A Contribution to the History of Astronomy in Olomouc
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Droughts in the Czech Lands, 1090–2012 AD Open Access Geoscientific Geoscientific Open Access 1,2 1,2 2,3 4 1,2 5 2,6 R
EGU Journal Logos (RGB) Open Access Open Access Open Access Advances in Annales Nonlinear Processes Geosciences Geophysicae in Geophysics Open Access Open Access Natural Hazards Natural Hazards and Earth System and Earth System Sciences Sciences Discussions Open Access Open Access Atmospheric Atmospheric Chemistry Chemistry and Physics and Physics Discussions Open Access Open Access Atmospheric Atmospheric Measurement Measurement Techniques Techniques Discussions Open Access Open Access Biogeosciences Biogeosciences Discussions Open Access Open Access Clim. Past, 9, 1985–2002, 2013 Climate www.clim-past.net/9/1985/2013/ Climate doi:10.5194/cp-9-1985-2013 of the Past of the Past © Author(s) 2013. CC Attribution 3.0 License. Discussions Open Access Open Access Earth System Earth System Dynamics Dynamics Discussions Droughts in the Czech Lands, 1090–2012 AD Open Access Geoscientific Geoscientific Open Access 1,2 1,2 2,3 4 1,2 5 2,6 R. Brazdil´ , P. Dobrovolny´ , M. Trnka , O. Kotyza , L. Reznˇ ´ıckovˇ a´ , H. Vala´sekˇ Instrumentation, P. Zahradn´ıcekˇ , and Instrumentation P. Stˇ epˇ anek´ 2,6 Methods and Methods and 1Institute of Geography, Masaryk University, Brno, Czech Republic 2Global Change Research Centre AV CR,ˇ Brno, Czech Republic Data Systems Data Systems 3Institute of Agrosystems and Bioclimatology, Mendel University in Brno, Czech Republic Discussions Open Access 4 Open Access Regional Museum, Litomeˇrice,ˇ Czech Republic Geoscientific 5Moravian Land Archives, Brno, Czech Republic Geoscientific 6 Model Development Czech Hydrometeorological Institute, Brno, Czech Republic Model Development Discussions Correspondence to: R. Brazdil´ ([email protected]) Open Access Received: 29 April 2013 – Published in Clim. Past Discuss.: 8 May 2013 Open Access Revised: 4 July 2013 – Accepted: 8 July 2013 – Published: 20 August 2013 Hydrology and Hydrology and Earth System Earth System Abstract. -
The Cyril and Methodius Mission and Europe
THE CYRIL AND METHODIUS MISSION AND EUROPE 1150 Years Since the Arrival of the Thessaloniki Brothers in Great Moravia Pavel Kouřil et al. The Institute of Archaeology of the Academy of Sciences of the Czech Republic, Brno THE CYRIL AND METHODIUS MISSION AND EUROPE – 1150 Years Since the Arrival of the Thessaloniki Brothers in Great Moravia Pavel Kouřil et al. The Institute of Archaeology of the Academy of Sciences of the Czech Republic, Brno Brno 2014 THE CYRIL AND METHODIUS MISSION AND EUROPE – 1150 Years Since the Arrival of the Thessaloniki Brothers in Great Moravia Pavel Kouřil et al. The publication is funded from the Ministry of Culture NAKI project „Great Moravia and 1150 years of Christianity in Central Europe“, for 2012–2015, ID Code DF12P01OVV010, sponsored as well by the Academy of Sciences of the Czech Republic. The Cyril and Methodius Mission and Europe – 1150 Years Since the Arrival of the Thessaloniki Brothers in Great Moravia Head of the team of authors: doc. PhDr. Pavel Kouřil, CSc. Authors: Maddalena Betti, Ph.D., prof. Ivan Biliarsky, DrSc., PhDr. Ivana Boháčová, Ph.D., PhDr. František Čajka, Ph.D., Mgr. Václav Čermák, Ph.D., PhDr. Eva Doležalová, Ph.D., doc. PhDr. Luděk Galuška, CSc., PhDr. Milan Hanuliak, DrSc., prof. PhDr. Michaela Soleiman pour Hashemi, CSc., prof. PhDr. Martin Homza, Ph.D., prof. PhDr. Petr Charvát, DrSc., prof. Sergej A. Ivanov, prof. Mgr. Libor Jan, Ph.D., prof. Dr. hab. Krzysztof Jaworski, assoc. prof. Marija A. Jovčeva, Mgr. David Kalhous, Ph.D., doc. Mgr. Antonín Kalous, M.A., Ph.D., PhDr. Blanka Kavánová, CSc., prom. -
IARTEM E-Journal Volume 10 No 1/2 Some Methods of Problem Solving in Historical Mathematical Textbooks
IARTEM e-Journal Volume 10 No 1/2 Some Methods of Problem Solving in Historical Mathematical Textbooks. Ján Gunčaga & Matthias Brandl 78-90 IARTEM e-Journal Volume 10 No 1/2 Volume 10 No 1/2 Some Methods of Problem Solving in Historical Mathematical Textbooks Ján Gunčaga & Matthias Brandl The Faculty of Education of the Comenius University in Bratislava, Slovakia & University of Passau, Germany Abstract This paper makes an excursion into the history of mathematics as presented in mathematics textbooks. We describe some components of mathematical notions in textbooks by Jakub Kresa (1648-1715) as well as some approaches to the problem solving in textbooks by Franz Močnik (1814-1892). These historical approaches are connected to modern mathematics education because many international studies, such as The Programme for International Student Assessment (PISA) support the use of problem solving and real-life problems in mathematics education. Word tasks have an important place in school mathematics. There are three important stages for solving these tasks: mathematization, calculation and interpretation of the tasks’ results. We also highlight divergent thinking in problem solving during the educational process. Key words: Historical mathematical textbook, History of education, Jakub Kresa, Franz Močnik, Mathematics, Method of generating problems, Problem solving. IARTEM e-Journal Volume 10 No 1/2 Some Methods of Problem Solving in Historical Mathematical Textbooks. Ján Gunčaga & Matthias Brandl 78-90 78 IARTEM e-Journal Volume 10 No 1/2 Some Methods of Problem Solving in Historical Mathematical Textbooks. Ján Gunčaga & Matthias Brandl 78-90 Resumo Este artigo faz um percurso na história da matemática apresentada em livros de ma- temática. -
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5 CHURCH OF St MAURICE damaged during the 30 Years’ War by the Swedish Army 12 CHURCH OF St GORAZD Christ’s Crucifixion.t he Crucifixion itself is located directly Church Union in 1925. the project was processed by the and following the fire of 1709, the Baroque interior of upon entering the chapel, which was canonized together architect and developer Josef Salek. Building commenced the Olomouc parish church from the beginning the church was renovated. the Orthodox Church of St Gorazd is a symmetrical seg- with the column in 1754 during the reign of Marie theresa. on September 16th, 1929 and was completed in 1932, of the 15th century is typical for its two asym- A complex building of the former monastery adjoins mented building, which at first glance significantly differs under the leadership of contractors Jindrich Kylian and metrical prismatic towers as well as its highly arched three- the church. today, with the exception of the church, the from the other Olomouc churches. It culminates with an 15 PILGRIMAGE CHURCH ON HOLY HILL tomas Sipka. the interior décor is dominated by a massive naved structure and therefore, rightfully is part of the unique monastery is privately owned. octagonal tower, topped with a gilded bulbous dome with mosaic, entirely in presbytery from the painter, Jano Köhler. late Gothic structure of Moravia. At the end of the 16th cen- a cross, which clearly refers to the obvious source of inspi- the Baroque basilica, with its double tower façade, sig- the organ with thirty registers was made by the Rieger bro- tury, two renaissance burial chapels of the noble Edelmann ration of the traditional Byzantine-like architecture of the nificantly dominates the Olomouc countryside. -
Gregor Johann Mendel (1822–1884): a Man Who Lives After Death K
International Journal of Science, Environment ISSN 2278-3687 (O) and Technology, Vol. 6, No 4, 2017, 2445 – 2449 2277-663X (P) Anthology GREGOR JOHANN MENDEL (1822–1884): A MAN WHO LIVES AFTER DEATH K. Jagadeesan Assistant Professor Department of Animal Genetics and Breeding, Veterinary College and Research Institute, Orathanadu 614 625 E-mail: [email protected] Abstract: In this article the life of Gregor Johann Mendel, Father of Genetics is reviewed. The aim is to bring the reader’s attention to the hardship which he faced throughout his life journey. Further, the author humbly pays homage through a verse about the life of Gregor J. Mendel. Keywords: Gregor Johann Mendel, Genetics, Life history. Every one of us know the meaning and usage of the very old phrase “like begets like” – simply it means, human (re)produce human; monkey (re)produce monkey; tiger (re)produce tiger, plant (re)produce plant so on so forth. Though, superficially the above sentences look unquestionable, the degree of similarity between parents and their offspring is debatable. In today’s scientific world, we know the exact reasons for similarity / dissimilarity among individuals in a lineage but, during 19th century it was not the scenario. Then, the science of ‘inheritance’ was very much primitive and Darwin’s pangenesis theory was widely existed and discussed. In this backdrop, a poor humble but studious monk called Gregor Johann Mendel put forth the ‘laws of inheritance’ with the strong mathematical evidences observed in his numerous experiments across generations in garden pea plants (Paisum sativum). Unfortunately, it did not get due attention and appreciation by the scientific community. -
Gregor Johann Mendel
Title: It Doesn’t Take a Rocket Scientist: Great Amateurs of Science Author: John Malone ISBN: 0-471-41431-X chapter 1 Gregor Johann Mendel The Father of Genetics It is 1854. In the low hills just outside the Moravian capital, Brüun, there is a monastery with whitewashed brick walls sur- rounding gardens, courtyards, and buildings that are chilly even in summer. The fortresslike walls were built to protect its origi- nal inhabitants, Cistercian nuns, who took up residence in 1322. The nuns departed late in the eighteenth century, and the mona- stery lay empty for a while, falling into disrepair. It was taken over by a community of Augustinian monks in 1793—they had been displaced from the ornate building they occupied in the center of Brüun because Emperor Franz Josef of the Austro- Hungarian Empire wanted their jewel of a building for his own residence and offices. By 1854, the monastery of St. Thomas had been headed by Abbot Cyrill Napp for several years. Within the Catholic Church, the Augustinian order had a reputation for liberalism, and Abbot Napp was particularly forward-looking. Born into a wealthy local family, he had very good connections with the leaders of secular society in Moravia, which were useful when the more conserva- tive local bishop objected to the extent of the research taking place at the monastery. Since 1827, Napp had even been presi- dent of the prestigious Royal and Imperial Moravian Society for 5 6 It Doesn’t Take a Rocket Scientist the Improvement of Agriculture, Natural Science and Knowl- edge of the Country (popularly, the Agriculture Society), which had been founded in 1807, the same year that Emperor Franz I had decreed that the monks of St. -
Global Change: a Complex Challenge Conference Proceedings
GLOBAL CHANGE: A COMPLEX CHALLENGE Conference Proceedings Otmar Urban, Mirka Šprtová, Karel Klem Global Change Research Centre, The Czech Academy of Sciences, v.v.i. Brno 2015 The conference was organised under the Education for Competitiveness Operational Programme „ENVIMET – Building a scientific team focused on environmental metabolomics and ecophysiology and its integration into international networks“ (CZ.1.07/2.3.00/20.0246). Published by: Global Change Research Centre AS CR, v.v.i., Bělidla 986/4a, 603 00 Brno, Czech Republic ISBN: 978-80-87902-10-3 Contents Preface, O. Urban, M. Šprtová, K. Klem 7 Attribution of European temperature variability during 1882–2010: A statistical perspective, (J. Mikšovský, P. Pišoft) 10 Heat waves over Central Europe in ALADIN-Climate/CZ regional climate model: evaluation and future projections (O. Lhotka, A. Farda, J. Kyselý) 14 Köppen–Geiger climate classification by different regional climate models according to the SRES A1B scenario in the 21st century (B. Szabó-Takács, A. Farda, P. Zahradníček, P. Štěpánek) 18 Documentary evidence in the study of past hydrometeorological extremes in South Moravia (K. Chromá, R. Brázdil, H. Valášek, L. Dolák, L. Řezníčková) 22 Documentary evidence as a source of data for studying droughts in the Czech lands (L. Řezníčková, R. Brázdil, O. Kotyza, H. Valášek) 26 Selected drought impacts in South Moravia in the 18th and 20th centuries based on documentary evidence, (L. Dolák, R. Brázdil, L. Řezníčková, H. Valášek) 30 Drivers of soil moisture trends in the Czech Republic between 1961 and 2012 (M. Trnka, R. Brázdil, J. Balek, D. Semerádová, P. Hlavinka, M. -
The Czech Republic Charles Bridge People Say the Czech Republic Is Not a Country, but a Garden
Best of the Czech Republic Charles Bridge People say the Czech Republic is not a country, but a garden. In the centre of a chain of mountains on the border, with deep and meditative forests covering the slopes, Prague, the Mother of Cities we find the land of Bohemia, strewn with the silver coins The undisputed crown and of lakes and criss-crossed the mother of Czech cities is with the threads of rivers, Prague, with the beauty of or rippling with undulating a hundred spires and one of highlands. In the east lie the the most charming human historical lands of Moravia settlements on the planet. Prague – Spanish Synagogue and Silesia, brightened with But if you limit yourself only the endless plains of golden to Prague, you will miss a lot. fields. History, recent as well There are so many interesting as ancient, has left its mark and unique treasures to be on this blissful landscape, found across the country The Czech Republic with many valuable and that it would be difficult to astonishing treasures in the see them all in one’s lifetime. form of historical towns, There are many keys to the castles and chateaux, gates of the Czech Republic. churches and cathedrals – The brochure you are holding true architectural and urban in your hands unlocks these masterpieces of all the eras gates with the key of UNESCO that came before us. world cultural heritage. The key rattles in the lock, the gate swings open, and you can The Picturesque enter the land of wonders and Heart of Europe beauty. -
Information Catalogue
Varianta pro turismus – jazykové mutace 29 Angličtina Information Catalogue Němčina Španělština Sights / Attractive Locations Nature / Spa Resorts Gastronomy Sport / Leisure Accommodation Culture www.central-moravia.cz Logotyp – barevný pozitiv 1.2 Základním stavebním prvkem jednotného vizuálního stylu Olomouckého kraje je logotyp. Logotyp se užívá pro prezentaci Olomouckého kraje jako regionu v rámci České republiky i v zahraničí a pln íú lohu obecně srozumitelneho podpisu, kterým jsou označovány aktivity iniciované nebo podporované Krajským úřadem Olomouckého kraje. Logotyp nenahrazuje oficiální symboly kraje a jeho působnost je vymezena příležitostmi, kde by užití oficiálních symbolů nebylo vhodné. Logotyp tvoří slovní název Olomoucký kraj, případně Olomouc region (pro užití v zahraničí nebo v cizojazyčných aplika- cích) ve spojení se stylizovanou pětilistou květinou. Aplikace logotypu se řídí pravidly popsanými v tomto manuálu. Zde je vyobrazena základní – pozitivní – varianta logotypu. Barevnost jednotlivých okvětních lístků i textové části je přesně definována v kapitole 1.04 tohoto manuálu. Textová část logotypu je vysazena písmem Nimbus Sans Black (Olomoucký) a Nimbus Sans (kraj). © Copyright: Jan Koráb, Studio Koráb 2007 Jeseníky 430 km The Central Moravia - Information Catalogue offers a detailed overview 210 km of the wide range of services provided to tourists in the Central Moravia 190 km region. You will find here up-to-date information on regional sights, attractive 270 km 280 km places, gastronomy, accommodation and leisure -
Chinese Science Through the Eyes of a 18Th Century Missionary
Karel Slavíček, SJ and his correspondence from China with European astronomers and other scholars Vladimír LIŠČÁK1 Abstract Karel Slavíček, SJ (Chinese name: 嚴嘉樂, 1678–1735) was a Jesuit missionary to Chinese Empire, and in the same time the mathematician, astronomer and musician, coming from the Czech Crown lands. He was one of the eight Jesuits of the old Bohemian province of this Order who have reached China. His letters from China (1716 to 1735) are an ample source of his observation of the life and customs in China, and, being himself a scientist, also of Chinese science. Slavíček’s correspondence can be divided into two parts: 1) letters to his homeland (to Brno and to Prague) (1716 to 1727); 2) his correspondence with the European scholars (Prémare, Souciet, T. S. Bayer, Delisle) (1723 to 1735) These letters in Czech translation, together with their originals (mostly in Latin), were published, for the first time, in 1995. This edition was later translated into Chinese and published in 2002 in Beijing. Keywords: Jesuit missionaries to China, Karel Slavíček, correspondence 1 Vladimír Liščák, PhD, Oriental Institute of the Czech Academy of Sciences, Prague, Czech Republic. [email protected] 1 Slavíček in the eyes of his contemporaries A Catholic priest, Jesuit missionary in China, Karel Slavíček, SJ (in Latin: Carolus Slaviček, Slavizek, Slaviczek, Slawicek etc.2, Chinese name: 嚴嘉樂 Yán Jiālè3) (b. 24 December 1678, Jimramov, Moravia/Czech Crown lands, d. 24 August 1735, Beijing, China) was one of eight Jesuits (SJ) of the old Bohemian province4 of this Order who have reached China. -
SEZNAM VĚDECKÝCH a ODBORNÝCH PRACÍ Aleše LEBEDY
SEZNAM VĚDECKÝCH A ODBORNÝCH PRACÍ Aleše LEBEDY LIST OF Aleš LEBEDA PUBLICATIONS ___________________________________________________________________ Lebeda, A.: Studium fyzikálně-mechanických vlastností plodů (Study of physical-mechanical properties of fruits). Diplomová práce, Vysoká škola zemědělská v Brně, Fakulta agronomická, Lednice na Moravě 1975, 193 s. (Diploma Thesis, Agricultural University in Brno, Faculty of Agronomy, Lednice na Moravě 1975, 193 pp.) 1. Goliáš, J., Lebeda, A.: Mechanicko - fyzikální vlastnosti a látkové složení během ontogeneze plodů rajčat. I. Změny intenzity dýchání ve vztahu k látkovému složení (Mechanical-physical properties and composition of contained substances in tomato fruits during ontogenesis. I. Variations in respiration rates related to composition of contained substances). Acta Univ. Agr. (Brno), Facul. Agr. XXIV, 1976, 109-113. 2. Goliáš, J., Lebeda, A.: Mechanicko - fyzikální vlastnosti a látkové složení během ontogeneze plodů rajčat. II. Vliv doby sklizně na pevnost plodu, tloušťku slupky a specifickou hmotnost (Mechanical-physical properties and composition of contained substances in tomato fruits during ontogenesis. II. Effect of cropping time on fruit strength, rind thickness and specific weigth). Acta Univ. Agr. (Brno), Facul. Agr. XXIV, 1976, 277-287. 3. Lebeda, A., Goliáš, J.: Mechanicko - fyzikální vlastnosti a látkové složení během zrání plodů rajčat (Mechanical-physical properties and chemical composition of tomato fruit during ripening). Symposium "Quality of Vegetables and Fruit", Piešťany 1977 (Abstracts of papers). 4. Lebeda, A.: Testování na rezistenci - nezbytná součást šlechtitelského programu (Testing for resistance - a necessary step in a breeding programme). Záhradníctvo 2, 1977, 409-411. 5. Lebeda, A., Goliáš, J.: Co ovlivňuje zrání rajčat (What affects tomato ripening). Záhradníctvo 3, 1978, 260-262. 6. Lebeda, A.: Plíseň salátová - problém pěstitelů a šlechtitelů (I) (Lettuce downy mildew - a problem encountered by lettuce growers and breeders /I/). -
Gregor Mendel
Mendel’s Life __________________________________________________________ 1 Mendel’s Importance ____________________________________________________ 1 The Start of Mendel’s Scientific Career _____________________________________ 3 Mendel’s Work With Peas ________________________________________________ 3 Mendel’s Legacy _______________________________________________________ 4 Gregor Mendel Mend el’s Life Mendel was born into a German- speaking family in Heinzendorf, Austrian Silesia, Austrian Empire (now Hynčice, Czech Republic), and was baptize d two days later. He was the son of Anton and Rosine Mendel, and had one elder and also a younger sister. During his childhood, Mendel worked as a gardener, studied beekee ping, and as a young man attended the Philosophical Institute in Olomouc. Upon recommendation of his physics teacher Friedrich Franz, he entered the Augustinian Abbey of St. Thoma s in Brno in 1843. Born Johann Mendel , he took the name Gregor upon entering monastic life. In 1851 he was sent to the University of Vienna to study, returning to his abbey in 1853 a s a teacher, principally of physics. Mendel’s Impor tance Gregor Mendel, who is known as the "father of modern genetics", was inspired by both his professors at university and his colleagues at the monastery to study variation in plants, and he conducted his study in the monastery's garden. Between 1856 and 1863 Mendel cultivated and tested some 29,000 pea plants (i.e. Pisum sativum). This study showed that one in four pea plants had purebred recessive alleles, two out of four were hybrid and one out of four were purebred dominant. His experiments brought forth two generalizations, which later became known as Mendel's Laws of Inheritance.