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Your search keyword '"Vasylyshyn, Roman"' showing total 9 results
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9 results on '"Vasylyshyn, Roman"'

1. Global forest management data for 2015 at a 100 m resolution

Author

Lesiv, Myroslava, Schepaschenko, Dmitry, Buchhorn, Marcel, See, Linda, Dürauer, Martina, Georgieva, Ivelina, Jung, Martin, Hofhansl, Florian, Schulze, Katharina, Bilous, Andrii, Blyshchyk, Volodymyr, Mukhortova, Liudmila, Brenes, Carlos Luis Muñoz, Krivobokov, Leonid, Ntie, Stephan, Tsogt, Khongor, Pietsch, Stephan Alexander, Tikhonova, Elena, Kim, Moonil, Di Fulvio, Fulvio, Su, Yuan-Fong, Zadorozhniuk, Roma, Sirbu, Flavius Sorin, Panging, Kripal, Bilous, Svitlana, Kovalevskii, Sergii B., Kraxner, Florian, Rabia, Ahmed Harb, Vasylyshyn, Roman, Ahmed, Rekib, Diachuk, Petro, Kovalevskyi, Serhii S., Bungnamei, Khangsembou, Bordoloi, Kusumbor, Churilov, Andrii, Vasylyshyn, Olesia, Sahariah, Dhrubajyoti, Tertyshnyi, Anatolii P., Saikia, Anup, Malek, Žiga, Singha, Kuleswar, Feshchenko, Roman, Prestele, Reinhard, Akhtar, Ibrar ul Hassan, Sharma, Kiran, Domashovets, Galyna, Spawn-Lee, Seth A., Blyshchyk, Oleksii, Slyva, Oleksandr, Ilkiv, Mariia, Melnyk, Oleksandr, Sliusarchuk, Vitalii, Karpuk, Anatolii, Terentiev, Andrii, Bilous, Valentin, Blyshchyk, Kateryna, Bilous, Maxim, Bogovyk, Nataliia, Blyshchyk, Ivan, Bartalev, Sergey, Yatskov, Mikhail, Smets, Bruno, Visconti, Piero, Mccallum, Ian, Obersteiner, Michael, and Fritz, Steffen

Published
2022
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2. Drivers of tropical forest loss between 2008 and 2019

Author

Laso Bayas, Juan Carlos, See, Linda, Georgieva, Ivelina, Schepaschenko, Dmitry, Danylo, Olga, Dürauer, Martina, Bartl, Hedwig, Hofhansl, Florian, Zadorozhniuk, Roman, Burianchuk, Maksym, Sirbu, Flavius, Magori, Brigitte, Blyshchyk, Kateryna, Blyshchyk, Volodymyr, Rabia, Ahmed Harb, Pawe, Chandra Kant, Su, Yuan-Fong, Ahmed, Merajuddin, Panging, Kripal, Melnyk, Oleksandr, Vasylyshyn, Olesia, Vasylyshyn, Roman, Bilous, Andrii, Bilous, Svitlana, Das, Krishna, Prestele, Reinhard, Pérez-Hoyos, Ana, Bungnamei, Khangsembou, Lashchenko, Andrii, Lakyda, Maryna, Lakyda, Ivan, Serediuk, Oleksandr, Domashovets, Galyna, Yurchuk, Yuriy, Koper, Michèle, and Fritz, Steffen

Published
2022
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3. A crowdsourced global data set for validating built-up surface layers

Author

See, Linda, Georgieva, Ivelina, Duerauer, Martina, Kemper, Thomas, Corbane, Christina, Maffenini, Luca, Gallego, Javier, Pesaresi, Martino, Sirbu, Flavius, Ahmed, Rekib, Blyshchyk, Kateryna, Magori, Brigitte, Blyshchyk, Volodymyr, Melnyk, Oleksandr, Zadorozhniuk, Roman, Mandici, Marian-Traian, Su, Yuan-Fong, Rabia, Ahmed Harb, Pérez-Hoyos, Ana, Vasylyshyn, Roman, Pawe, Chandra Kant, Bilous, Svitlana, Kovalevskyi, Serhii B., Kovalevskyi, Sergii S., Bordoloi, Kusumbor, Bilous, Andrii, Panging, Kripal, Bilous, Valentyn, Prestele, Reinhard, Sahariah, Dhrubajyoti, Deka, Anjan, Nath, Nityaranjan, Neves, Rui, Myroniuk, Viktor, Karner, Mathias, and Fritz, Steffen

Published
2022
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9. Biotechnological Aspects of Propagation of Black Poplar Hybrids “San Giorgio” and “Ghoy”.

Author

Pinchuk, Andrii, Kliuvadenko, Andrii, Ivanyuk, Igor, Vasylyshyn, Roman, and Zaiets, Kateryna

Subjects
HYBRID black poplar, TREE propagation, CLONAL forestry, PLANT hormones, TREE planting
Abstract

Energy independence of the country can be solved in several ways. One of them is the creation of energy plantations of woody plants. The area increase of such plantations is limited by the insufficient amount of high-quality planting material. Hybrid plants of the genus Populus are of considerable interest when creating plantations. Given that not all hybrids are successfully propagated by conventional vegetative methods, the use of biotechnological methods, namely microclonal propagation, solves the mentioned problem. This method allows obtaining a large amount of highquality, uniform planting material. The purpose of this study was to develop the technology of microclonal propagation of black poplar hybrids ‘San Giorgio’ and ‘Ghoy’. The study used generally accepted biotechnological methods in the author’s modification at all stages of obtaining planting material of regenerating plants of poplar hybrids. Studies have established a positive effect when obtaining an aseptic culture of sterilising substances 0.1% AgNO3, 2.5 and 1.25% NaClO, 0.05% sodium merthiolate and 0.1% HgCl2. The largest number of aseptic viable explants was obtained by cultures using a 0.05% solution of sodium merthiolate after exposure for 5 and 10 minutes. When rooting microshoots on a hormone-free nutrient medium ½ MS and with the addition of 0.1-1.0 mg/l IBA, it was established that the best parameters for rooting microshoots are on a hormone-free nutrient medium ½ MS. Adaptation was carried out for 4 weeks in a greenhouse on a substrate that included components of peat:sand:perlite in a ratio of 1:1:1. The viability of regenerating plants of black poplar hybrids ‘San Giorgio’ and ‘Ghoy’ was more than 91%. The conducted research and the obtained results will be useful for producers of planting material and the scientific environment, which develop renewable energy sources through the creation of energy plantations of fast-growing woody plants. [ABSTRACT FROM AUTHOR]

Published
2022
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