Search

Klimat i jego zmiany wpływają na stan zdrowia pojedynczych osób i całych społeczeństw. Problemy zdrowotne wywoływane czynnikami klimatycznymi są określane jako choroby klimatozależne. W Polsce należą do nich infekcje dróg oddechowych, grypa, nowotwory skóry, borelioza i kleszczowe zapalenie mózgu, salmonelloza, problemy krążeniowe oraz zaburzenia układu termoregulacyjnego spowodowane stresem gorąca lub stresem zimna. Na podstawie danych epidemiologicznych oraz klimatycznych za lata 1973-2014 opracowano modele statystyczne wpływu różnych cech klimatu na choroby klimatozależne. W drugim etapie badań dokonano, na podstawie tych modeli, prognozy zachorowań i zgonów na choroby klimatozależne w kolejnych dekadach XXI wieku. Stwierdzono istotne statystycznie wzrosty takich chorób jak: nowotwory skóry, borelioza czy zgony z przyczyn kardiologicznych i związane ze stresem gorąca. Trendy spadkowe wykazują natomiast infekcje grypowe oraz zgony z powodu układu oddechowego.

The present study attempts to assess changes in soccer players’ physical and technical activity profiles due to thermal stress, measured with the Universal Thermal Climate Index (UTCI), in training centres and during matches of the 2018 FIFA World Cup in Russia. The study also verifies the theoretical models of soccer players’ physiological parameters. The study sample consisted of 945 observations of 340 players of national teams taking part in the World Cup in Russia. The measured variables included physical activities: total distance covered, distances covered with an intensity of 20–25 km/h, number of sprints; technical activities: number of shots, number of passes, pass accuracy and physiological indicators: evaporative water loss and heart rate. In addition, the final ranking places of each national team were also used in the study. The UTCI was calculated based on meteorological data recorded at training centres and during matches. The UTCI records were then classified into two ranges: NTS—no thermal stress (UTCI 9–26 °C) and TS—thermal stress (UTCI > 26 °C). Climatic conditions at soccer training centres assessed as involving “no thermal stress” are found to be more beneficial for increasing the total distance covered and the number of sprints performed by players during a match. The theoretical models for determining soccer players’ physiological parameters used in the study reduce the players’ heart rate effort and evaporative water loss, which is in line with findings in studies by other authors. The climatic conditions at soccer training centres and during tournament matches should be taken into account in planning preparations for future World Cup tournaments, especially those in hotter countries.

The forest line has been widely studied by a number of scientists representing various research disciplines. Changes in its position are an indicator of climate change. However, despite numerous studies, it is not always known what has the greatest influence on the position of the forest line. In the Tatras, which are Alpine moun-tains, the position of the forest line in places not disturbed by human activity or slope processes mainly depends on the annual mean air temperature and the number of days with negative temperature and its value in the warm season. The most unfavourable thermal conditions are found at the bottoms of concave landforms, just above the forest line. This thermal barrier effectively limits the upward movement of the forest line, even if the average annual temperature increases. Small concave landforms may have a higher vertical temperature gradient and lower air temperature values at their bottoms than larger and higher-lying forms.

ilence and a good acoustic climate are important in every environment where human beings live (at home or the place of work, in the streets, on transport, etc.). Special attention needs to be paid to health resorts at which patients come to regenerate their health. However, the acoustic climate of spas is under the great impact of noise generated by local transport, neighbours, bars and restaurants, as well as by other communal sources. According to the legislative Act of the Ministry of Environment (the Dziennik Ustaw Official Journal of Laws of 2012, item 1109) in the core area of a health resort (the so-called zone A), the level of noise level cannot exceed 45 dB during daytime and 40 dB during night hours. In places close to roads the limits are slightly higher, at 50 and 45 dB respectively. These limits are very restrictive. However, we must remember that noise is very destructive and can involve many health disturbances; and health resorts are places in which sick and aged people come to improve their health status and to regenerate organisms. In spite of the great importance of an appropriate acoustic climate noise measurements are undertaken periodically and not monitored by public institutions. Acoustic climate studies are usually carried out by research institutes (e.g. the Institute of Geography and Spatial Organization of the Polish Academy of Sciences) every ten years, as a part of investigations to assess the quality of climatic conditions in health resorts. The aim of the paper is a general assessment of the acoustic climate in Polish health resorts and of trends as regards possible changes over the last 10 years (2009–2019) in 20 spas located in different bioclimatic regions of Poland. More detailed analysis is done for 2 coastal resorts (Świnoujście and Kołobrzeg). There are analysed factors influencing the acoustic climate and the effectiveness of actions undertaken by local authorities to reduce noise levels. Attention is paid to the spatial distribution of resort objects (sanatoria, hospitals etc.), the organisation of local transport, and the quality of roads and of the neighbourhood of cities in which tourist and administrative functions are pursued. As the most important factors influencing the acoustic climate are transport and activity of a multifunctional nature (with health-resort and tourist functions having contrasting expectations).

Riparian hardwood forests of Quercus robur, Ulmus spp and Fraxinus spp that are present along major rivers are valuable communities protected by the EU Habitat Directive and recommended for monitoring. Part of the reason for that is relative rarity on the scale of Europe as a whole, and also in Poland. This in turn reflects the way in which fertile habitats were, in their majority, deforested long ago, drained and changed into grasslands or arable land. Additionally, the greater part of these habitats have lost their specific features, as a result of river engineering and – primarily – the construction of the river embankments that have acted to limit flooding and alluvial processes, in that way also initiating change in the composition of both soils and plant communities. Specifically, this article presents selected results of the research project: Riparian hardwood forest services in the middle Vistula river valley. One of the main objectives thereof was to assess the condition of forest ecosystems from which flooding has now been absent for at least 50 years, as well as to prepare guidelines for actions necessary to maintain or restore their diversity, and proper ecological and biological functions. Our research questions therefore revolved around components of riparian hardwood forest ecosystems have been most changed … and why? The research was conducted in six riparian hardwood forests (to date unmonitored) located in the valley of the middle Vistula (in Mazowieckie voivodship). Relevant work was carried out using the standard monitoring guidelines – as primarily based on an assessment of vegetation composition and structure together with water conditions. However, in the work in question, these were augmented by additional analyses allowing for detailed characterisations of soil, the topoclimate, and the species diversity achieved by selected groups of invertebrate (Hymenoptera: Apidae: Bombus and Haplotaxida: Lumbricidae). The communities selected represent multi-functional, species-rich forests. Extensive use of the studied riparian mixed forests ensures that deadwood resources are quite considerable. Moreover, the studied forests exert a strong impact when it comes to mitigation of climate locally. The observed soil types indicate fertile and biologically-active habitats, as well as to soil development largely determined by the height of the groundwater table causing the gleyic process in the lower parts of profiles. However, in some forest patches it is possible to note transformations related to habitat drying, with significant canopy gaps and disturbances of topsoil and the undergrowth. There was a great abundance of invasive alien plant species (mainly Impatiens parviflora) in the undergrowth. Moisture conditions have an impact on the occasional occurrence of Lumbricidae associated with wet and flooded areas. In turn, the domination by Bombus of open-habitat species indicates a transformation of forest structure, and the patchy nature of riparian forests located in a rural landscape. The obtained results demonstrate that protective actions should focus on ensuring adequate soil-moisture conditions, and on restoring the natural structure of vegetation with a view to invasions of alien species being hampered. Another important issue is the proper use of land adjacent to forest patches, as fallows prove to be invaded quickly by the kenophytes preferring abandoned and disturbed places.

The health of individuals and societies depends on different factors including atmospheric conditions which influence humans in direct and indirect ways. The paper presents regional variability of some climate related diseases (CRD) in Poland: salmonellosis intoxications, Lyme boreliosis, skin cancers (morbidity and mortality), influenza, overcooling deaths, as well as respiratory and circulatory mortality. The research consisted of two stages: 1) statistical modelling basing on past data and 2) projections of CRD for three SRES scenarios of climate change (A1B, A2, B1) to the year 2100. Several simple and multiply regression models were found for the relationships between climate variables and CRD. The models were applied to project future levels of CRD. At the end of 21st century we must expect increase in: circulatory mortality, Lyme boreliosis infections and skin cancer morbidity and mortality. There is also projected decrease in: respiratory mortality, overcooling deaths and influenza infections.

Heat stress is one of the environmental factors influencing the health of individuals and the wider population. There is a large body of research to document significant increases in mortality and morbidity during heat waves all over the world. This paper presents key results of research dealing with heat-related mortality (HRM) in various cities in Poland which cover about 25% of the country's population. Daily mortality and weather data reports for the years 1991-2000 were used. The intensity of heat stress was assessed by the universal thermal climate index (UTCI). The research considers also the projections of future bioclimate to the end of twenty-first century. Brain storming discussions were applied to find necessary adaptation strategies of healthcare system (HCS) in Poland, to minimise negative effects of heat stress. In general, in days with strong and very strong heat stress, ones must expect increase in mortality (in relation to no thermal stress days) of 12 and 47%, respectively. Because of projected rise in global temperature and heat stress frequency, we must expect significant increase in HRM to the end of twenty-first century of even 165% in comparison to present days. The results of research show necessity of urgent implementation of adaptation strategies to heat in HCS.

The climate and bioclimate of the city have been studied by the climatologists from IGSO PAS since the 1960s. Since the late 1990s, these studies have been based on the measurement network of thermal and humidity conditions in the Warsaw agglomeration. The number of measuring posts has been changed over the years, currently it consists of 27 posts. The main research issues are: temporal and spatial changes of urban heat island under the spatial development changes, methods of limiting the urban heat island and adaptation to it, the impact of biologically vital areas on local climate, forecasts for the urban heat island based on selected climate change models and scenarios of spatial development changes. A large number of studies by the IGSO PAS climatologists concern human bioclimatology, including the thermal sensation, the impact of heat waves and cold waves on morbidity and mortality, the role of greenery in the city (cooling, but also aggravating allergy). The main goal of this research is to determine the measures limiting the negative impact of the urban climate on people and to improve the quality of life in the city.