to quickly study the cognitive aspects of the strategic management system under conditions of uncertainty. (shrink)

In the final pages of his Cinema books, Deleuze explains that his aim is not to understand films, but to extract from them concepts that the cinema has itself given rise to ‘which are themselves related to other concepts corresponding to other practices’. Cinema does not resemble concepts, it creates them. The Cinema books are not a guide to reading films. Instead, we are invited to see how concepts such as ‘image’, ‘plane’ or ‘orelations of thought’ correspond to and interfere (...) in creative ways with other practices outside the cinema. So, a cinematic concept such as ‘image of thought’ can help us think in new ways about developments in widely differing fields, such as the history of painting and philosophy. (shrink)

Pirckmayer, G. Verfrühte Demokratie.--Klein, R. Lebenswege.--Pirckmayer, G. Utopie und die Pragmatik des Bestehenden.--Ficker, L. von, Heer, F. Kommentare.--Pirckmayer, G. Das Recht der gleichen Chance.--Glaner, M. Zur ideologischen Einordnung.--Winter, E. F. Einladung zur Diskussion.--Pirckmayer, G. Das Recht der gleichen Chance, heute.--Pirckmayer, G. Entwurf eines Modellschulwerkes im Sinne des Rechtes der gleichen Chance.--Pirckmayer, G. Das Prinzip.--Pirckmayer, G. Das Exercise.--Zusanek, H. Anmerkungen zum Prinzip.--Pirckmayer, G. Das Prinzip, heute.--Pirckmayer, G. Entwurf eines Modellschulwerkes im Sinne des Prinzips.--Orel, A. Über den Komponisten Georg Pirckmayer.--Scholz, G. (...) Werkstattgespräche mit dem Komponisten. (shrink)