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The spores of Alternaria in aeroplankton and its relationships with the meteorological factors

100%

Grinn-Gofron A.

Acta Agrobotanica

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2009

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tom 62

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nr 1

Alternaria spores are known to be potent aeroallergens and their concentrations in the air are strongly dependent on meteorological factors. There are many articles from different parts of the world about relationships between Alternaria spore count and weather parameters. The aim of the study was to review all available publications about airborne Alternaria spores and compare the results in short, useful form.

2

Effect of meteorological factors on the radial growth of pine latewood in northern taiga

100%

Neverov N., Chistova Z., Mineev A.

Folia Forestalia Polonica. Series A . Forestry

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2022

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tom 64

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nr 1

3

The influence of meteorological factors on the hazel (Corylus L.) pollen concentration in Sosnowiec in the years 1997-2007

100%

Dabrowska-Zapart K.

Acta Agrobotanica

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2008

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tom 61

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nr 2

An analysis of hazel pollen seasons in Sosnowiec was presented on the basis of data from the years 1997–2007. The research was conducted by means of the volumetric method using a Burkard-type spore trap. The duration of pollen seasons was determined by means of the 98% method. The research demonstrated statistically significant correlations between the average, maximum and minimum temperature, relative humidity as well as the number of days with sub-zero temperature and the beginning of the hazel pollen season. It was demonstrated that the duration of the pollen season depended on air relative humidity, insolation and precipitation during the season and the annual sum depended on the weather conditions of the year preceding pollen production and also the weather conditions two years earlier. Significant correlations were also found between weather conditions and the daily concentration of pollen grains. The daily concentration decreased when relative humidity was high and increased with high insolation and air temperature.

4

The effect of meteorological factors upon flowering and pod setting of faba bean [Vicia faba L.] at different sowing times

100%

Sekara A., Poniedzialek M., Ciura J., Jedrszczyk E.

Vegetable Crops Research Bulletin

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2001

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tom 54

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nr 1

5

Cladosporium spores in the air of Szczecin

100%

Grinn-Gofron A.

Acta Agrobotanica

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2007

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tom 60

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nr 2

Moulds are common aeroallergens and Cladosporium is considered to be the most prevalent of them. The objective of the studies was to determine the seasonal variation in concentrations of Cladosporium spores due to meteorological parameters. The meteorological parameters analysed were maximum air temperature, relative humidity, amount of precipitation and wind speed. The greatest threat from Cladosporium allergens was posed from the middle of May (2004, 2006) and June (2005) till the middle of October (2005) and in the end of October (2004) till the middle of November (2006). Statistically significant correlations were found among the Cladosporium spore count in the air and maximum air temperature in all the analysed seasons, and amount of precipitation only in one season. The spore count of Cladosporium was determined by weather conditions, especially by air temperature.

6

Influence of some meteorological factors on fertilizer use efficiency in winter wheat growing

100%

Tosheva E., Alexandrova P.

International Agrophysics

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2004

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tom 18

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nr 3

7

The effect of meteorological factors on the start of the grass pollen season in Lublin in the years 2001-2004

100%

Piotrowska K.

Acta Agrobotanica

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2006

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tom 59

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nr 1

Grasses' pollen produces allergens, which are the main cause of pollinosis in Poland and in many countries of Europe. In Poland the beginning of season falls in different days of May. Pollen monitoring was carried out in Lublin by volumetric method in years 2001-2004 by means of Lanzoni VPPS 2000 trap. Start of grass pollen season was marked by methods 98 % and Ʃ 75 as well as by the Clot's method. Differences between them ranged from 1 to 7 days. The most approximate deadlines of beginning of pollen season were qualified according to methods 98 % and the Clot's one, except year 2002. It was defined the pollen season in Lublin begins between 5. and 21. of May. In that study impact of meteorological factors on the beginning dates of pollen seasons was estimated. It was stated statistically positive, essential correlation among the beginning of season and the daily mean, the minimum and maximum air temperature.

8

The forecasting of useful water reserves in the soil under rye on the basis of meteorological data

100%

Kozminski C., Michalska B., Nidzgorska-Lencewicz J.

Folia Universitatis Agriculturae Stetinensis. Agricultura, Alimentaria, Piscaria et Zootechnica

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2007

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tom 02

9

The influence of meteorological factors on concentration of fungal spores in the air

100%

Medrela-Kuder E.

Polish Journal of Natural Sciences

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2003

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tom 15

10

Meteorological factors and airborne Rumex L. pollen concentration in Lublin

84%

Piotrowska K.

Acta Agrobotanica

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2012

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tom 65

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nr 1

The aim of the present study was to analyse the Rumex pollen season dynamics in Lublin in 2001-2010 and to find relationships between season parameters and meteorological conditions. This study was carried out by the volumetric method using a Lanzoni VPPS 2000 trap. The start and end dates of each season were determined based on the 98% method. The effects of meteorological factors on the Rumex pollen seasons were analysed by employing Spearman’s correlation test. On average, the sorrel pollen season started on 13 May (±7 days), ended on 7 September (±6 days), and lasted nearly four months (±9 days). The highest pollen concentrations were recorded in June and July. A significantly negative correlation was found between season duration and Seasonal Pollen Index (SPI). During shorter pollen seasons, higher pollen counts were recorded. In all study years, the seasons were right-skewed. The pollen concentration was most strongly correlated with humidity and mean air temperature. The season parameters (onset, end, peak date, peak value, SPI value) were primarily dependent on air temperature before and during the pollen season.

11

The occurrence of Ganoderma spores in the air and its relationships with meteorological factors

84%

Grinn-Gofron A.

Acta Agrobotanica

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2010

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tom 63

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nr 1

According to a recent study, Ganoderma may be the third genus, after Alternaria and Cladosporium, whose spores cause symptoms of allergy and whose levels are directly related to meteorological factors. There are only few articles from different parts of the world about the relationships between Ganoderma spore count and meteorological factors. The aim of the study was to review all available publications about airborne Ganoderma spores and to compare the results in a short useful form.

12

Modelling biometric traits and straw yield of white mustard (Sinapis alba L.) grown for seeds by the sowing date and meteorological factors

84%

Harasimowicz-Hermann G., Wilczewski E., Kisielewska W.

Acta Scientiarum Polonorum. Agricultura

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2017

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tom 16

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nr 4

13

Wplyw odmian i czynnikow meteorologicznych na zmiennosc faz fenologicznych ziemniaka

84%

Lutomirska B.

Biuletyn Instytutu Hodowli i Aklimatyzacji Roślin

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2008

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nr 247

119-134

14

Meteorological conditions and the yield of selected fruit plants in north-eastern Poland

84%

Grabowski J., Kawecki Z., Bieniek A.

Polish Journal of Natural Sciences

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2004

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tom 16

47-54

15

Seasonal variability in the optical properties of Baltic aerosols

84%

Zdun A., Rozwadowska A., Kratzer S.

Oceanologia

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2011

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tom 53

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nr 1

16

Relation between Poaceae pollen concentrations and meteorological factors during 2000-2010 in Timisoara, Romania

84%

Ianovici N.

Acta Agrobotanica

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2015

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tom 68

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nr 4

This paper presents the results of Poaceae pollen seasons from 2000–2010 in Timisoara, Romania. Airborne Poaceae pollen concentrations was high. An increasing trend in the annual totals was observed. The longest pollen season was recorded in the year 2000. The period in which the Poaceae pollen count exceeded the threshold value of 30 grains/m3 lasted from 9 to 46 days. The present study analyzed the dynamics of pollen seasons in relation to meteorological factors. On the basis of Spearman’s correlation test, the strongest positive correlation was found between the Poaceae pollen counts and temperature; and sunshine hours. Daily average relative humidity, atmospheric pressure and precipitation had a negative effect. A multiple regression analysis was applied to determine how much of the total variance in Poaceae pollen counts can be explained by meteorological parameters. The coefficient of determination ranged from 0.245 to 0.460. Our data illustrate the contrasting effects of temperature, wind, relative humidity and rainfall on the concentration of pollen in the air. The optimum conditions for Poaceae pollen release occur during late spring and early summer. The Poaceae pollen remains one of the major aeroallergens in Timisoara area.

17

Meteorological factors and pollen season dynamics of selected herbaceous plants in Szczecin, 2004-2008

84%

Puc M.

Acta Agrobotanica

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2009

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tom 62

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nr 2

The pollen of mugwort, plantain, sorrel, nettle and pigweed is an important airborne allergen source worldwide. The occurrence of pollen grains in the air is a seasonal phenomenon and estimation of seasonal variability in the pollen count permits evaluation of the threat posed by allergens over a given area. The aim of the study was to analyse the dynamics of Artemisia, Plantago, Rumex, Urticaceae and Chenopodiaceae pollen season in Szczecin (western Poland) in 2004–2008 and to establish a relationship between the meteorological parameters versus the pollen count of the taxa studied. Measurements were performed by the Hirst volumetric trap (model Lanzoni VPPS 2000). Consecutive phases during the pollen season were defined for each taxon (1, 5, 25, 50, 75, 95, 99% of annual total) and duration of the season was determined using the 98% method. On the basis of this analysis, temporary differences in the dynamics of the seasons were most evident for Artemisia. Correlation analysis with weather parameters demonstrated that the maximum wind speed, mean and maximum air temperature, relative humidity and dew point are the main factors influencing the average daily pollen concentrations in the atmosphere.

18

Relationship between airborne ragweed pollen concentration and the macrosynoptic weather types in Budapest, Hungary

84%

Feher Z., Jarai-Komlodi M.

Annals of Agricultural and Environmental Medicine

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1996

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tom 03

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nr 2

19

Influence of meteorological factors during blooming on sour cherry yield in Olsztyn Region

84%

Grabowski J., Zielenkiewicz J.

Journal of Fruit and Ornamental Plant Research

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2000

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tom 08

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nr 3-4

20

Grass pollen [Poaceae] in the air of Sosnowiec [Poland], 1997-2006

84%

Chlopek K.

Acta Agrobotanica

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2007

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tom 60

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nr 2

The article presents the analysis results of the grass pollen seasons from 1997 to 2006 in Sosnowiec. The research was carried out by means of the volumetric method with the use of a Burkard device. The duration of the pollen seasons was determined by means of the 98% method. The influence of meteorological conditions on the starting date and duration of the grass pollen seasons has been estimated in the article. The beginning of the pollen seasons was recorded between 23 April and 23 May. It has been demonstrated that the average duration of the pollen season amounted to 138 days. The period of maximum concentrations was recorded in June and the first half of July. The highest daily concentration was found in 2000 (495 grains in m³) and the highest annual sums in 2002 and 2000. The daily concentration distribution curve has shown three peaks. The highest values were recorded from 7 am until 11 am, from 13 pm until 17 pm and from 19 pm until 21 pm. It has been found that there is a significant influence of weather conditions (temperature, precipitation and relative humidity) on the beginning and duration of the pollen seasons and the period of maximum concentrations.

Ograniczanie wyników

The spores of Alternaria in aeroplankton and its relationships with the meteorological factors

Effect of meteorological factors on the radial growth of pine latewood in northern taiga

The influence of meteorological factors on the hazel (Corylus L.) pollen concentration in Sosnowiec in the years 1997-2007