cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.875396
title: Climate trajectories for 1960-2009: north Northern Hemisphere ocean

description: The file contains maps of climate trajectories derived from the velocity of climate change for 1960-2009 for the northern part of the Northern Hemisphere ocean. Methods follow: Velocity-derived trajectories to indicate global regions susceptible to effects of geographical limits to climate-driven distribution shifts. Climate trajectories are paths that points on an isotherm will travel over specific periods, integrating spatially variable speeds and directions of climate velocity along the way to show effects that static velocity maps cannot. Geographical limits to trajectories, either barriers such as coasts and mountains or lack of connections to cooler or warmer environments, suggest limits to climatic niche shifts and, by inference, local species persistence or replacement from warmer environments. Velocity fields were derived for 1960-2009 for land and ocean surface temperatures7 on a 1º grid, allowing inference at a global scale, but sacrificing small-scale detail. We categorized types of trajectory behaviour using trajectory length and the percentages of trajectories starting in, ending in and passing through cells. Short trajectories indicated non- or slow-moving thermal niches. Cells were classed as relative climate sinks if a high proportion of trajectories terminated there. Absolute climate sinks were also distinguished: coastal climate sinks where trajectories were blocked by coasts, and internal climate sinks where velocities in neighbouring cells converged. Cells were classed as climate sources if no trajectories ended there. Thereafter, cells with a high proportion of trajectories passing through were classed as corridors. Divergence cells were identified as those where fewer trajectories ended than started in that cell, and convergence cells if the opposite were true. Uncertainty evaluated by bootstrap resampling of annual average temperature maps gave a likely (&gt;66% consistency) designation of types for 59% of ocean and 72% of land cells. Consistency was &lt;66% where spatial gradients and temperature trends are most uncertain, such as where inter- and multidecadal climate variability dominates as for the El Niño-Southern Oscillation in the tropical Pacific. Very likely classification (&gt;90%) was achieved for 40% of land and 26% of ocean cells, mainly sources, coastal sinks and low velocity areas .
DOI: 10.6084/m9.figshare.875397.v1
title: Climate trajectories for 1960-2009: south Northern Hemisphere ocean

description: The file contains maps of climate trajectories derived from the velocity of climate change for 1960-2009 for the southern part of the Northern Hemisphere ocean. Methods follow: Velocity-derived trajectories to indicate global regions susceptible to effects of geographical limits to climate-driven distribution shifts. Climate trajectories are paths that points on an isotherm will travel over specific periods, integrating spatially variable speeds and directions of climate velocity along the way to show effects that static velocity maps cannot. Geographical limits to trajectories, either barriers such as coasts and mountains or lack of connections to cooler or warmer environments, suggest limits to climatic niche shifts and, by inference, local species persistence or replacement from warmer environments. Velocity fields were derived for 1960-2009 for land and ocean surface temperatures7 on a 1º grid, allowing inference at a global scale, but sacrificing small-scale detail. We categorized types of trajectory behaviour using trajectory length and the percentages of trajectories starting in, ending in and passing through cells. Short trajectories indicated non- or slow-moving thermal niches. Cells were classed as relative climate sinks if a high proportion of trajectories terminated there. Absolute climate sinks were also distinguished: coastal climate sinks where trajectories were blocked by coasts, and internal climate sinks where velocities in neighbouring cells converged. Cells were classed as climate sources if no trajectories ended there. Thereafter, cells with a high proportion of trajectories passing through were classed as corridors. Divergence cells were identified as those where fewer trajectories ended than started in that cell, and convergence cells if the opposite were true. Uncertainty evaluated by bootstrap resampling of annual average temperature maps gave a likely (&gt;66% consistency) designation of types for 59% of ocean and 72% of land cells. Consistency was &lt;66% where spatial gradients and temperature trends are most uncertain, such as where inter- and multidecadal climate variability dominates as for the El Niño-Southern Oscillation in the tropical Pacific. Very likely classification (&gt;90%) was achieved for 40% of land and 26% of ocean cells, mainly sources, coastal sinks and low velocity areas .
DOI: 10.6084/m9.figshare.875398.v1
title: Climate trajectories for 1960-2009: north Southern Hemisphere ocean

description: The file contains maps of climate trajectories derived from the velocity of climate change for 1960-2009 for the northern part of the Southern Hemisphere ocean. Methods follow: Velocity-derived trajectories to indicate global regions susceptible to effects of geographical limits to climate-driven distribution shifts. Climate trajectories are paths that points on an isotherm will travel over specific periods, integrating spatially variable speeds and directions of climate velocity along the way to show effects that static velocity maps cannot. Geographical limits to trajectories, either barriers such as coasts and mountains or lack of connections to cooler or warmer environments, suggest limits to climatic niche shifts and, by inference, local species persistence or replacement from warmer environments. Velocity fields were derived for 1960-2009 for land and ocean surface temperatures7 on a 1º grid, allowing inference at a global scale, but sacrificing small-scale detail. We categorized types of trajectory behaviour using trajectory length and the percentages of trajectories starting in, ending in and passing through cells. Short trajectories indicated non- or slow-moving thermal niches. Cells were classed as relative climate sinks if a high proportion of trajectories terminated there. Absolute climate sinks were also distinguished: coastal climate sinks where trajectories were blocked by coasts, and internal climate sinks where velocities in neighbouring cells converged. Cells were classed as climate sources if no trajectories ended there. Thereafter, cells with a high proportion of trajectories passing through were classed as corridors. Divergence cells were identified as those where fewer trajectories ended than started in that cell, and convergence cells if the opposite were true. Uncertainty evaluated by bootstrap resampling of annual average temperature maps gave a likely (&gt;66% consistency) designation of types for 59% of ocean and 72% of land cells. Consistency was &lt;66% where spatial gradients and temperature trends are most uncertain, such as where inter- and multidecadal climate variability dominates as for the El Niño-Southern Oscillation in the tropical Pacific. Very likely classification (&gt;90%) was achieved for 40% of land and 26% of ocean cells, mainly sources, coastal sinks and low velocity areas .
DOI: 10.6084/m9.figshare.875395
title: Climate trajectories for 1960-2009: land

description: The file contains maps of climate trajectories derived from the velocity of climate change for 1960-2009 for global land areas. Methods follow: Velocity-derived trajectories to indicate global regions susceptible to effects of geographical limits to climate-driven distribution shifts. Climate trajectories are paths that points on an isotherm will travel over specific periods, integrating spatially variable speeds and directions of climate velocity along the way to show effects that static velocity maps cannot. Geographical limits to trajectories, either barriers such as coasts and mountains or lack of connections to cooler or warmer environments, suggest limits to climatic niche shifts and, by inference, local species persistence or replacement from warmer environments. Velocity fields were derived for 1960-2009 for land and ocean surface temperatures7 on a 1º grid, allowing inference at a global scale, but sacrificing small-scale detail. We categorized types of trajectory behaviour using trajectory length and the percentages of trajectories starting in, ending in and passing through cells. Short trajectories indicated non- or slow-moving thermal niches. Cells were classed as relative climate sinks if a high proportion of trajectories terminated there. Absolute climate sinks were also distinguished: coastal climate sinks where trajectories were blocked by coasts, and internal climate sinks where velocities in neighbouring cells converged. Cells were classed as climate sources if no trajectories ended there. Thereafter, cells with a high proportion of trajectories passing through were classed as corridors. Divergence cells were identified as those where fewer trajectories ended than started in that cell, and convergence cells if the opposite were true. Uncertainty evaluated by bootstrap resampling of annual average temperature maps gave a likely (&gt;66% consistency) designation of types for 59% of ocean and 72% of land cells. Consistency was &lt;66% where spatial gradients and temperature trends are most uncertain, such as where inter- and multidecadal climate variability dominates as for the El Niño-Southern Oscillation in the tropical Pacific. Very likely classification (&gt;90%) was achieved for 40% of land and 26% of ocean cells, mainly sources, coastal sinks and low velocity areas .
DOI: 10.6084/m9.figshare.875396.v1
title: Climate trajectories for 1960-2009: north Northern Hemisphere ocean

description: The file contains maps of climate trajectories derived from the velocity of climate change for 1960-2009 for the northern part of the Northern Hemisphere ocean. Methods follow: Velocity-derived trajectories to indicate global regions susceptible to effects of geographical limits to climate-driven distribution shifts. Climate trajectories are paths that points on an isotherm will travel over specific periods, integrating spatially variable speeds and directions of climate velocity along the way to show effects that static velocity maps cannot. Geographical limits to trajectories, either barriers such as coasts and mountains or lack of connections to cooler or warmer environments, suggest limits to climatic niche shifts and, by inference, local species persistence or replacement from warmer environments. Velocity fields were derived for 1960-2009 for land and ocean surface temperatures7 on a 1º grid, allowing inference at a global scale, but sacrificing small-scale detail. We categorized types of trajectory behaviour using trajectory length and the percentages of trajectories starting in, ending in and passing through cells. Short trajectories indicated non- or slow-moving thermal niches. Cells were classed as relative climate sinks if a high proportion of trajectories terminated there. Absolute climate sinks were also distinguished: coastal climate sinks where trajectories were blocked by coasts, and internal climate sinks where velocities in neighbouring cells converged. Cells were classed as climate sources if no trajectories ended there. Thereafter, cells with a high proportion of trajectories passing through were classed as corridors. Divergence cells were identified as those where fewer trajectories ended than started in that cell, and convergence cells if the opposite were true. Uncertainty evaluated by bootstrap resampling of annual average temperature maps gave a likely (&gt;66% consistency) designation of types for 59% of ocean and 72% of land cells. Consistency was &lt;66% where spatial gradients and temperature trends are most uncertain, such as where inter- and multidecadal climate variability dominates as for the El Niño-Southern Oscillation in the tropical Pacific. Very likely classification (&gt;90%) was achieved for 40% of land and 26% of ocean cells, mainly sources, coastal sinks and low velocity areas .
DOI: 10.6084/m9.figshare.875392
title: Refleksje na temat pracy Analiza ryzyka przedsiębiorstwa na przykładzie przedsiębiorstwa z branży 35 - wytwarzanie, przesyłanie, dystrybucja i handel energią elektryczną autorstwa: Rafała Koziarskiego

description: Niniejsza publikacja dotyczy oceny oraz refleksji na temat pracy Analiza ryzyka przedsiębiorstwa na przykładzie przedsiębiorstwa z branży 35 - wytwarzanie, przesyłanie, dystrybucja i handel energią elektryczną autorstwa: Rafała Koziarskiego. Nadrzędnym celem jest weryfikacja poprawności analizy i obliczeń związanych przede wszystkim ze wskaźnikiem PHI Zietlowa. Oceniana będzie także forma i estetyka pracy, a także zachowanie określonych standardów związanych z publikowaną pracą. This publication refers to the evaluation and reflection on the work of the company's risk analysis on the example of companies from the 35 - generation, transmission, distribution and trading of electricity by: Raphael Koziarskiego. The overall objective is to verify the correctness of the analysis and calculations associated primarily with the indicator PHI Zietlowa. The evaluation will assess the form and aesthetics of the work, as well as the behavior of specific standards related to the published work.
DOI: 10.6084/m9.figshare.875399.v1
title: Climate trajectories for 1960-2009: south southern Hemisphere ocean

description: The file contains maps of climate trajectories derived from the velocity of climate change for 1960-2009 for the southern part of the Southern Hemisphere ocean. Methods follow: Velocity-derived trajectories to indicate global regions susceptible to effects of geographical limits to climate-driven distribution shifts. Climate trajectories are paths that points on an isotherm will travel over specific periods, integrating spatially variable speeds and directions of climate velocity along the way to show effects that static velocity maps cannot. Geographical limits to trajectories, either barriers such as coasts and mountains or lack of connections to cooler or warmer environments, suggest limits to climatic niche shifts and, by inference, local species persistence or replacement from warmer environments. Velocity fields were derived for 1960-2009 for land and ocean surface temperatures7 on a 1º grid, allowing inference at a global scale, but sacrificing small-scale detail. We categorized types of trajectory behaviour using trajectory length and the percentages of trajectories starting in, ending in and passing through cells. Short trajectories indicated non- or slow-moving thermal niches. Cells were classed as relative climate sinks if a high proportion of trajectories terminated there. Absolute climate sinks were also distinguished: coastal climate sinks where trajectories were blocked by coasts, and internal climate sinks where velocities in neighbouring cells converged. Cells were classed as climate sources if no trajectories ended there. Thereafter, cells with a high proportion of trajectories passing through were classed as corridors. Divergence cells were identified as those where fewer trajectories ended than started in that cell, and convergence cells if the opposite were true. Uncertainty evaluated by bootstrap resampling of annual average temperature maps gave a likely (&gt;66% consistency) designation of types for 59% of ocean and 72% of land cells. Consistency was &lt;66% where spatial gradients and temperature trends are most uncertain, such as where inter- and multidecadal climate variability dominates as for the El Niño-Southern Oscillation in the tropical Pacific. Very likely classification (&gt;90%) was achieved for 40% of land and 26% of ocean cells, mainly sources, coastal sinks and low velocity areas .
DOI: 10.6084/m9.figshare.875419.v2
title: engineered yest reference material

description: Raw data and scripts used to analyzed data and generate figures for publication (in prep)
DOI: 10.6084/m9.figshare.875391
title: Refleksje na temat pracy Analiza ryzyka przedsiębiorstwa na przykładzie przedsiębiorstwa z branży 35 - wytwarzanie, przesyłanie, dystrybucja i handel energią elektryczną autorstwa Rafała Koziarskiego

description: Niniejsza publikacja dotyczy oceny oraz refleksji na temat pracy Analiza ryzyka przedsiębiorstwa na przykładzie przedsiębiorstwa z branży 35 - wytwarzanie, przesyłanie, dystrybucja i handel energią elektryczną autorstwa: Rafała Koziarskiego. Nadrzędnym celem jest weryfikacja poprawności analizy i obliczeń związanych przede wszystkim ze wskaźnikiem PHI Zietlowa. Oceniana będzie także forma i estetyka pracy, a także zachowanie określonych standardów związanych z publikowaną pracą. This publication refers to the evaluation and reflection on the work of the company's risk analysis on the example of companies from the 35 - generation, transmission, distribution and trading of electricity by: Raphael Koziarskiego. The overall objective is to verify the correctness of the analysis and calculations associated primarily with the indicator PHI Zietlowa. The evaluation will assess the form and aesthetics of the work, as well as the behavior of specific standards related to the published work.
DOI: 10.6084/m9.figshare.875392.v1
title: Refleksje na temat pracy Analiza ryzyka przedsiębiorstwa na przykładzie przedsiębiorstwa z branży 35 - wytwarzanie, przesyłanie, dystrybucja i handel energią elektryczną autorstwa: Rafała Koziarskiego

description: Niniejsza publikacja dotyczy oceny oraz refleksji na temat pracy Analiza ryzyka przedsiębiorstwa na przykładzie przedsiębiorstwa z branży 35 - wytwarzanie, przesyłanie, dystrybucja i handel energią elektryczną autorstwa: Rafała Koziarskiego. Nadrzędnym celem jest weryfikacja poprawności analizy i obliczeń związanych przede wszystkim ze wskaźnikiem PHI Zietlowa. Oceniana będzie także forma i estetyka pracy, a także zachowanie określonych standardów związanych z publikowaną pracą. This publication refers to the evaluation and reflection on the work of the company's risk analysis on the example of companies from the 35 - generation, transmission, distribution and trading of electricity by: Raphael Koziarskiego. The overall objective is to verify the correctness of the analysis and calculations associated primarily with the indicator PHI Zietlowa. The evaluation will assess the form and aesthetics of the work, as well as the behavior of specific standards related to the published work.
DOI: 10.6084/m9.figshare.875390
title: Analiza ryzyka przedsiębiorstwa na przykładzie przedsiębiorstwa z branży 35 - Wytwarzanie, przesyłanie, dystrybucja i handel energią elektryczną. Risk analysis of the firm in Sector 35 - Production of electricity.

description: Celem pracy jest analiza sytuacji finansowej spółki w oparciu o indeks kondycji finansowej określający m.in. stabilność finansową spółki, na przestrzeni sześciu kolejnych lat obejmujących okres od 2007 do 2012 roku. Ponadto zostanie przedstawiony schemat tworzenia indeksu PHI wraz z interpretacją wyników. Obliczeń dokonano w oparciu o pracę John'a Zietlow'a pt. "A Financial Health Index for Achieving Financial Sustainability", w której zostały zaprezentowane wykorzystane wskaźniki m.in. płynności, wypłacalności czy finansowej elastyczności spółki. Analiza zostanie przeprowadzona na przykładzie przedsiębiorstwa z branży 35 EKD zajmującego się wytwarzaniem, przesyłaniem, dystrybucją i handlem energią elektryczną. The aim of the study is to analyze the financial situation of the company based on the A Financial Health Index, inter alia, financial stability of the company, over the next six years, covering the period from 2007 to 2012. In addition, will be presented to the index creation scheme PHI along with the interpretation of the results. The calculations were based on the work of John Zietlow "A Financial Health Index for Achieving Financial Sustainability", in which they were presented, among others, the indicators used liquidity, solvency and financial flexibility of the company. The analysis will be carried out on the example of companies from the 35 NACE involved in the generation, transmission, distribution and trading in electricity. Note: Downloadable document is in Polish.
DOI: 10.6084/m9.figshare.875391.v1
title: Refleksje na temat pracy Analiza ryzyka przedsiębiorstwa na przykładzie przedsiębiorstwa z branży 35 - wytwarzanie, przesyłanie, dystrybucja i handel energią elektryczną autorstwa Rafała Koziarskiego

description: Niniejsza publikacja dotyczy oceny oraz refleksji na temat pracy Analiza ryzyka przedsiębiorstwa na przykładzie przedsiębiorstwa z branży 35 - wytwarzanie, przesyłanie, dystrybucja i handel energią elektryczną autorstwa: Rafała Koziarskiego. Nadrzędnym celem jest weryfikacja poprawności analizy i obliczeń związanych przede wszystkim ze wskaźnikiem PHI Zietlowa. Oceniana będzie także forma i estetyka pracy, a także zachowanie określonych standardów związanych z publikowaną pracą. This publication refers to the evaluation and reflection on the work of the company's risk analysis on the example of companies from the 35 - generation, transmission, distribution and trading of electricity by: Raphael Koziarskiego. The overall objective is to verify the correctness of the analysis and calculations associated primarily with the indicator PHI Zietlowa. The evaluation will assess the form and aesthetics of the work, as well as the behavior of specific standards related to the published work.
DOI: 10.6084/m9.figshare.875419.v3
title: engineered yest reference material

description: Raw data and scripts used to analyzed data and generate figures for publication (in prep)
DOI: 10.6084/m9.figshare.875387
title: Analiza finansowa ekonomicznej kondycji na przykładzie polskich instytucji

description: Celem pracy jest ocena kondycji finansowej trzech rodzajów polskich instytucji: non profit, instytucji finansowej i instytucji nie będącej ani non profit ani instytucją finansową na konkretnych przykładach. Analiza jest przeprowadzona na podstawie modelu J. Zieltowa, przedstawionego w pracy „A Financial Health Index for Achieving Financial Sustainability”. Model ten pozwala na obliczenie wskaźników ogólnych, o natychmiastowym terminie, krótkoterminowych oraz średnioterminowych, które następnie pozwalają na obliczenie wskaźnika kondycji finansowej. Porównanie obejmuje lata 2008-2010, dzięki czemu zauważalne są zmiany kondycji finansowej danych organizacji.
DOI: 10.6084/m9.figshare.875389
title: Reflections on Financial analysis of economic health - Polish entities case written by: M. Kocot, J. Ochmann, K. Woźniak

description: The review refers to a study performed students from Wroclaw University of Economics: M. Kocot, J. Ochmann, K. Woźniak. They made attempt to analyse financial health of three Polish entities on the basis of an article: A Financial Health Index for Achieving Financial Sustainability written by John Zietlow. A nonprofit, a financial institution and a manufacturing company were taken into consideration.