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As a result of our ageing society, finding the right workforce and keeping it motivated successfully in the long term is becoming increasingly challenging and it is not any different in the field of agricultural research. The authors have carried out exploratory research in the subject of motivation at the workplace amongst the young researchers participating in the Researchers Recruitment Programme of the National Agricultural Research and Innovation Center. Our questions are: What social background do those who choose this scientific career path have? Which factors motivate young researchers to choose this profession and which factors discourage them? In this article, the authors seek to find the answers to these questions and reinterpret Herzberg’s theory by addressing the Y-generation agricultural researchers.
Maria Skłodowska was born on November 7, 1867 in Warsaw (Poland). Her parents were teachers. Maria’s mother has died in 1878 of tuberculosis. In 1893 and 1894, respectively, Maria was awarded master’s degrees in physics and in mathematics from the Sorbonne University. In 1895 Maria married Pierre Curie. In 1897 their daughter Irene was born. Maria investigated rays emitted by uranium salts. She hypothesized that the radiation come from atom and called this phenomenon “radioactivity”. In 1898, Maria and Pierre discovered new radioactive elements polonium and radium. In 1902 she isolated pure radium chloride and defined radium atomic mass. In June 1903, Maria supervised by Professor Lippmann was awarded her doctorate in physics from the Sorbonne University of Paris after presentation of the thesis “Investigation of radioactive bodies”. In December 1903, Maria was awarded the Nobel Prize in Physics, along with her husband Pierre and Henri Becquerel, for their work on radioactivity. In 1904, the daughter Eve was born. On 19 April 1906, Pierre was killed in a road accident in Paris. In 1910 Maria isolated radium as a pure metal. She also defined an international standard for radioactive emissions (curie), published her fundamental results on radioactivity and textbook of radiology. She also defined the international pattern of radium. In 1911, she won her second Nobel Prize, this time in Chemistry, for her discovery of radium and polonium. In 1914 she was appointed director in the Radium Institute in Paris. During World War I, Maria became the director of the Red Cross Radiology Service and set up France’s first military radiology centre. In May 1932 she has attended the official opening ceremony of the Radium Institute in Warsaw. On 4 July 1934, Maria Skłodowska-Curie has died aged 66 years in Sancellemoz sanatorium (France) of aplastic anemia.
The history of Polish entomology in Lwow includes brief life-histories of Lwow's entomologists and their greatest scientific achievments, as the history of the Institute of Zoology of Jan Kazimierz University of Lwow, of Dzieduszycki Natural History Museum and the Chair of Forest Protection and Forest Entomology Lwow's Polytechnical School. The origin of Polish Entomological Society in Lwow is also described. Some information on postwar life of Lwow's entomologists is also given.
The image of a researcher is a distinguished, enthusiastic doctor in a fresh, washed and ironed white lab coat working in a clinic or research-centre. The research is well-financed, supported by different scientific and/or economic firms, and the aim is to understand the human body and its physiologic processes in atomic level for getting the best, mostly very expensive, and sometimes uneasy medical treatment for the patient. Nowadays on top of the most modern sciences there is the specialist, who lives in an ivory tower and knows almost everything about diseases and sciences. Try to get off to this land!
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